Loch Lloyd Vehicular Bridge – Cass County, MO

York Bridge ConceptsMissouri, Multiple Span, Vehicular Bridges

Loch Lloyd double vehicular timber bridge by York Bridge Concepts

A Bridge for the Future: Connecting the Village of Loch Lloyd

In the heart of Missouri, a unique, gated community nestles into the landscape—Loch Lloyd, a serene haven where modernity and nature intertwine. Driving into this idyllic retreat, it’s easy to see why this location attracts those seeking luxury, tranquility, and a deep connection with the natural environment. Yet, until recently, one thing was missing: a bridge to seamlessly connect the village across its scenic waterways, one that would reflect both the rustic charm of the area and the high standards of its residents.

This is where York Bridge Concepts, in collaboration with Fivestar Lifestyles, stepped in to create a masterpiece—a 118-foot vehicular bridge with an attached pedestrian section, designed to not only serve a practical function but to enhance the entire community experience.

Specifications


  • Vehicular Width:
  • 31’ (29’-5” Clear)
  • Pedestrian Width:
  • 7’ (6’-8” Clear)
  • Length:
  • 118’
  • Height:
  • 12' above grade
  • Capacity:
  • HS20-44 / 85 PSF
  • Construction:
  • Ground Up
  • Span Type:
  • Multiple Span
  • Span Lengths:
  • (1) 80', (2) 19’
  • Material:
  • ACZA Treated Douglas Fir & CCA Treated Southern Yellow Pine
  • Foundation:
  • Timber Piles (Acrylic/Polymer Coated where exposed) & Abutments (Translucent Coated where exposed)
  • Stringers:
  • Douglas Fir Glulam Stringers with Transitions (Translucent Coated where exposed)
  • Vehicular Deck System:
  • 5 ½” Timber Deck
  • Pedestrian Deck System:
  • 1-½” Timber Deck
  • Guard Rail:
  • Decero™ Classic Design Series
  • Handrail:
  • Decero™ Horizontal Rail Design Series
  • Crossing:
  • River
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"The bridge at Loch Lloyd is absolutely beautiful. It fits the essence of our community. With the rolling hills and surrounding landscape, it seems like the bridge has been here for 100 years."

– Chuck Campbell, President, Loch Lloyd Residential Real Estate, LLC
Loch Lloyd timber vehicular bridge by York Bridge Concepts in Cass County, Missouri

The Need for Connection

Loch Lloyd has always been more than just a collection of homes. It’s a carefully planned lifestyle community where the natural beauty of Cass County meets the sophistication of modern living. With its luxury residences, renowned golf courses, and the shimmering waters of the lake that gives the village its name, it’s a place designed for both relaxation and recreation.

However, as the community grew, the need for better infrastructure became apparent. The village's landscape, dotted with creeks and natural barriers, was both a blessing and a challenge. Residents needed a way to easily navigate from one part of the village to another without disrupting the pristine environment that had drawn them to Loch Lloyd in the first place. The solution came in the form of a bridge—a structure that would allow cars and pedestrians to travel seamlessly across the waterways while blending harmoniously into the natural setting.


Loch Lloyd Vehicular Timber Bridge: The Dream Becomes a Reality In Cass County Missouri

York Bridge Concepts, known for its expertise in building timber vehicular bridges, was the natural choice for this project. The company’s approach to bridge building is as much about craftsmanship as it is about engineering. From the start, it was clear that this would not be an ordinary bridge.

Working closely with Fivestar Lifestyles, York Bridge Concepts envisioned a structure that would reflect the community's values—sustainability, beauty, and longevity. They knew this bridge would be a focal point, a structure that residents would see every day, and it had to be as aesthetically pleasing as it was functional.

The result was a bridge designed with York Bridge Concepts' exclusive Legacy Trim level, which features enhanced decking materials and finishes. These upgrades would ensure the bridge could withstand the elements while maintaining its natural timber beauty. But it wasn’t just the look of the bridge that mattered; it was the way it would integrate into the community, enhancing both the daily lives of residents and the overall landscape.

Loch Lloyd timber vehicular multiple span bridge in Missouri

The Heart Of Timber: A Sustainable Choice

Timber bridges are not just beautiful; they’re an environmentally responsible choice. As Loch Lloyd residents know, preserving the natural environment is central to the community’s ethos. York Bridge Concepts hand selected treated Douglas fir and treated Southern yellow pine for the structure—materials chosen for their durability and environmental compatibility.

Unlike steel or concrete bridges, which often require energy-intensive manufacturing processes, timber bridges offer a more sustainable option. Wood is a renewable resource, and when treated properly, it can last for decades with minimal maintenance. The bridge at Loch Lloyd was designed with this in mind—built to be as enduring as it is eco-friendly.

The Legacy Trim level, used in this bridge, features specialized oil finishes that provide both protection and visual enhancement. These finishes preserve the natural grain and texture of the wood, allowing the bridge to weather beautifully over time without losing its structural integrity. The coatings also protect the timber from moisture and UV damage, ensuring the bridge will remain a fixture in the community for generations to come.

Loch Lloyd bridge opposite side aerial

Collaboration: The Power of Partnership

Building a bridge is not a solitary effort, and the Loch Lloyd project was no exception. The collaboration between York Bridge Concepts and Fivestar Lifestyles was key to the success of the project. Both companies brought their unique expertise to the table, ensuring that every detail of the bridge was carefully planned and executed.

From the initial designs to the final installation, the process was a true partnership. Fivestar Lifestyles understood the needs and desires of the Loch Lloyd community, while York Bridge Concepts provided the technical knowledge and craftsmanship necessary to bring the vision to life.

This collaboration went beyond simply building a bridge—it was about creating a structure that would enhance the lifestyle of Loch Lloyd residents. The pedestrian walkway, for example, wasn’t just an afterthought. It was a deliberate feature, designed to encourage walking and outdoor activity, allowing residents to fully experience the natural beauty of their surroundings.

Loch Lloyd pedestrian section

The Beauty of Simplicity: A Design That Blends In

One of the most striking aspects of the Loch Lloyd bridge is its simplicity. While some might expect a grand, ornate structure in a community like Loch Lloyd, the design of the bridge is understated, allowing it to blend seamlessly into the environment.

York Bridge Concepts' expertise in timber construction ensured that the bridge feels like a natural extension of the landscape. The warm tones of the wood complement the surrounding greenery, while the natural texture of the timber adds a rustic charm that steel or concrete could never replicate.

Yet, this simplicity is deceptive. Beneath the surface, the bridge is a feat of engineering. Spanning 118 feet, the bridge was designed to handle both vehicular and pedestrian traffic, with a focus on safety and durability. Every detail, from the decking to the railings, was carefully chosen to ensure the bridge would meet the community’s needs without detracting from the natural beauty of the area.

Side view of the multiple span of Loch Lloyd timber vehicular bridge built by York Bridge Concepts

Building Communities, Not Just Bridges

The bridge at Loch Lloyd is more than just a way to cross from one side of the village to the other. It’s a symbol of the community’s growth and its commitment to sustainability, beauty, and quality. By investing in infrastructure that enhances the daily lives of residents while preserving the natural environment, Loch Lloyd is setting a standard for future developments.

The impact of the bridge goes beyond its physical presence. It has become a part of the daily life of the community, a place where residents can stop and admire the view, enjoy a leisurely walk, or simply cross the water on their way to their next destination. In this way, the bridge has helped to bring the community closer together, both literally and figuratively.

For York Bridge Concepts, this project is a testament to what can be achieved when design, craftsmanship, and community values align. The company’s commitment to building beautiful, sustainable bridges that enhance the communities they serve is evident in every aspect of the Loch Lloyd project.

Loch Lloyd vehicular timber bridge entrance

A Lasting Legacy With Five Star Lifestyles & York Bridge Concepts

As time passes, the bridge at Loch Lloyd will continue to serve the community, its timber weathering gracefully as the seasons change. Decades from now, it will still stand as a reminder of the care and craftsmanship that went into its creation, a symbol of the partnership between York Bridge Concepts, Fivestar Lifestyles, and the Village of Loch Lloyd.

The bridge is more than just a crossing—it’s a legacy. A legacy of thoughtful design, sustainability, and the power of partnership. It’s a structure that reflects the values of the community it serves and will continue to do so for generations to come.

Loch Lloyd vehicular bridge with car passing over

A Bridge To Tomorrow

York Bridge Concepts didn’t just build a bridge at Loch Lloyd; they built a future. The Loch Lloyd vehicular bridge stands as a testament to what can be achieved when community development is approached with care, innovation, and an eye for the future.

