Sienna Village Covered Timber Boardwalk – Lutz, FL

York Bridge ConceptsMarch 27, 2019Boardwalks, Florida, Multiple Span, Pedestrian Bridges

Sienna Village Timber Covered Boardwalk – Lutz, FL | York Bridge Concepts

[embedyt] https://www.youtube.com/watch?&width=1184&height=666&listType=playlist&list=PLafqdrKfMTxzR2Es0tF7AiE5Hv-py1DPy&plindex=0[/embedyt]

Sienna Village Project Overview

The Sienna Boardwalk twists along the shoreline of a charming wetland pond nestled just north of Tampa, Florida. The Decero^TM Design Team was inspired by the rich Tuscan-inspired office development featuring iron details, warm hues, and twisting grandfather oaks. The boardwalk’s design is infused with a burnt red, crisp almond, pine green, and pops of black iron throughout embracing walkers with a vibrant glow. Covered gathering spaces are sprinkled amongst the meandering walkway, one featuring a clay tiled roof and custom iron work framing views of lush ferns and a small pond. The Repetitive Span bridge was built utilizing the industry-unique and eco-friendly top down YBC construction method to minimize impacts within the sensitive wetlands.

Professional Testimonial

"Fantastic structures! The attention to detail makes York Bridge construction a cut above the rest. Even after 10 years in Florida's wet humid environment, the bridge is in great shape. The custom iron work is a detail that not only looks great but was also installed with great precision."

– Patrick Tara, P.E., Intera Geoscience & Engineering Solutions

Specifications

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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

Loading Diagram

Generic Section View

Building Material

Decking Material Options

Railing Design Examples

Additional Design Elements

*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.

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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.

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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

Bridgehaven at Citrus Park Vehicular Bridge – Tampa, FL

York Bridge ConceptsMarch 14, 2019Florida, Multiple Span, Vehicular Bridges

Bridgehaven at Citrus Park Timber Vehicular Bridge | Tampa, FL | York Bridge Concepts

[embedyt] https://www.youtube.com/watch?v=DsIWABkWVy4&width=1184&height=666[/embedyt]

Bridgehaven at Citrus Park Project Overview

Lennar came to YBC with a request to cross Rocky Creek to expand their acreage and increase connectivity throughout the new townhome community. YBC partnered with Lennar developers to answer questions and objections made by the county to bring their vision of a timber bridge a reality over the course of about 5 years. The Multiple Span bridge stretches across the creek extents and over the wetland flood plains cruising through the dense wooded area with style. A sophisticated and subtle palette of deep brown, soft tan, sandy off-white, and foggy blue dance along the rolling rails reflecting the aesthetics of the neighborhood. This double-lane roadway will service the community’s daily journey with a dash of uniqueness that only a timber bridge can provide.

Customer Testimonial

"Our experience with York Bridge was an excellent one! Their dedication to quality and a mission to exceed client’s expectations made their team a pleasure to work with. We will definitely continue to recommend York Bridge to anyone in our industry!"

- Charlie Peterson, Terra Management Group

Specifications

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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

Loading Diagram

Generic Section View

Building Material

Decking Material Options

Railing Design Examples

Additional Design Elements

*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.

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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.

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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

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.

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

Composition Squared – Mondrian Design Prefabricated Pedestrian Bridge For Sale

York Bridge ConceptsDecember 20, 2018Prefabricated Bridges For Sale

Composition Squared Prefabricated Timber Pedestrian Bridge For Sale | York Bridge

Timber Arched Free Span Pedestrian Bridge

This artist inspired prefabricated freespan features a heightened rolling camber arch that is emphasized by a crisp linear grid of Ipe handrail that rises above the arch. The thin ribbons of hardwood rails and decking are saturated with a deep redwood mahogany translucent-oil and contrasted against the rich carbon black glazed glue-laminated beams. This Mondrian Series Bridge referred to as “Composition Squared” promises to be an iconic modern landmark in any setting.

$29,500*

Exclusive Decero™ Design*

8’ Wide x 36’ Long

Bold Free Span Arch*

Elegant & Rich Color Scheme Premium Hardwood IPE Deck & 42” Handrails

85 PSF Pedestrian Loading

Translucent Oil-Based Coated Rails & Deck and Acrylic-Polymer Coated Glue-laminated Beams

Premium Treated Southern Yellow Pine Beams & Diaphragm*

Download Sales Sheet

*Notes: Price does not include shipping costs. Ships from Lutz, FL. Not ADA Compliant. 77.5’ Radius Camber. Non-AASHTO Rail. SYP Treatments include CCA & Type C Penta, intended for ground contact.

Breakwater Beach Timber Cul-de-Sac & Residential Driveways Over Wetlands

York Bridge ConceptsDecember 7, 2018Delaware, Featured, Repetitive Span, Vehicular Bridges

Breakwater Beach Timber Cul-de-Sac | Wetlands Residential Driveway Construction | York Bridge Concepts

Breakwater Beach Timber Cul-de-Sac | Wetlands Residential Driveway Construction | York Bridge Concepts

Breakwater Beach Timber Cul-de-Sac | Wetlands Residential Driveway Construction | York Bridge Concepts

Breakwater Beach Timber Cul-de-Sac | Wetlands Residential Driveway Construction | York Bridge Concepts

Breakwater Beach Timber Cul-de-Sac | Wetlands Residential Driveway Construction | York Bridge Concepts

Breakwater Beach Timber Cul-de-Sac | Wetlands Residential Driveway Construction | York Bridge Concepts

Breakwater Beach Timber Cul-de-Sac | Wetlands Residential Driveway Construction | York Bridge Concepts

Breakwater Beach Timber Cul-de-Sac | Wetlands Residential Driveway Construction | York Bridge Concepts

Breakwater Beach Timber Cul-de-Sac | Wetlands Residential Driveway Construction | York Bridge Concepts

Breakwater Beach Timber Cul-de-Sac | Wetlands Residential Driveway Construction | York Bridge Concepts

Breakwater Beach: An Engineering Triumph Over Environmental Challenges

Nestled along the picturesque coastline of the Atlantic Ocean, Breakwater Beach stands as a testament to modern engineering and environmental stewardship. This unique development required a creative approach to infrastructure design due to its sensitive wetland environment. The journey to bring this project to life spanned over 12 years, a process fraught with challenges related to permitting, environmental regulations, and technical hurdles. However, through perseverance, innovation, and collaboration, a solution was found—an elegant raised cul-de-sac designed and constructed by York Bridge Concepts (YBC).

This impressive timber structure provides access to the premium residential lots without disturbing the fragile wetlands, showcasing how development and nature can coexist harmoniously.

Specifications

Width:
24'7" drive aisle 23'7" driveways
Length:
20,600 sq.ft. of driving surface
Height:
3' above grade
Capacity:
HS 20-44 / 85 PSF
Construction:
Deck Level
Span Type:
Repetitive Span
Material:
CCA Treated Southern Yellow Pine
Foundation:
SYP Timber Piles
Stringers:
SYP Rough Sawn Timber
Vehicular Deck System:
4 ½” Timber Deck
Pedestrian Deck System:
1-½” Timber Deck
Guard Rail:
Decero™ Picket Design Series
Crossing:
Wetlands

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Breakwater Beach Timber Cul-de-Sac | Wetlands Residential Driveway Construction | York Bridge Concepts

See The Breakwater Beach Case Study

The Long Road to Approval

The vision for Breakwater Beach was conceived with a deep understanding of the region’s environmental sensitivity. However, achieving this vision required a lengthy battle with regulatory bodies, as the area designated for development was classified as protected wetlands. In 1987, when initial plans for the development were first introduced, it quickly became apparent that standard road-building methods would not be feasible. Traditional infrastructure would require filling in the wetlands, which is prohibited under federal and state environmental regulations.