This project is not just about connecting two sides of a creek—it’s about connecting people, preserving nature, and building a community that will thrive for years to come. In this way, the bridge at Loch Lloyd is more than just timber and decking; it’s a symbol of the village’s commitment to quality living, sustainability, and community spirit.

As the residents of Loch Lloyd continue to enjoy their surroundings, this bridge will remain a vital part of their lives—linking past, present, and future in one beautifully crafted structure.

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Delight Quarry Vehicular Bridge – Reisterstown, MD

York Bridge ConceptsMaryland, Repetitive Span, Vehicular Bridges

Delight Quarry Vehicular Bridge - Reisterstown, MD | York Bridge Concepts - Timber Bridge Builders

Delight Quarry Timber Bridge Maryland

Welcome to our dedicated page highlighting the innovative Delight Quarry Bridge, a remarkable architectural feat accomplished by York Bridge Concepts (YBC) in collaboration with Beazer Homes, DMW and Koren Development. Located at the scenic Quarry Place Condominiums in Reisterstown, Maryland, this bridge represents a unique blend of historical reverence and modern engineering.

Delight Quarry Project Overview

The Delight Quarry Bridge is a testament to YBC's commitment to excellence and innovation in bridge construction. Spanning an impressive 152 feet in length and 24 feet in width, this timber vehicular bridge is not only a functional asset but also an aesthetic marvel, enhancing the connectivity and appeal of the Quarry Place community.

Specifications


  • Vehicular Width:
  • 24’ (22’-5” Clear)
  • Pedestrian Width:
  • 6’5” (5’ Clear)
  • Length:
  • 152’
  • Height:
  • 8’ above grade
  • Capacity:
  • HS27-44
  • Construction:
  • Deck Level
  • Span Type:
  • Repetitive Span
  • Span Lengths:
  • (9) 15'
  • Material:
  • CCA/CA-C Treated Southern Yellow Pine
  • Foundation:
  • Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
  • Stringers:
  • SYP Rough Sawn Stringers (Acrylic/ Polymer Coated where exposed)
  • Vehicular Deck System:
  • 1 ½” Timber Running Path on 4” Structural Deck
  • Pedestrian Deck System:
  • 1-½” Timber Deck
  • Crossing:
  • Flood Plain
  • Guard Rail:
  • Decero™ Glulam Rail Design Series (15,000 lb capacity) emulating TL-2 Design
  • Handrail:
  • Decero™ X-Style Design Series
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“We have had an excellent experience with York Bridge Concepts throughout the process of the design and build of the Timber Vehicular Bridge at Delight Quarry located in Reisterstown, Maryland. York’s Decero™ Design Team researched the rich serpentine history of the mining facilities at Delight Quarry and incorporated architectural elements into the design and creation of our York Bridge, a one-of-a-kind masterpiece that has become an icon of this residential development. With incredible attention to detail, our staff and myself were always kept informed regarding the schedule and flow of the entire project. We are extremely proud to partner with York Bridge Concepts. Thank you to the crews and office staff – we will definitely work with YBC again in the future!”

– Jim Roberson, VP of Development, Koren Development
Delight Quarry Vehicular Bridge - Reisterstown, MD | York Bridge Concepts - Timber Bridge Builders

DESIGN & CAPACITY

Blending strength & beauty

Designed to accommodate modern demands, the bridge boasts a robust HS27-44 load capacity, ensuring it can handle a variety of vehicular weights and sizes. This makes it an ideal infrastructure solution for a residential area with frequent traffic. The use of timber, a sustainable and visually appealing material, emphasizes YBC’s dedication to environmentally friendly construction practices.

Historical Integration into Delight quarry's design

One of the standout features of the Delight Quarry Bridge is its design, which thoughtfully incorporates elements reflective of the area's rich mining history. The Quarry Place region is historically known for the extraction of serpentine, a distinctive rock that has played a pivotal role in the local economy.

Research & Inspiration
YBC’s Decero™ Design Team delved deep into the history of mining facilities to draw inspiration for the bridge’s architectural elements. This research was instrumental in crafting a design that not only serves its functional purpose but also pays homage to the historical essence of the site. The resulting structure is not merely a bridge but a tribute to the legacy of those who worked in the Delight Quarry.

Environmental Considerations

In building the Delight Quarry Bridge, YBC maintained a strong focus on sustainability. The choice of timber as the primary construction material reflects this commitment. Timber is renowned for its carbon sequestration capabilities, which contribute significantly to reducing the environmental footprint of construction projects.

Local Impact
The construction of the bridge was carried out with minimal environmental disruption. By choosing materials and construction methods that align with green building standards, YBC ensured that the natural beauty and ecological balance of the Quarry Place area were preserved. This approach has not only enhanced the environmental value of the bridge but also bolstered community appreciation and pride.

Community & Connectivity

Enhancing Access
The strategic placement of the Delight Quarry Bridge has significantly improved access within the Quarry Place Condominiums, facilitating smoother and safer vehicular movement. This improvement in infrastructure has greatly contributed to the overall quality of life for residents and visitors alike.

Aesthetic Appeal
Beyond functionality, the bridge enhances the scenic value of the area, serving as a focal point within the community. Its rustic charm and historical design elements make it a subject of admiration and a popular backdrop for photography among locals and tourists.

At the intersection of history, engineering, & Environmental Commitment.

The Delight Quarry Bridge by York Bridge Concepts is a prime example of how innovative engineering and respect for history can be harmoniously blended to create not just a structure, but a landmark. With its robust design, historical significance, and environmental benefits, the bridge stands as a proud addition to the Quarry Place Condominiums, promising durability and beauty for years to come.

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Understand the considerations you should make before choosing your crossing method.

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See how creative scoping, design, & usage work to create the perfect spanning solution for your project.

Which Load Capacity I Need?

Understand the different load capacities for usage that are needed for your project.

How Do I Cross An Environmentally Sensitive Area?

Learn how YBC crosses protected areas with our Deck-Level Construction.

How Do I Create A Landmark?

Create a memorable icon for your development project with a YBC Legacy Timber Bridge.

How Long Does A Timber Bridge Last?

Extend the lifespan of your timber bridge to over 75 years using these guidelines, material selection, protection & maintenance practices.



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Culvert Or Bridge

If you're considering using a culvert for your crossing project. Click below to understand the best fit for your project.

Culvert Or Bridge
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Spanning Solutions

Spanning a crossing is one of the most important aspects of your crossing project. Find the best solution for your crossing needs.

Spanning Types
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The load capacity of a timber bridge may surprise you. See specs for different loads and uses that will help your decision-making process.

Bridge Loads & Usages

Coe Branch Stream Pedestrian Bridge – Falls Church, VA

York Bridge ConceptsFree Span, Pedestrian Bridges, Virginia

Coe Branch Pedestrian Bridge - Falls Church, VA | York Bridge Concepts - Timber Bridge Builders

Coe Branch Stream Timber Pedestrian Bridge, Falls Church, VA

Nestled in the heart of Falls Church, VA, the Coe Branch Stream Timber Pedestrian Bridge stands as a testament to innovative design and environmental stewardship. Developed by York Bridge Concepts, this charming timber bridge is a pivotal component of the broader Coe Branch Stream restoration project. It not only facilitates safe and scenic crossings for pedestrians but also enhances the ecological integrity of the area. Join us on a journey to explore the features, benefits, and unique aspects of this exceptional structure.

Creating The Purpose and Vision

The Coe Branch Stream Timber Pedestrian Bridge was conceived with dual objectives: restoring the environmental health of the stream and connecting the community more closely with nature. This project aligns with Falls Church's commitment to sustainability and accessibility, offering residents and visitors alike a serene pathway through one of the city’s most picturesque locales.

Designing Architectural Excellence

York Bridge Concepts has a reputation for crafting bridges that blend seamlessly with their natural surroundings, and the Coe Branch Stream bridge is no exception. Featuring a truss design, the bridge exudes a rustic charm while providing modern structural integrity. The use of timber, a renewable resource, underscores the project’s ecological ethos and provides a warm, inviting aesthetic.

Specifications


  • Width:
  • 5'10" (5'7" clear)
  • Length:
  • 30'
  • Height:
  • 3' above grade
  • Capacity:
  • 85 PSF
  • Construction:
  • Ground Up
  • Span Type:
  • Free Span
  • Material:
  • CCA/CA-C Treated Southern Yellow Pine
  • Foundation:
  • Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
  • Stringers:
  • SYP Timber & Glulam Stringers (Acrylic/Polymer Coated where exposed)
  • Deck System:
  • 1-½” Timber Deck
  • Handrail:
  • Decero™ Horizontal Rail Design Series
  • Crossing:
  • Stream
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Coe Branch timber pedestrian bridge profile view in Falls Church, VA

User-Centric Functionality

Designed with the community in mind, the bridge features:

Accessibility

Fully compliant with ADA standards, ensuring that everyone, regardless of mobility, can enjoy the bridge.

Safety

Robust railings and non-slip surfaces make it a safe option for all users, including children and the elderly.

Environmental Impact of coe Branch stream


Stream Restoration Synergy

The construction of the pedestrian bridge is part of a larger initiative to restore Coe Branch Stream. Falls Church's efforts include stabilizing the stream banks, enhancing water quality, and increasing biodiversity. The bridge itself is designed to have minimal environmental footprint, with careful consideration given to its placement and construction materials.

Wildlife Conservation

By improving habitat connectivity along the stream, the bridge facilitates the movement of pedestrians and supports aquatic ecosystems. This integration of infrastructure with natural preservation is key to the project’s success, balancing human access with ecological health.

Coe Branch Stream Restoration Project timber pedestrian project in Falls Church, VA.

Benefits of the timber bridge for the community


Enhancing Connectivity

This bridge is more than just a pathway over water; it’s a vital link between different parts of the community. It connects various trails that run along Coe Branch Stream, making it easier for residents to engage in outdoor activities like walking, jogging, and bird watching.

Educational Opportunities

The project serves as an educational platform, demonstrating the benefits of sustainable construction and environmental restoration. Schools and organizations are encouraged to use the bridge and its surroundings as a learning environment.

Economic Advantages

By increasing the area’s appeal, the bridge has a positive impact on local businesses and property values. It draws visitors to Falls Church, promoting tourism and supporting the local economy through increased foot traffic.

Creating a landmark in falls church, virginia

The Coe Branch Stream Timber Pedestrian Bridge by York Bridge Concepts is a landmark project in Falls Church, VA. It embodies a commitment to community well-being, environmental health, and sustainable design. As we look towards future projects, the bridge stands as a beacon of how public infrastructure can harmonize with nature and foster a connected, informed community.

All Feature Projects



What's Best: A Culvert Or A Timber Bridge?

Understand the considerations you should make before choosing your crossing method.

What Is The Best Span Type For My Project?

See how creative scoping, design, & usage work to create the perfect spanning solution for your project.

Which Load Capacity I Need?

Understand the different load capacities for usage that are needed for your project.

How Do I Cross An Environmentally Sensitive Area?

Learn how YBC crosses protected areas with our Deck-Level Construction.

How Do I Create A Landmark?

Create a memorable icon for your development project with a YBC Legacy Timber Bridge.

How Long Does A Timber Bridge Last?

Extend the lifespan of your timber bridge to over 75 years using these guidelines, material selection, protection & maintenance practices.



Placeholder Image

Culvert Or Bridge

If you're considering using a culvert for your crossing project. Click below to understand the best fit for your project.

Culvert Or Bridge
Placeholder Image

Spanning Solutions

Spanning a crossing is one of the most important aspects of your crossing project. Find the best solution for your crossing needs.

Spanning Types
Placeholder Image

Uses & Capacities

The load capacity of a timber bridge may surprise you. See specs for different loads and uses that will help your decision-making process.

Bridge Loads & Usages

Regional Training Institute Vehicular Bridge – Pembroke, NH

York Bridge ConceptsMultiple Span, New Hampshire, Vehicular Bridges

Regional Training Institute Vehicular Bridge - Pembroke, NH | York Bridge Concepts - Timber Bridge Builders

Building A Vehicular Bridge with Purpose In New Hampshire

York Bridge Concepts™ (YBC) is proud to have designed and built a vital structure at the heart of the Regional Training Institute (RTI). Nestled within this campus, the bridge isn't merely a crossing point; it’s a symbol of connection, resilience, and durability—qualities central to the National Guard's ethos. As a premier training facility, the RTI's mission is straightforward but immense: to train and prepare members of the Guard for challenges they may face, both at home and abroad. Every aspect of the RTI campus reflects this mission, from state-of-the-art training fields to barracks that house visiting Guard members. The bridge itself serves as a functional and symbolic extension of this mission.

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Specifications


  • Width:
  • 26’ (24’ Clear)
  • Length:
  • 150’
  • Height:
  • 26’ above grade
  • Capacity:
  • HS20-44
  • Construction:
  • Deck Level
  • Span Type:
  • Multiple Span
  • Span Lengths:
  • (1) 60’ Free Span (6) 15’ Pile Supports
  • Material:
  • CCA/CA-C Treated Southern Yellow Pine (FSC Certified)
  • Foundation:
  • Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
  • Stringers:
  • SYP Rough Sawn Timber & Glulam Stringers (Acrylic/Polymer Coated where exposed)
  • Deck System:
  • 5 ½” Double Timber Deck
  • Guard Rail:
  • Decero™ Classic Design Series
  • Crossing:
  • Ravine
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"Sometimes in the field we get to implement and see the tangible aspects of a whole lot that’s happened behind the scenes for many months. As with most successful projects, RTI had a whole team of people who contributed to the effort. The attention to detail is refreshing, particularly in an industry where it seems to be becoming harder and harder to find. York’s attention to detail is appreciated, even down to the logo of the bolts facing the same direction. We noticed and love the bridge. Congratulations on a job well done and on finishing ahead of schedule."

Matt Walsh, Assistant Superintendent,
Eckman Construction
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RTI Campus and Its Need for a Timber Vehicular Bridge

The Regional Training Institute (RTI) campus is a world unto itself, dedicated to the rigorous training and readiness of National Guard members. Spanning acres of natural terrain, the campus is equipped with barracks, training facilities, tactical obstacle courses, and various other high-intensity training zones. Designed to simulate real-world environments, it’s a place where preparation meets practice. Every corner of RTI is crafted to reflect the complexity of challenges the Guard faces, from navigating difficult terrains to coordinating movement across diverse landscapes.

Regional Training Institute timber vehicular bridge in Pembroke, NH view from the ravine

However, RTI’s unique landscape presents logistical challenges that require efficient solutions. A ravine, carving its way through the middle of the campus, divides critical areas—training grounds on one side and barracks on the other. For an organization where every second counts, crossing the ravine without a reliable bridge would be a significant hurdle. Additionally, the bridge needed to withstand the weight of heavy vehicles, allowing trucks and other large equipment to move safely across, meeting the demands of an active training ground.

York Bridge Concepts™ was tasked with creating a bridge that would meet these logistical needs while fitting the natural aesthetic of the landscape. This wasn’t just about bridging a gap; it was about building a structure that would blend strength, functionality, and the beauty of sustainable timber materials. YBC’s solution would allow the campus to retain its natural charm without sacrificing the practical demands of a military training environment.

Car driving across the Regional Training Institute in Pembroke, NH design-built by York Bridge Concepts
entrance of the timber vehicular bridge built for RTI by YBC

The vision was clear: create a bridge that facilitates the movement of the Guard’s men and materials, honors the environment, and symbolizes the resilient spirit of those who train and serve there. From this vision came a bridge that would not only connect two sides of a ravine but also represent the bond between tradition and innovation—an essential value shared by both YBC and the National Guard.

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Designing for Strength and Aesthetics: A YBC Specialization

At York Bridge Concepts™, every bridge design is an exploration of harmony between function and form. When designing for RTI, YBC understood that the bridge would need to be more than just a structure—it had to embody the strength and resilience that the National Guard represents while also maintaining a natural aesthetic to blend seamlessly with RTI’s expansive training grounds. Timber was the perfect choice for this balance, offering not only strength but also a timeless beauty that no other material could match.

The bridge’s structure includes two twelve-foot-wide traffic lanes, providing ample space for vehicles of various sizes to cross safely. At the heart of the design lies the bridge’s impressive 60-foot span over the ravine, an achievement in engineering that allowed YBC to create an unobtrusive yet functional crossing. This span required meticulous planning and expertise, ensuring that the bridge would meet the rigorous standards needed to support both everyday traffic and the heavier equipment used in Guard training exercises.

RTI vehicular timber bridge curbing and top deck image

One of the standout features of the bridge is its centerline crown, an innovative design that maximizes durability and safety. The slight curve along the bridge’s length acts as a natural drainage system, allowing rainwater to run off efficiently without pooling. This not only helps prevent deterioration of the timber but also ensures that vehicles can cross safely even during wet conditions. The combination of practical features like the centerline crown with the bridge’s robust design emphasizes YBC’s unique approach: creating structures that don’t just serve a purpose but do so with elegance and longevity.

One of the standout features of the bridge is its centerline crown, an innovative design that maximizes durability and safety. The slight curve along the bridge’s length acts as a natural drainage system, allowing rainwater to run off efficiently without pooling. This not only helps prevent deterioration of the timber but also ensures that vehicles can cross safely even during wet conditions. The combination of practical features like the centerline crown with the bridge’s robust design emphasizes YBC’s unique approach: creating structures that don’t just serve a purpose but do so with elegance and longevity.