The initial attempts to secure permits for a conventional road were met with rejection. The developer hired some of the best consultants in the field—experts who had even contributed to writing the very regulations that now restricted development. Yet, despite their efforts and substantial financial investments, the necessary permits to build a roadway through the wetlands remained elusive.

The core issue lay in the strict rules governing wetland protection, particularly the placement of fill material, which could disrupt the natural ecosystem. This deadlock persisted for decades, leaving the developer with valuable, yet inaccessible, oceanfront property.

York Bridge was instrumental in supplying information and specifications in order to assist with the approval process. During that time, we also had to convince the State Transportation Department and Environmental Department that this was viable. It only took Watershed Eco 12 years to gain the approvals and the developer over 30 years to gain access to these 8 lots. During that time, the lots have gained tremendous value and the York Bridge Roadway and driveways look amazing."
- James C. McCulley IV, PWS,
Watershed Eco LLC

A New Approach: Pilings Instead of Fill

By the mid-2000s, the project was stagnant. However, hope was reignited when environmental consultant James C. McCulley IV, a professional wetland scientist, was brought on board. McCulley had extensive experience navigating the complexities of environmental regulations, and he quickly recognized that the only path forward was to avoid traditional methods altogether. Instead of proposing a standard road, McCulley suggested a groundbreaking alternative—building the road on pilings.

The U.S. Army Corps of Engineers’ regulations had a unique clause: while they heavily regulated fill material in wetlands, the placement of pilings was largely unregulated, as long as it didn’t have the same environmental impact as fill. This opened up a new possibility for the Breakwater Beach project. If the team could prove that the construction method using pilings wouldn’t disrupt the wetlands in the same way as fill, they might finally be able to secure the necessary permits.

This was far from a simple task. Over the next decade, McCulley and his team, including the experts at YBC, gathered extensive data and conducted detailed studies to demonstrate that their proposed solution would have minimal impact on the wetlands. These studies were submitted to various regulatory bodies, including the U.S. Army Corps of Engineers, the state’s Department of Environmental Protection, and the Department of Transportation. Each agency had to be convinced that this innovative approach would work.

Finally, after 12 long years of research, negotiations, and revisions, the permits were approved. It was a monumental victory for the developer, who had spent over 30 years trying to make these oceanfront lots accessible. During this time, the property values had skyrocketed, making the successful completion of the project even more significant.

York Bridge Concepts Steps In: A Customized Design Solution

With the regulatory hurdles finally cleared, it was time to turn the vision into reality. The developer turned to York Bridge Concepts, a leader in the design and construction of timber structures in sensitive environments. YBC’s expertise was crucial in ensuring that the project met the stringent environmental requirements while also providing a durable, functional, and aesthetically pleasing solution.

YBC’s Decero™ Design team worked closely with the developer to create a custom solution tailored specifically to the unique challenges of Breakwater Beach. The result was a timber cul-de-sac that provides access to eight residential lots, each with double-width driveways, while also accommodating pedestrian pathways. The structure spans over 20,000 square feet of driving surface and rises just three feet above the ground, seamlessly blending into the natural landscape.

The entire structure is supported by Southern Yellow Pine timber piles, driven deep into the ground using YBC’s advanced friction set installation techniques. This method ensures a stable foundation without the need for fill, preserving the integrity of the wetland environment. Over 700 piles were installed using a vibratory hammer and splicing methods, resulting in a foundation that is expected to last for at least 75 years.

The Raised Cul-de-Sac: A Model of Sustainable Development

The key to the success of the Breakwater Beach project lies in the raised cul-de-sac design. By elevating the roadway above the wetlands, the team was able to avoid the use of fill material, which would have had a significant environmental impact. The timber structure hovers just three feet above the ground, minimizing the disturbance to the wetland grasses and other native vegetation.