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YBC’s expertise in timber vehicular bridge design allowed the RTI bridge to emerge as a structure that is as resilient as it is beautiful. Timber bridges bring warmth to their surroundings, blending organically with the environment, which is particularly important in a training facility where respect for the natural landscape is paramount. The choice of timber in such a functional, demanding setting speaks volumes about the durability of YBC’s design and the foresight that went into every detail, ensuring the bridge would stand strong for generations.

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A Commitment to Sustainability: FSC-Certified Timber

Sustainability is at the heart of York Bridge Concepts’ mission, and the RTI vehicular bridge is a proud example of this commitment. In today’s world, where the impact of construction on the environment is a crucial consideration, YBC strives to lead by example. For the RTI bridge, YBC sourced timber that was FSC-certified, meaning it met the stringent requirements of the Forest Stewardship Council® to ensure responsible forest management.

The FSC certification guarantees that the wood used in the bridge construction was harvested sustainably, with the environment, biodiversity, and local communities in mind. This is particularly important for a project on government grounds, as it represents a commitment to not only building a bridge but building it ethically. YBC’s emphasis on FSC-certified timber aligns with the values of the National Guard, where sustainability and long-term resilience are core priorities.

Using timber in bridge construction has unique advantages, especially when compared to materials like steel or concrete. Timber has a lower environmental footprint, producing fewer carbon emissions during production and contributing to a reduced overall impact on the environment. Additionally, timber can be recycled and repurposed more easily, offering a sustainable choice that aligns with the LEED-based goals of the RTI bridge project.

In a world that increasingly values sustainable choices, YBC’s dedication to eco-friendly materials and practices is more than just a benefit; it’s a responsibility. The RTI bridge stands as a testament to what can be achieved when design and sustainability intersect, paving the way for future infrastructure that honors both the environment and the people it serves.

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A Vehicle Bridge Legacy For Generations

The RTI bridge is more than just a physical crossing; it’s a legacy. For the National Guard members who will train, serve, and build camaraderie here, the bridge stands as a testament to the enduring bond between their mission and the environment they protect. YBC’s commitment to creating a structure that will last generations echoes the values of the Guard itself—endurance, resilience, and unwavering dedication to duty.

This bridge connects more than just two sides of a campus. It symbolizes a commitment to sustainable, durable construction that reflects the National Guard’s heritage and the innovations of modern engineering. For decades to come, it will be a part of the RTI’s landscape, bearing witness to the countless stories of courage, dedication, and training that unfold across its span.

York Bridge Concepts™ is honored to have contributed to this lasting legacy, creating a bridge that will support the National Guard in both a literal and symbolic sense. Through YBC’s craftsmanship and attention to detail, the RTI bridge will continue to serve as a proud element of the RTI campus, carrying forward the spirit of service and commitment.

"The quality of workmanship and skilled / professional employees are a testament to your success as a company. If any of our future projects require a timber bridge, I would not hesitate to recommend YBC as a capable and highly regarded company."

John M. Couture, Project Manager
Eckman Construction

Ready To Talk About Your Project?

All Feature Projects



What's Best: A Culvert Or A Timber Bridge?

Understand the considerations you should make before choosing your crossing method.

What Is The Best Span Type For My Project?

See how creative scoping, design, & usage work to create the perfect spanning solution for your project.

Which Load Capacity I Need?

Understand the different load capacities for usage that are needed for your project.

How Do I Cross An Environmentally Sensitive Area?

Learn how YBC crosses protected areas with our Deck-Level Construction.

How Do I Create A Landmark?

Create a memorable icon for your development project with a YBC Legacy Timber Bridge.

How Long Does A Timber Bridge Last?

Extend the lifespan of your timber bridge to over 75 years using these guidelines, material selection, protection & maintenance practices.



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Culvert Or Bridge

If you're considering using a culvert for your crossing project. Click below to understand the best fit for your project.

Culvert Or Bridge
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Spanning Solutions

Spanning a crossing is one of the most important aspects of your crossing project. Find the best solution for your crossing needs.

Spanning Types
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Uses & Capacities

The load capacity of a timber bridge may surprise you. See specs for different loads and uses that will help your decision-making process.

Bridge Loads & Usages

Winchester Country Club Vehicular Bridge – Winchester, MA

York Bridge ConceptsFree Span, Massachusetts, Vehicular Bridges

Winchester CC Vehicular Bridge - Winchester, MA | York Bridge Concepts - Timber Bridge Builders

Winchester Country Club Timber Vehicular Bridge Project

Nestled in the picturesque town of Winchester, Massachusetts, the Winchester Country Club has recently enhanced its facilities with a new architectural gem: the Timber Vehicular Bridge. Designed and constructed by the esteemed York Bridge Concepts™ (YBC), this bridge is not just a functional structure but a testament to innovative engineering and aesthetic integration. Serving as a vital link to the Country Club’s newly established Golf Learning Center, this bridge is a masterpiece that harmoniously blends with the surrounding landscape.

Project Overview

The Timber Vehicular Bridge by YBC is a crucial infrastructure development for the Winchester Country Club. Spanning a creek and connecting key facilities within the club, the bridge facilitates easy access for vehicles, golf carts, and pedestrians. This connection is essential, as it supports the daily operations of the club and enhances the overall member experience by providing a direct route to the new Golf Learning Center.

Design & Construction of the vehicular bridge

York Bridge Concepts™ has brought its expertise in timber construction to the forefront with this project. The bridge showcases a blend of rustic charm and modern design, making it a standout addition to the club. The construction involved overcoming significant geographical challenges, particularly the subsurface bedrock typical of New England terrain. YBC's solution was a combination of precision drilling and the installation of robust concrete footings to stabilize the foundation securely.

Specifications


  • Width:
  • 23’ (21’ -3” Clear)
  • Length:
  • 38’
  • Height:
  • 20’' above grade
  • Capacity:
  • HS20-44
  • Construction:
  • Ground Up
  • Span Type:
  • Free Span
  • Material:
  • CCA/CA-C Treated Southern Yellow Pine
  • Foundation:
  • Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
  • Stringers:
  • SYP Glulam Stringers (Acrylic / Polymer Coated where exposed)
  • Deck System:
  • 5 ½” Double Timber Deck
  • Guard Rail:
  • Decero™ K-Style Design Series
  • Crossing:
  • Creek

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"Working with York Bridge Concepts was an absolute pleasure - they provided flexible design & budget options that best fit our project's needs. The crews and office staff were professional and hardworking throughout the entire construction process through to completion. We welcome the opportunity to work with York Bridge again."

– Paul Lazar, General Manager, Winchester CC
Winchester Country Club Timber Vehicular Bridge in Massachusetts

Key Features of winchester country club vehicular bridge


Timber Construction

The choice of timber for the bridge not only complements the natural beauty of the Winchester Country Club’s surroundings but also offers durability and sustainability. The timbers used are treated and prepared to withstand the elements, ensuring longevity and maintaining structural integrity over time.

Elevated Headwalls & Wingwalls

A distinctive feature of the bridge is its 18-foot high headwalls and wingwalls, constructed entirely from timber. These structures taper gracefully to grade, effectively supporting the bridge while enhancing its aesthetic appeal. The design ensures that the bridge is both a functional asset and a visual delight.

Landscape Integration

The bridge is designed to blend seamlessly with the surrounding landscape. This integration is achieved through careful material selection and the naturalistic design, ensuring that the bridge appears as a natural extension of the terrain rather than a separate entity.

project challenges & solutions

The construction of the Timber Vehicular Bridge posed unique challenges, primarily due to the underlying bedrock. YBC employed innovative construction techniques to manage this issue:


Drilling Into Bedrock

Specialized drilling equipment was used to penetrate the bedrock, allowing for the placement of concrete footings that anchor the bridge securely.

Custom Engineering

Each aspect of the bridge’s design was custom-engineered to meet the specific demands of the site, ensuring both aesthetic harmony and structural safety.

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The Positive impact on the winchester country club

The completion of the Timber Vehicular Bridge has significantly impacted the Winchester Country Club, enhancing both functionality and beauty. It serves as a critical infrastructure piece that improves connectivity within the club’s premises, making the Golf Learning Center more accessible.


Enhanced Accessibility

The bridge provides a direct, safe, and scenic route for vehicles and pedestrians, improving access to various parts of the club, especially the Golf Learning Center.

Aesthetic Appeal

As a new visual landmark, the bridge enhances the scenic value of the club’s landscape, contributing to the overall prestige and allure of the Winchester Country Club.

A symbol for architectural beauty & engineering excellence

The Timber Vehicular Bridge at Winchester Country Club, designed and built by York Bridge Concepts™, is more than just a bridge; it is a symbol of architectural beauty and engineering excellence. Through its innovative design and construction, YBC has delivered a structure that not only meets practical needs but also enhances the environmental and aesthetic value of the location. The bridge stands as a proud addition to the Winchester Country Club, promising to serve and inspire for many years to come.

All Feature Projects



What's Best: A Culvert Or A Timber Bridge?

Understand the considerations you should make before choosing your crossing method.

What Is The Best Span Type For My Project?

See how creative scoping, design, & usage work to create the perfect spanning solution for your project.

Which Load Capacity I Need?

Understand the different load capacities for usage that are needed for your project.

How Do I Cross An Environmentally Sensitive Area?

Learn how YBC crosses protected areas with our Deck-Level Construction.

How Do I Create A Landmark?

Create a memorable icon for your development project with a YBC Legacy Timber Bridge.

How Long Does A Timber Bridge Last?

Extend the lifespan of your timber bridge to over 75 years using these guidelines, material selection, protection & maintenance practices.



Placeholder Image

Culvert Or Bridge

If you're considering using a culvert for your crossing project. Click below to understand the best fit for your project.

Culvert Or Bridge
Placeholder Image

Spanning Solutions

Spanning a crossing is one of the most important aspects of your crossing project. Find the best solution for your crossing needs.

Spanning Types
Placeholder Image

Uses & Capacities

The load capacity of a timber bridge may surprise you. See specs for different loads and uses that will help your decision-making process.

Bridge Loads & Usages

Heritage Shores Boardwalk, Vehicular & Golf Cart Bridges – Bridgeville, DE

York Bridge ConceptsBoardwalks, Delaware, Golf Cart Bridges, Multiple Crossings, Multiple Span, Pedestrian Bridges, Repetitive Span, Vehicular Bridges

Heritage Shores Vehicular Bridge, Golf Course Bridges, Boardwalk - Bridgeville, DE

Vehicular Bridge

York Bridge Concepts™ has designed & built the York Timber Vehicular Bridge in Bridgeville, Delaware’s 55+ waterfront community, with the region’s premier golf course and event venue. At Heritage Shores, residents and guests can enjoy their new homes along with luxurious amenities, upscale dining, and an Arthur Hills-designed championship golf course. The York Timber Structure combines masterfully with the overall design and look of the Heritage Shores Clubhouse and subdivision with a blended color palette that merges seamlessly into the landscape.

Planning Resources

Like something you see on this project? Get more information below or visit the York Bridge Design Center to see all resources.
Vehicular Bridge
GENERIC SPAN drawing
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Building Material

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Decking Material Options
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Railing Design Examples
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Additional Design Elements
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*Resources above may not be exact to the specifications for this bridge, but reflect our current updated standards.

Vehicular Bridge


  • Width:
  • 32’ (26’ Clear)
  • Length:
  • 100’
  • Height:
  • 14' above grade
  • Capacity:
  • HS20-44
  • Construction:
  • Deck Level
  • Span Type:
  • Multiple Span
  • Span Lengths:
  • (1) 20’, (2) 9’, (4) 15’
  • Material:
  • CCA/CA-C Treated Southern Yellow Pine & Black Locust
  • Foundation:
  • Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
  • Stringers:
  • SYP Rough Sawn Stringers (Acrylic/Polymer Coated where exposed)
  • Vehicular Deck System:
  • 5 ½” Timber Deck
  • Pedestrian Deck System:
  • 1 ½” Timber Deck
  • Guide Rail:
  • Decero™ Classic Design Series
  • Handrail:
  • Decero™ Horizontal Design Series
  • Crossing:
  • Lake
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Golf Cart Bridges

Addtionally, YBC has designed and installed two timber Golf Cart Bridges that cross the lake at Heritage Shores that serve as a connection within the golf course. One bridge spans 140 feet long while the other spans 180 feet long, both 10 feet wide that glide over the water effortlessly and beautifully. These timber structures feature YBC’s proprietary Textured Polymer Coating and 5.5” high timber curbing to provide longevity and aesthetics for years to come.

Planning Resources

Like something you see on this project? Get more information below or visit the York Bridge Design Center to see all resources.
Golf Cart Bridge
GENERIC SPAN drawing
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Loading Diagram
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Generic Section View
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Building Material

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Decking Material Options
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*Resources above may not be exact to the specifications for this bridge, but reflect our current updated standards.

Golf Cart Bridges


  • Width:
  • 10’ (9’ Clear)
  • Length:
  • 140’
  • Height:
  • 13' above grade
  • Capacity:
  • 5 TON GVW
  • Construction:
  • Deck Level
  • Span Type:
  • Multiple & Repetitive Spans
  • Span Lengths:
  • (1) 20', (12) 10'
  • Material:
  • CCA/CA-C Treated Southern Yellow Pine
  • Foundation:
  • Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
  • Stringers:
  • SYP S4S Timber (Acrylic/Polymer Coated where exposed)
  • Deck System:
  • 1-½” Timber Deck
  • Curbing System:
  • 5.5” Curb Installed on 3.5” Blocks
  • Crossing:
  • Lake
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Boardwalk

YBC has designed and installed a waterfront timber boardwalk promenade meandering along the lake at Heritage Shores that serves as the entrance to the Sugar Beet Market and the official clubhouse. The 1000+ linear foot boardwalk promenade features an upgraded luxurious stainless steel cable railing and smooth, splinter-free hardwood handrail caps. Directly underneath the promenade, YBC constructed a retaining wall that spans the length of the promenade. These York Timber Structures combine masterfully with the overall design and look of the Heritage Shores Clubhouse.

Planning Resources

Like something you see on this project? Get more information below or visit the York Bridge Design Center to see all resources.
Boardwalk
GENERIC SPAN drawing
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Loading Diagram
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Generic Section View
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Building Material

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Decking Material Options
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Railing Design Examples
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Additional Design Elements
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*Resources above may not be exact to the specifications for this bridge, but reflect our current updated standards.

Boardwalk


  • Width:
  • 10’ (9’ Clear)
  • Length:
  • 1049’
  • Height:
  • 8' above grade
  • Capacity:
  • 85 PSF
  • Construction:
  • Deck Level
  • Span Type:
  • Repetitve Span
  • Span Lengths:
  • 10' Spans
  • Material:
  • CCA/CA-C Treated Southern Yellow Pine & IPE Hardwood
  • Foundation:
  • Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
  • Stringers:
  • SYP S4S Timber (Acrylic/Polymer Coated where exposed)
  • Deck System:
  • 1-½” Timber Deck
  • Handrail:
  • Decero™ Wire Rope Design Series with Hardwood Rail Cap
  • Crossing:
  • Lake
  • Features:
  • (2) Wideouts
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Client Testimonial

"This is quite the accomplishment. We have nothing but great things to say about York Bridge. Everyone has been very professional and a pleasure to work with. YBC was diligent in their pursuit to deliver a top notch product within the time frame established for completion of the work with very little impact to the daily operation of the club. I can say that it was a huge success. We are extremely pleased with the process and end product and the residents of Heritage Shores are already echoing the same sentiment.

We found the folks at YBC to be professional, polite, and eager to help out in areas outside of their contract. Their office was quick to respond to our concerns and field changes that occurred. Their field crews were cooperative, knowledgeable and considerate. All of the YBC crews kept a clean and organized site, which was very important to us as we had a functioning community around the area of work. We would whole-heartedly recommend YBC for any and all such work and will call no one but York Bridge Concepts™ for any similar work on future projects that we have."

- Dean Dubbe & David Carro
Development Director, Brookfield Residential

All Feature Projects



What's Best: A Culvert Or A Timber Bridge?

Understand the considerations you should make before choosing your crossing method.

What Is The Best Span Type For My Project?

See how creative scoping, design, & usage work to create the perfect spanning solution for your project.

Which Load Capacity I Need?

Understand the different load capacities for usage that are needed for your project.

How Do I Cross An Environmentally Sensitive Area?

Learn how YBC crosses protected areas with our Deck-Level Construction.

How Do I Create A Landmark?

Create a memorable icon for your development project with a YBC Legacy Timber Bridge.

How Long Does A Timber Bridge Last?

Extend the lifespan of your timber bridge to over 75 years using these guidelines, material selection, protection & maintenance practices.



Placeholder Image

Culvert Or Bridge

If you're considering using a culvert for your crossing project. Click below to understand the best fit for your project.

Culvert Or Bridge
Placeholder Image

Spanning Solutions

Spanning a crossing is one of the most important aspects of your crossing project. Find the best solution for your crossing needs.

Spanning Types
Placeholder Image

Uses & Capacities

The load capacity of a timber bridge may surprise you. See specs for different loads and uses that will help your decision-making process.