This approach not only satisfied the environmental regulations but also enhanced the aesthetic appeal of the development. The cul-de-sac and driveways are framed by traditional timber picket pedestrian railings, which complement the coastal architecture of the homes that will soon be built. The entire structure blends harmoniously with its surroundings, offering homeowners stunning views of both the Atlantic Ocean and the Indian River Bay.

In addition to the environmental benefits, the raised cul-de-sac provides practical advantages for the homeowners. The elevated design reduces the risk of flooding, a significant concern in coastal areas. The structure’s durability and low-maintenance requirements also ensure that it will remain functional and visually appealing for decades to come.

Breakwater Beach raised cul-de-sac in Delaware.

The Importance of Collaboration

The Breakwater Beach project is a shining example of how collaboration between developers, environmental consultants, and engineering firms can lead to innovative solutions that benefit both people and the environment. The developer’s perseverance, McCulley’s regulatory expertise, and YBC’s engineering ingenuity all played critical roles in bringing this project to fruition.

Throughout the process, YBC worked closely with the regulatory agencies to ensure that the design met all of the necessary requirements. Their experience in building timber structures in environmentally sensitive areas was invaluable in navigating the complex permitting process. By providing detailed specifications and data to support the project, YBC helped to secure the approvals needed to move forward.

YBC’s role didn’t end with the design. Their field team exhibited exceptional skill during the construction phase, ensuring that the project was completed to the highest standards. The installation of the timber piles required precision and expertise, particularly given the challenging conditions of the wetland environment. YBC’s commitment to quality and sustainability was evident in every aspect of the project, from the selection of materials to the construction methods used.

Looking To The Future

With the successful completion of the Breakwater Beach cul-de-sac, the developer can finally move forward with the construction of the residential homes that will occupy these coveted lots. The homeowners who choose to build in this exclusive community will not only enjoy breathtaking views and a prime location, but they will also be part of a development that exemplifies sustainable design and environmental responsibility.

The Breakwater Beach project serves as a model for future developments in environmentally sensitive areas. It demonstrates that with creativity, perseverance, and collaboration, it is possible to build in harmony with nature, preserving the beauty and integrity of the landscape for future generations.

For YBC, the project is yet another example of their ability to deliver custom solutions that meet the unique needs of their clients. Their expertise in timber bridge construction, combined with their commitment to sustainability, has made them a trusted partner for developers across the country. As environmental regulations continue to evolve, YBC is well-positioned to help clients navigate the complexities of building in protected areas.

A Stunning Example Of Sustainable Development

The Breakwater Beach project is a story of perseverance, innovation, and collaboration. What began as an inaccessible piece of oceanfront property has been transformed into a stunning example of sustainable development, thanks to the creative solutions provided by York Bridge Concepts and the dedication of the entire project team. After more than three decades of planning and 12 years of intense permitting battles, the dream of Breakwater Beach is finally a reality. This raised timber cul-de-sac not only provides access to some of the most valuable real estate on the East Coast but also serves as a model for future projects in environmentally sensitive areas.

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.

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

Great Northern Golf Course Timber Bridges, Retaining Walls, & Waterfall – Denmark

York Bridge ConceptsDecember 5, 2018Golf Cart Bridges, International, Multiple Crossings, Repetitive Span, Vehicular Bridges

Great Northern Denmark Golf Course Bridges, Timber Retaining Walls, Timber Waterfall

Great Northern Golf Course Golf cart bridges and retaining walls by York Bridge Concepts

Great Northern Golf Course Golf cart bridges and retaining walls by York Bridge Concepts wide angle

Great Northern Golf Course Golf cart bridges and retaining walls by York Bridge Concepts Waterfall feature

Great Northern Golf Course Golf cart bridges and retaining walls by York Bridge Concepts cart bridge to island green

Great Northern Golf Course Golf cart bridges and retaining walls by York Bridge Concepts Overhead

Experience Golfing Excellence at Great Northern Denmark Golf Course: A York Bridge Concepts Transformation!