Bridge Loads & Usages

Cancer Survivors Park Boardwalk – Greenville, SC

York Bridge ConceptsBoardwalks, Pedestrian Bridges, Repetitive Span, South Carolina

Cancer Survivor's Park Timber Boardwalk - Greenville, SC | York Bridge Concepts - Timber Bridge Builders

[embedyt] https://www.youtube.com/watch?v=Pmj4J2X-yxI&width=1184&height=666[/embedyt]

Cancer Survivors Project Overview

York Bridge Concepts™ has designed and built an exclusive Timber Pedestrian boardwalk, a masterpiece woven into the serene landscape for the Cancer Survivors Park. Winding through the woodlands with an integrated drop of over 90 feet in elevation, the boardwalk reaches fifteen feet at its highest point and contains Decero™ features such as an entry portal, effortless curves and the “Leap of Faith” overlook. Construction of the boardwalk was met with challenges, including extensive subsurface rock as well as building in an extremely sensitive landscape. YBC is honored to participate in the distinguished partnership through the completion of this pedestrian boardwalk that will be enjoyed for generations to come.

Client Testimonial

"What a stunning and beautiful elevated boardwalk for our Cancer Survivors Park! Despite the numerous challenges of the project - from building within a conservation easement to dealing with steep terrain - the York Bridge Concepts team worked with us to solve problems quickly and create a boardwalk that surpassed our expectations!"
- Diane Gluck, Co-Founder, Cancer Survivors Park Alliance

Specifications


  • Width:
  • 9’ (8’-6” Clear)
  • Length:
  • 1011’
  • Height:
  • 15' above grade
  • Capacity:
  • 100 PSF
  • Construction:
  • Deck Level
  • Span Type:
  • Multiple Span
  • Span Lengths:
  • (1) 25', (98) 10’
  • Material:
  • CCA/CA-C Treated Southern Yellow Pine
  • Foundation:
  • Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
  • Stringers:
  • SYP S4S Timber Stringers (Acrylic/Polymer Coated where exposed)
  • Pedestrian Deck System:
  • 1-½” Timber Deck
  • Handrail:
  • Decero™ Wire Rope Design Series
  • Crossing:
  • Ravine
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Planning Resources

Like something you see on this project? Get more information below or visit the York Bridge Design Center to see all resources.
GENERIC SPAN drawing
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Loading Diagram
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Generic Section View
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Building Material

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Decking Material Options
New call-to-action
Railing Design Examples
New call-to-action
Additional Design Elements
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*Resources above may not be exact to the specifications for this bridge, but reflect our current updated standards.

All Feature Projects



What's Best: A Culvert Or A Timber Bridge?

Understand the considerations you should make before choosing your crossing method.

What Is The Best Span Type For My Project?

See how creative scoping, design, & usage work to create the perfect spanning solution for your project.

Which Load Capacity I Need?

Understand the different load capacities for usage that are needed for your project.

How Do I Cross An Environmentally Sensitive Area?

Learn how YBC crosses protected areas with our Deck-Level Construction.

How Do I Create A Landmark?

Create a memorable icon for your development project with a YBC Legacy Timber Bridge.

How Long Does A Timber Bridge Last?

Extend the lifespan of your timber bridge to over 75 years using these guidelines, material selection, protection & maintenance practices.



Placeholder Image

Culvert Or Bridge

If you're considering using a culvert for your crossing project. Click below to understand the best fit for your project.

Culvert Or Bridge
Placeholder Image

Spanning Solutions

Spanning a crossing is one of the most important aspects of your crossing project. Find the best solution for your crossing needs.

Spanning Types
Placeholder Image

Uses & Capacities

The load capacity of a timber bridge may surprise you. See specs for different loads and uses that will help your decision-making process.

Bridge Loads & Usages

OneC1TY Timber Boardwalk – Nashville, TN

York Bridge ConceptsBoardwalks, Pedestrian Bridges, Repetitive Span, Tennessee

OneC1TY Timber Boardwalk - Nashville, TN | York Bridge Concepts - Timber Bridge Builders

OneC1TY Timber Boardwalk Project Overview

Located directly across from interstate I-440 and Charlotte Avenue in Nashville, Tennessee lies York Bridge Concept’s pedestrian boardwalk that has been integrated into OneC1TY’s new community. Utilizing YBC’s deck level construction, the boardwalk gracefully curves along the pond with timber piling penetrating the pond liner, installed in tandem with the pond liner subcontractor. This York Structure features a contemporary look and feel with architectural design elements throughout, such as the Decero™ Designed wire rope handrail system, beautiful curving and a covered Yoga pavilion that maximizes the functionality of the boardwalk.

Client Testimonial

"It was a great experience working with York Bridge Concepts on the OneC1TY project in Nashville, TN. Thorough, professional, and hard-working defines the York crews and staff. We will gladly recommend York to anyone as we can firmly stand behind YBC's craftsmanship and handiwork."
– Tony Simonetti, Project Manager, JE Dunn Construction

Specifications


  • Width:
  • 8’ (7’-4” Clear), 14’ (13’-4” Clear)
  • Length:
  • 200’ (17’ center for wideout pavilion)
  • Height:
  • 13' above grade
  • Capacity:
  • 85 PSF
  • Construction:
  • Deck Level
  • Span Type:
  • Repetitive Span
  • Span Lengths:
  • 10'
  • Material:
  • CCA/CA-C Treated Southern Yellow Pine
  • Foundation:
  • Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
  • Stringers:
  • SYP S4S Timber Stringers (Acrylic/Polymer Coated where exposed)
  • Deck System:
  • 1-½” Timber Deck
  • Handrail:
  • Decero™ Picket & Wire Rope Design Series
  • Crossing:
  • Pond
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Planning Resources

Like something you see on this project? Get more information below or visit the York Bridge Design Center to see all resources.
Bridge #1
GENERIC SPAN drawing
VEHICULAR: Repetitive Span
Loading Diagram
VEHICULAR: HS 20
Generic Section View
VEHICULAR: Double Lane with Attached Walkway
Building Material

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Decking Material Options
VEHICULAR: Natural Wood or Anti-Skid IPE Hardwood
Railing Design Examples
VEHICULAR: Classic
Additional Design Elements
VEHICULAR: Classic
*Resources above may not be exact to the specifications for this bridge, but reflect our current updated standards.

All Feature Projects



What's Best: A Culvert Or A Timber Bridge?

Understand the considerations you should make before choosing your crossing method.

What Is The Best Span Type For My Project?

See how creative scoping, design, & usage work to create the perfect spanning solution for your project.

Which Load Capacity I Need?

Understand the different load capacities for usage that are needed for your project.

How Do I Cross An Environmentally Sensitive Area?

Learn how YBC crosses protected areas with our Deck-Level Construction.

How Do I Create A Landmark?

Create a memorable icon for your development project with a YBC Legacy Timber Bridge.

How Long Does A Timber Bridge Last?

Extend the lifespan of your timber bridge to over 75 years using these guidelines, material selection, protection & maintenance practices.



Placeholder Image

Culvert Or Bridge

If you're considering using a culvert for your crossing project. Click below to understand the best fit for your project.

Culvert Or Bridge
Placeholder Image

Spanning Solutions

Spanning a crossing is one of the most important aspects of your crossing project. Find the best solution for your crossing needs.

Spanning Types
Placeholder Image

Uses & Capacities

The load capacity of a timber bridge may surprise you. See specs for different loads and uses that will help your decision-making process.

Bridge Loads & Usages

Cooper River Farms Vehicular Bridge – Charleston, SC

York Bridge ConceptsFree Span, South Carolina, Vehicular Bridges

Cooper River Farms Vehicular Bridge - Charleston, SC | York Bridge Concepts - Timber Bridge Builders

Introducing the Cooper River Farms Vehicular Bridge Project By York Bridge Concepts In Charleston, SC

The Cooper River Farms Vehicular Bridge is an essential piece of infrastructure, located within the scenic Cooper River Farms Apartments community in Charleston, SC. Designed and built by York Bridge Concepts (YBC), this bridge serves as more than just a functional connection between areas—it enhances the natural aesthetic of the surrounding environment, weaving seamlessly into the landscape.


Specifications


  • Vehicular Width:
  • 27’ (20’ Clear)
  • Length:
  • 65’
  • Height:
  • 10' above grade
  • Capacity:
  • HS20-44
  • Construction:
  • Ground Up
  • Span Type:
  • Free Span
  • Material:
  • CCA/CA-C Treated Southern Yellow Pine
  • Foundation:
  • Timber Piles & Abutments (Translucent Coated where exposed)
  • Stringers:
  • SYP Timber (Translucent Coated where exposed)
  • Vehicular Deck System:
  • 5 ½” Double Timber Deck
  • Pedestrian Deck System:
  • 1-½” Timber Deck
  • Crossing:
  • Wetlands
  • Guard Rail:
  • Decero™ Classic Design Series
  • Handrail:
  • Decero™ Wire Mesh Design Series
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Spanning a community set on 56 acres of verdant scenery filled with creeks, trails, and wetlands, this timber bridge was chosen for its ability to harmonize with the environment. The bridge serves as a crucial element of the community’s design, facilitating transportation while maintaining a low-impact, visually appealing presence that complements the residential setting.

YBC's commitment to quality and sustainable design is reflected in every aspect of this project, demonstrating why timber bridges are a preferred solution for communities that value both practicality and beauty. With environmental sensitivity at the forefront, this bridge highlights the intersection of modern engineering and nature-friendly design.

 

"We take pride in having redefined excellence in apartment living & partnering with likeminded companies such as York Bridge allows us to continue to set the standard in our industry. The York Timber Vehicular Bridge at our Cooper Farms Apartments is a stunning complement to the complex. We are delighted with the timeless, charming landmark structure that your company designed and built for our Charleston, SC development!"

Joel Heuring, Project Manager,
CF Evans Construction
Cooper River Farms Vehicular Timber Bridge built by York Bridge Concepts in Charleston, SC

vehicular timber bridges: a sustainable & aesthetic choice

Timber bridges, like the one at Cooper River Farms, are increasingly popular due to their combination of sustainability, aesthetic appeal, and durability. The choice to use treated Southern Yellow Pine reflects the project’s commitment to long-lasting, eco-friendly construction.

Timber offers a unique advantage in bridge building, particularly in environments like Cooper River Farms, where preserving the natural landscape is critical. Unlike steel or concrete structures, timber blends into the surrounding environment, maintaining the visual harmony of green spaces, wetlands, and woodlands. It’s an ideal material for a residential area that prioritizes natural beauty and environmental stewardship.

Cooper River Farms Vehicular Timber Free-Span Bridge in Charleston, SC design-built by York Bridge Concepts

The ecological benefits of timber bridges go beyond their appearance. Timber is a renewable resource, making it a more sustainable option compared to non-renewable building materials. The timber used in this bridge was treated for durability, ensuring a long lifespan and resistance to elements like moisture, rot, and pests. Additionally, the treatment process protects the structure from degradation, requiring minimal maintenance over time.

Incorporating timber also contributes to reducing the overall carbon footprint of construction projects. The energy required to harvest, process, and transport timber is significantly lower than that needed for materials like steel or concrete. Moreover, timber naturally sequesters carbon, storing it throughout the lifespan of the structure. This reduces the environmental impact, aligning with broader goals of sustainability in modern construction.

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For communities like Cooper River Farms, which are deeply connected to their natural surroundings, timber bridges represent more than just a functional structure. They symbolize a commitment to eco-friendly development that prioritizes environmental balance. The use of a material as versatile as timber enables developers to create infrastructure that enhances the aesthetic appeal while ensuring environmental integrity.

The decision to utilize timber was also practical. Southern Yellow Pine is a locally sourced material, further reducing transportation costs and supporting local industries. Its strength and resilience make it ideal for projects that require the load-bearing capacity of vehicular traffic, as seen in the Cooper River Farms bridge. Overall, timber bridges are a sustainable choice, offering both functional strength and a visual connection to nature.

aerial of the Cooper River Farms timber vehicular bridge crossing over wetlands in Charleston, SC

Design & Construction of the Cooper River Farms Timber Vehicular Bridge

The Cooper River Farms Vehicular Bridge exemplifies a blend of functional engineering and environmental design. A key feature of the bridge is its Decero™ Classic Design, custom-tailored to fit seamlessly into the surrounding natural landscape. This design integrates a wire mesh handrail system, which not only enhances safety but also maintains a clear, unobstructed view of the wetlands and green spaces that define the area. The minimalist aesthetic of the bridge complements the natural beauty of the site, enhancing the experience for both pedestrians and vehicles.

Free span design of Cooper River Farms timber vehicular bridge

One of the most significant technical achievements in this project is the 65-foot free span of the bridge. This feature allows the structure to cross the sensitive wetland areas below with minimal environmental disruption. Spanning a considerable distance without the need for additional supports beneath the bridge, the free span design reduces the ecological footprint of the construction, ensuring that the wetland ecosystem remains largely untouched. This method protects local wildlife habitats and maintains the natural flow of the waterways below.

The use of a translucent finish on the exposed portions of the bridge further enhances the connection between the man-made structure and its natural setting. This finish helps the bridge blend into the surrounding environment, reducing its visual impact. The bridge becomes a part of the landscape, rather than an intrusion, preserving the scenic views for residents and visitors alike.

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The quality craftsmanship in the Cooper River Farms Vehicular bridge by YBC.

In terms of construction, YBC's attention to detail is apparent. The bridge was built from the ground up with an emphasis on precision and quality craftsmanship. Timber piles and abutments were driven into place to ensure the structure’s stability, and each element was designed to withstand the demands of regular vehicular traffic while maintaining aesthetic appeal. The construction team followed stringent guidelines to ensure that the project met all required safety and environmental standards.

YBC’s expertise in timber bridge construction enabled the Cooper River Farms Vehicular Bridge to be completed efficiently and on schedule. The collaboration between YBC and the community developers ensured that the bridge met the needs of the residential area without compromising on design or durability. The Decero™ design process allowed YBC to work closely with the community developers, creating a bridge that fits seamlessly into the overall master plan of the Cooper River Farms Apartments.

From start to finish, the construction process was guided by principles of environmental stewardship and quality engineering. The bridge not only serves a critical practical purpose, facilitating transportation across the residential area, but also stands as a testament to the possibilities of sustainable, aesthetically pleasing infrastructure.

Environmental Mitigation alternative with a timber bridge by York Bridge Concepts

The Importance of Environmental Sensitivity the Charleston, SC Community

Environmental sensitivity was at the heart of the Cooper River Farms bridge project. Located in a region marked by delicate ecosystems, such as wetlands and natural waterways, the construction team was tasked with minimizing the impact on the local environment. Wetlands play an essential role in supporting biodiversity, maintaining water quality, and providing flood protection, making their preservation a priority during construction.

One of the ways the bridge design mitigated environmental disruption was through the use of timber piles and abutments, which require fewer deep foundations and produce less ground disturbance compared to concrete or steel structures. Timber, being a naturally occurring material, also has a lower environmental impact during both the construction phase and the lifecycle of the bridge. These timber supports were treated with a translucent coating, allowing them to blend into the natural landscape, further reducing the visual footprint of the structure.

The 65-foot free span design played an instrumental role in preserving the wetland ecosystem. By spanning the entire area without additional supports, YBC was able to prevent damage to the sensitive terrain below. This design feature ensures that natural water flow and wildlife movement in the wetlands are not impeded, allowing for the continued health and vibrancy of the ecosystem.

YBC also employed top-down construction techniques, a method specifically designed to minimize disruption to the surrounding environment. By working from the top of the structure downwards, the construction team was able to avoid unnecessary damage to the land and vegetation surrounding the bridge. This method also reduces soil compaction, which can be detrimental to the health of plant roots and soil organisms in delicate ecosystems like wetlands.

YBC's commitment to environmental protection was also evident in their approach to sustainable material sourcing. By choosing locally harvested Southern Yellow Pine, the team reduced the carbon footprint associated with transportation, and the timber treatment processes ensured long-term durability, reducing the need for frequent maintenance or replacements. This approach not only benefits the environment but also offers long-term cost savings for the community.

Overall, the Cooper River Farms Vehicular Bridge serves as a model for environmentally sensitive construction. By choosing materials and design features that prioritize the health of the surrounding ecosystem, YBC was able to create a structure that both meets the needs of the community and protects the natural environment that makes Cooper River Farms such a desirable place to live.

Enhancing the community of Cooper River Farms with a timber vehicular bridge with an attached pedestrian section.

Enhancing the Residential Community for cooper river Farms with a vehicular timber bridge

The Cooper River Farms Vehicular Bridge does more than connect different sections of a residential complex—it enhances the overall living experience for the residents. Located in the Cooper River Farms Apartments community, this bridge plays a key role in maintaining the flow and accessibility within the sprawling 56-acre development. By providing a seamless connection across natural waterways and green spaces, the bridge makes it easier for residents to traverse the area, linking homes to amenities such as parks, recreational areas, and walking trails.