Nestled in the Danish countryside, Great Northern Golf Course is not just a golf course; it's a world-class destination for both avid golfers and those seeking to experience natural elegance. Recognized as one of the top 100 golf courses in the world, Great Northern was designed by none other than the legendary Jack Nicklaus. His design vision brings together the natural beauty of the Nordic landscape with a level of playability that challenges seasoned golfers while still being accessible for those of all skill levels. From expansive fairways framed by lush greenery to meticulously placed water hazards, every element of the course reflects a commitment to quality, precision, and harmony with nature.

Great Northern Golf Course Golf cart bridges and retaining walls by York Bridge Concepts wide angle

The Danish climate, with its distinct seasonal shifts, adds to the unique golfing experience at Great Northern. Designed to withstand the elements, the course offers resilience against wet winters and warm summers, ensuring an impeccable golfing surface year-round. Here, players experience not only a game but also a journey through serene landscapes that have been thoughtfully curated to evoke a sense of peace and focus, making each round an unforgettable experience.

Great Northern Golf Cart Bridge and Retaining Walls at sunset in Keterminde, Denmark

York Bridge Concepts’ Role in the Project

When tasked with enhancing the infrastructure of Great Northern Golf Course, York Bridge Concepts (YBC) brought their expertise in timber structures to deliver functional beauty that harmonizes with the natural environment. YBC’s role was pivotal, encompassing the construction of golf cart bridges, retaining walls, and a standout feature—a cantilever waterfall that adds both beauty and dynamism to the course. Known for their excellence in craftsmanship, YBC’s contributions go beyond the structural—they enhance the course’s visual appeal and ensure durability in Denmark’s challenging climate.

York Bridge Concepts has a reputation for creating timber structures that are not only robust but also resonate with the landscapes they inhabit. For the Great Northern project, YBC selected high-quality hardwoods, chosen for their natural durability, aesthetic appeal, and alignment with eco-conscious practices. These structures were crafted to withstand the elements, integrating seamlessly with the environment while providing lasting functionality. Each bridge, wall, and feature reflects YBC's commitment to merging sustainability with elegance, contributing to Great Northern’s standing as a premier golfing destination.

Great Northern Retaining Walls and Golf Cart Bridge by sandtrap

Design Philosophy and Material Selection

York Bridge Concepts approached the Great Northern project with a design philosophy rooted in respect for the natural environment, combined with a dedication to creating timeless structures. For a golf course as prestigious as Great Northern, the structures needed to be more than functional; they had to add to the beauty and serenity of the landscape while embodying the course's high standards. YBC's selection of materials was carefully considered to align with this vision, focusing on hardwoods that offer both durability and an organic aesthetic that would blend seamlessly with the surroundings.

The Great Northern retaining wall close up highlighting the hardwood selection to weather the elements

Choosing Hardwoods for Durability and Elegance

The decision to use hardwoods for the golf cart bridges, retaining walls, and the cantilever waterfall was strategic. Hardwoods such as Ipe, Cumaru, and other dense tropical woods are known for their exceptional durability, resistance to decay, and ability to withstand moisture—an essential quality for structures exposed to Denmark's varied weather conditions. These materials are naturally resistant to the harsh effects of time and climate, minimizing maintenance needs and ensuring a long lifespan. YBC’s choice of these materials highlights a commitment to sustainability, as the longevity of hardwood structures reduces the need for frequent replacements and resource consumption.

In addition to durability, hardwoods offer a warmth and natural beauty that fits the tranquil aesthetic of Great Northern. These woods age gracefully, developing a subtle patina over time that only enhances their integration with the landscape. The result is a harmonious blend of man-made structure and natural environment, where each bridge, wall, and waterfall feature appears as if it has always been part of the terrain. This approach is a testament to YBC’s skill in combining functionality with artful design, ensuring that every element of their construction enhances the visual and experiential quality of Great Northern.

Attention to Environmental Impact

York Bridge Concepts places a strong emphasis on eco-friendly practices, particularly in high-profile projects like Great Northern. Their commitment to sustainability is reflected in every phase of construction, from material sourcing to final installation. The use of certified hardwoods supports responsible forest management, ensuring that the materials come from sustainable sources. Additionally, YBC’s construction techniques prioritize minimal disruption to the surrounding landscape, preserving the natural flora and fauna and maintaining the ecological balance of the site. By respecting these environmental standards, YBC contributes to Great Northern’s vision of a world-class course that is as sustainable as it is stunning.

Great Northern picture of retaining wall built by York Bridge Concepts in Denmark

Retaining Walls: Stabilizing the Landscape with Style

A key component of YBC’s work at Great Northern is the extensive system of retaining walls. These walls play a critical role in stabilizing the landscape, particularly on slopes and near water features, where soil erosion could otherwise disrupt the carefully curated terrain. Constructed using the same high-quality hardwoods as the bridges and waterfall, the retaining walls are designed to be both robust and visually appealing, integrating seamlessly with the rolling topography of the golf course.

Great Northern Greens with retaining wall from the land side

Engineering for Strength and Stability

YBC’s retaining walls are engineered to withstand the forces of nature, including Denmark's seasonal rains and winds, which can accelerate erosion and destabilize the land. Each wall was meticulously designed to support the soil, particularly in areas where the natural slopes of the landscape required additional reinforcement. By strategically placing these retaining walls, YBC was able to protect the terrain, ensuring that the fairways and greens remain intact for years to come. The structural integrity of these walls contributes to the longevity of the course, reducing the need for ongoing maintenance and preserving the land’s natural contours.

Integration of York Bridge Concepts into the Jack Nicklaus Designed Great Northern Golf Course

Aesthetic Integration with the Course

While functionality is paramount, YBC’s retaining walls are also designed to enhance the visual appeal of Great Northern. The hardwoods used in these walls bring a natural texture and warmth to the course, making them appear as an extension of the landscape rather than an addition to it. The subtle color variations and grain patterns of the wood create a visually interesting backdrop that complements the greenery of the fairways and roughs. Each wall is built with precision, ensuring clean lines and a smooth finish that reflect YBC's attention to detail and craftsmanship. By merging stability with beauty, YBC’s retaining walls become an integral part of the Great Northern experience, subtly guiding players through the course while preserving its natural charm.

Great Northern Golf Cart Bridges aerial

Golf Cart Bridges: Blending Form and Function

The golf cart bridges at Great Northern are not only practical pathways but also works of art that contribute to the overall experience of the course. Designed to accommodate the flow of golf carts and pedestrians, these bridges connect various parts of the course, allowing players to transition seamlessly between holes. Each bridge was crafted with an emphasis on durability, comfort, and aesthetics, reflecting YBC’s commitment to quality and attention to detail.

Great Northern Clubhouse and final hole with golf cart bridge in Denmark Built by York Bridge Concepts

Craftsmanship and Structural Integrity

Constructing a bridge that can withstand constant use, as well as the Danish climate, requires a meticulous approach to craftsmanship. YBC employed advanced joinery techniques and reinforced structural designs to ensure that each bridge is capable of withstanding both the weight of golf carts and the elements. The hardwood materials, selected for their resilience, were carefully cut and joined to create a smooth, stable surface that enhances the player’s experience. These bridges are not only functional but also built to endure, withstanding the wear and tear of daily use while maintaining their structural integrity.

Great Northern Golf Course Golf cart bridges and retaining walls by York Bridge Concepts

Creating a Visual Connection Across the Course

Each golf cart bridge was strategically placed to enhance the natural flow of the course, leading players through scenic vistas and across water features. The bridges were designed to blend with the environment, using wood tones and patterns that complement the surrounding landscape. The curves and lines of each structure follow the natural contours of the land, creating a sense of harmony that immerses players in the beauty of the course. By integrating these bridges so seamlessly, YBC enhances the ambiance of Great Northern, transforming each transition into an opportunity to appreciate the landscape.