In addition to its practical function, the bridge serves as an architectural feature that contributes to the aesthetic appeal of the community. The use of timber and natural finishes ensures that the bridge blends harmoniously with the landscape, preserving the beauty of the surrounding environment. Its design is in line with the community’s focus on outdoor living and nature-inspired aesthetics, making it a standout feature that residents can enjoy both visually and functionally.

Community enhancements for Cooper River Farms with the attached pedestrian section.

Well-designed infrastructure like this not only improves day-to-day convenience but also enhances property values. Potential buyers and renters often prioritize communities that offer thoughtfully designed, accessible spaces. The bridge not only facilitates transportation but also symbolizes the integration of sustainable living with modern development, an increasingly important consideration for environmentally conscious residents.


YBC worked closely with CF Evans Construction, the developers behind Cooper River Farms, to ensure that the bridge met the high standards expected of a premium residential community. The collaborative effort ensured that the project was completed on time and within budget, with careful attention to both function and form. YBC's ability to deliver a bridge that aligns with the community’s values of sustainability and beauty reflects the firm's deep understanding of the role that infrastructure plays in enhancing the residential experience.

Ultimately, the Cooper River Farms Vehicular Bridge is more than a transportation solution—it's an integral part of the community's identity. By combining functionality, sustainability, and aesthetic appeal, the bridge contributes to creating a cohesive, attractive living environment that residents and visitors alike can appreciate.

The technical specifications of the Cooper River Farms vehicular timber bridge in Charleston, SC

Enhancing the Residential Community for cooper river Farms with a vehicular timber bridge

The Cooper River Farms Vehicular Bridge showcases both innovative design and robust engineering. Its technical specifications were carefully chosen to meet the functional requirements of a busy residential community while ensuring safety and durability. The bridge spans 65 feet, with a total width of 27 feet, providing a clear 20 feet for vehicular traffic. This generous clearance allows for smooth traffic flow, even in a bustling residential setting, while also accommodating larger vehicles when necessary.

One of the standout features is the bridge’s height, which rises 10 feet above the grade. This elevation ensures that the structure is not affected by potential flooding or seasonal changes in water levels, which is especially important given the proximity of wetlands and waterways in the area. The bridge is designed to withstand heavy loads, meeting the HS20-44 load capacity standard, a widely recognized specification for vehicular bridges. This ensures that the bridge can support standard and heavy-duty vehicles without compromising safety.

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The materials used in the construction of the bridge were selected for their strength and durability. Southern Yellow Pine, a locally sourced timber, was used for the stringers and decking systems. The vehicular deck system, made from 5 ½” double timber decking, provides a solid, resilient surface for vehicles, while the pedestrian deck system, measuring 1 ½”, offers a safe and comfortable walkway for residents. The use of coated Southern Yellow Pine stringers ensures long-term protection from the elements, preserving the structural integrity of the bridge.

In addition to its structural features, the bridge incorporates a wire mesh handrail system that enhances both safety and aesthetics. The handrails provide necessary protection for pedestrians and vehicles, while their minimalist design ensures that they do not obstruct views of the surrounding natural beauty.

Notice how the black wire mesh handrail doesn't block the view of the scenic vistas of the Charleston low country

YBC’s ability to combine traditional materials with modern engineering techniques is evident in the Cooper River Farms bridge. By using innovative construction methods and ensuring that the bridge met stringent safety and load capacity standards, YBC created a structure that will serve the community for decades to come.

Creating A Lasting Impression

Creating a lasting infrastructure for the cooper river farms community

The Cooper River Farms Vehicular Bridge stands as a testament to York Bridge Concepts (YBC)’s commitment to creating infrastructure that is not only functional but also aesthetically pleasing and environmentally sensitive. From its inception, this project has been about more than just connecting different parts of a residential community—it’s been about building a bridge that enhances the natural beauty of the area while offering long-term durability.

The design and construction of the bridge incorporated sustainable materials and techniques that prioritize environmental protection, ensuring that the surrounding wetlands and ecosystems were preserved throughout the building process. YBC’s choice of timber, combined with their innovative engineering solutions, created a structure that complements the natural environment while standing up to the demands of vehicular traffic.

In addition to its environmental and structural benefits, the bridge also plays a crucial role in improving the quality of life for the residents of Cooper River Farms. By offering a seamless, visually appealing connection across the residential community, the bridge increases accessibility and elevates the overall appeal of the development.

York Bridge Concepts has once again demonstrated its ability to design and build timber bridges that offer more than just functionality. Through their commitment to sustainability, innovation, and collaboration, YBC continues to set the standard for creating lasting infrastructure that integrates beautifully with its surroundings, ultimately enhancing both the community and the environment.

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All Feature Projects



What's Best: A Culvert Or A Timber Bridge?

Understand the considerations you should make before choosing your crossing method.

What Is The Best Span Type For My Project?

See how creative scoping, design, & usage work to create the perfect spanning solution for your project.

Which Load Capacity I Need?

Understand the different load capacities for usage that are needed for your project.

How Do I Cross An Environmentally Sensitive Area?

Learn how YBC crosses protected areas with our Deck-Level Construction.

How Do I Create A Landmark?

Create a memorable icon for your development project with a YBC Legacy Timber Bridge.

How Long Does A Timber Bridge Last?

Extend the lifespan of your timber bridge to over 75 years using these guidelines, material selection, protection & maintenance practices.



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Culvert Or Bridge

If you're considering using a culvert for your crossing project. Click below to understand the best fit for your project.

Culvert Or Bridge
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Spanning Solutions

Spanning a crossing is one of the most important aspects of your crossing project. Find the best solution for your crossing needs.

Spanning Types
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Uses & Capacities

The load capacity of a timber bridge may surprise you. See specs for different loads and uses that will help your decision-making process.

Bridge Loads & Usages

Tranquilo Golf Club at the Four Seasons Golf Cart Bridge – Lake Buena Vista, FL

York Bridge ConceptsFlorida, Golf Cart Bridges, Repetitive Span, Vehicular Bridges

Tranquilo Golf Club at the Four Seasons Golf Cart Bridge – Lake Buena Vista, FL | York Bridge Concepts - Timber Bridge Builders

Client Testimonial

"York Bridge has truly captured the Spanish Revival architecture of Florida’s golden age in the refurbishment of our Tranquilo Golf Club Timber Cart/Tram Bridge. Your Decero™ Design team can truly boast their talents & your on-site crew their endurance and resilience in working in our hot, humid Florida sun. With the abundance of traffic driving over the surface of the bridge as well as the baking sun and the humidity of our area, we are more than pleased with the resilience and presence of our structure! Thank you for adding beauty in such a integrated manner, through the practicality of our new bridge!"
– Guy Punzi

Planning Resources

Like something you see on this project? Get more information below or visit the York Bridge Design Center to see all resources.
GENERIC SPAN drawing
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Loading Diagram
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Generic Section View
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Building Material

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Decking Material Options
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Railing Design Examples
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Additional Design Elements
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*Resources above may not be exact to the specifications for this bridge, but reflect our current updated standards.

Specifications


  • Width:
  • 12’ (11’ Clear)
  • Length:
  • 75’
  • Height:
  • 8' above grade
  • Capacity:
  • 10 Ton GVW
  • Construction:
  • Deck Level
  • Span Type:
  • Repetitive Span
  • Span Lengths:
  • 5'
  • Material:
  • CCA/CA-C Treated Southern Yellow Pine
  • Foundation:
  • Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
  • Stringers:
  • SYP Timber (Acrylic/Polymer Coated where exposed)
  • Deck System:
  • 2” Timber Deck
  • Guard Rail:
  • Decero™ Wire Mesh Design Series
  • Crossing:
  • Lake
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All Feature Projects



What's Best: A Culvert Or A Timber Bridge?

Understand the considerations you should make before choosing your crossing method.

What Is The Best Span Type For My Project?

See how creative scoping, design, & usage work to create the perfect spanning solution for your project.

Which Load Capacity I Need?

Understand the different load capacities for usage that are needed for your project.

How Do I Cross An Environmentally Sensitive Area?

Learn how YBC crosses protected areas with our Deck-Level Construction.

How Do I Create A Landmark?

Create a memorable icon for your development project with a YBC Legacy Timber Bridge.

How Long Does A Timber Bridge Last?

Extend the lifespan of your timber bridge to over 75 years using these guidelines, material selection, protection & maintenance practices.



Placeholder Image

Culvert Or Bridge

If you're considering using a culvert for your crossing project. Click below to understand the best fit for your project.

Culvert Or Bridge
Placeholder Image

Spanning Solutions

Spanning a crossing is one of the most important aspects of your crossing project. Find the best solution for your crossing needs.

Spanning Types
Placeholder Image

Uses & Capacities

The load capacity of a timber bridge may surprise you. See specs for different loads and uses that will help your decision-making process.

Bridge Loads & Usages