Great Northern Golf Course Golf cart bridges and retaining walls by York Bridge Concepts Overhead

Player Experience and Practical Considerations

Beyond aesthetics, YBC prioritized player comfort and safety in the design of these bridges. Each structure is wide enough to accommodate both carts and pedestrians, ensuring that players can move across the course without disruption. The hardwood surfaces were finished to provide traction, even in wet conditions, adding an extra layer of safety. Handrails, where necessary, were designed with the same attention to detail, offering support while maintaining the clean, natural look that defines YBC’s approach. Through these thoughtful design choices, YBC has made the golf cart bridges at Great Northern an integral part of the golfing experience, offering both functionality and an immersive encounter with nature.

Great Northern Waterfall feature from the backside

Cantilever Waterfall: A Stunning Focal Point

One of the most striking features YBC contributed to the Great Northern Golf Course is the cantilever waterfall, a visual and auditory centerpiece that elevates the course’s natural beauty and offers players a moment of awe as they pass by. This cantilever waterfall is not merely a decorative addition but a structural marvel, designed to complement the serene and sophisticated atmosphere of the golf course while enhancing the overall aesthetic appeal.

Great Northern Waterfall feature vertical shot

Designing a Statement Feature

The cantilever waterfall was designed to be a distinctive element, capturing the natural beauty of cascading water in a form that aligns with YBC’s focus on durability and elegance. The waterfall is crafted using durable hardwoods, selected to withstand constant moisture while maintaining a refined, organic look. The cantilevered design creates a suspended effect, where the water appears to flow freely from a natural rock formation, cascading into a clear pond below. This floating visual effect lends an ethereal quality to the waterfall, making it a mesmerizing focal point that draws players into the landscape.

YBC’s expertise in structural engineering played a critical role in the waterfall’s design. The cantilever structure requires precise calculations and an understanding of weight distribution to achieve the suspended look while ensuring stability. This combination of engineering skill and aesthetic vision allows the waterfall to appear almost effortless in its design, as if it were a natural part of the landscape. Players who encounter this waterfall experience not only a remarkable visual but also a gentle soundscape, as the cascading water adds a soothing, ambient backdrop that enhances the tranquility of the course.

Great Northern Panoramic aerial of the waterfall feature built by York bridge Concepts

Integration with the Course Environment

In keeping with Great Northern’s commitment to environmental harmony, YBC designed the cantilever waterfall to blend naturally with the course. The structure’s hardwood materials and naturalistic design make it appear as though it is an organic extension of the terrain. The waterfall is surrounded by native plants and rock formations, chosen to mirror the local flora and enhance the sense of immersion in nature. The effect is a seamless integration where the artificial meets the organic, embodying YBC’s philosophy of harmonizing construction with nature.

The waterfall also serves as a marker for players, creating a memorable point on the course where they can pause and take in the surroundings. Its location was carefully chosen to enhance the journey through the course, giving players a chance to enjoy a brief respite in a beautiful setting. This moment of pause adds a unique dimension to the golfing experience at Great Northern, turning a simple transition between holes into an opportunity for reflection and appreciation of the natural world.

Great Northern Clubhouse with Pin Flag

Sustainability and Environmental Impact

York Bridge Concepts brings a deep commitment to sustainability in all of its projects, and this commitment was central to the Great Northern Golf Course development. Recognizing the importance of eco-conscious construction practices, YBC integrated environmentally friendly approaches in every aspect of their work. From responsibly sourced materials to careful planning around local ecosystems, the Great Northern project exemplifies how luxury and sustainability can coexist in modern infrastructure.

Great Northern Clubhouse

Eco-Friendly Material Sourcing

YBC’s dedication to environmental responsibility begins with their choice of materials. The hardwoods used in the construction of the bridges, retaining walls, and cantilever waterfall were carefully sourced from certified sustainable forests. By selecting these certified hardwoods, YBC supports responsible forestry practices that prioritize regrowth and forest conservation. This choice reflects YBC’s commitment to minimizing the ecological impact of their structures, ensuring that each project contributes to a more sustainable future.

In addition to using sustainable wood, YBC’s construction methods focus on maximizing material efficiency. Precision cutting and advanced joinery techniques reduce waste, allowing each piece of timber to be used to its fullest potential. This not only lowers the environmental footprint of the project but also enhances the longevity of the structures, as each component is meticulously crafted for durability. The result is a series of structures that require minimal maintenance and replacement, further reducing resource consumption over time.

Great Northern Cascading waterfall built by York bridge Concepts

Minimal Impact on Local Ecosystems

During the construction process, YBC took great care to preserve the natural habitats and ecosystems surrounding the course. Their team conducted detailed assessments to ensure that each structure was placed in a way that would cause minimal disruption to the landscape. For example, the golf cart bridges were strategically positioned to avoid altering natural water flows or disturbing local plant life, preserving the integrity of the environment. This careful approach allowed YBC to integrate their structures within the course without compromising the beauty or ecological health of the site.

In the case of the cantilever waterfall, the surrounding landscape was left undisturbed, with only native plants used in its design to prevent the introduction of non-native species. This attention to ecological compatibility ensures that the waterfall and other features remain in harmony with the existing environment, allowing the course to maintain a balance between human innovation and nature’s beauty. YBC’s environmental efforts align closely with Great Northern’s values, creating a golfing experience that players can enjoy with a sense of ecological mindfulness.

The Great Northern TPC Golf Course timber bridge projects in Denmark by York Bridge Concepts

Showcase of Craftsmanship and Quality

York Bridge Concepts has established a reputation for excellence in timber construction, and the Great Northern Golf Course project stands as a shining example of their craftsmanship. Each structure reflects an unwavering attention to detail, where every element is meticulously crafted to meet the highest standards of quality. From the precision joinery of the golf cart bridges to the seamless finishes of the retaining walls, YBC’s dedication to artistry is evident throughout the course.

Great Northern cart bridge to clubhouse

Testimonies to YBC’s Craftsmanship

The completed structures have received praise from course architects, project managers, and visitors alike. The seamless integration of each element within the Great Northern landscape demonstrates YBC’s ability to blend practicality with elegance, creating functional features that also serve as beautiful enhancements to the course. Testimonials from clients and partners highlight YBC’s reliability, expertise, and passion for their craft, underscoring their position as leaders in timber bridge and structure design.

YBC’s work at Great Northern is a testament to their ability to balance aesthetics with function, producing structures that are as visually impressive as they are structurally sound. This attention to craftsmanship ensures that each component of the course not only meets but exceeds expectations, solidifying Great Northern’s reputation as a top-tier golf destination.

Great Northern Golf Course Golf cart bridges and retaining walls by York Bridge Concepts Waterfall feature

Closing Thoughts: Elevating the Great Northern Experience

Through their work on Great Northern Golf Course, York Bridge Concepts has contributed to a legacy of excellence and sustainability that enhances both the natural landscape and the golfing experience. The retaining walls provide stability and beauty; the golf cart bridges offer seamless transitions with an aesthetic charm; and the cantilever waterfall serves as a captivating centerpiece, bringing a touch of tranquility to the course. Each structure embodies YBC’s commitment to quality, sustainability, and elegance, transforming the course into a harmonious blend of art, nature, and sport.

YBC’s contributions to Great Northern go beyond structural enhancements—they elevate the course’s ambiance, creating a space that invites players to engage deeply with their surroundings. The careful integration of each element reflects a respect for both the game of golf and the natural beauty of Denmark. For YBC, the Great Northern project is more than a showcase of their expertise; it is a testament to their vision of sustainable, artful construction that respects and enhances the environment. Through this project, YBC has not only fortified the course but also enriched the experience for everyone who visits Great Northern, reinforcing its place as one of the world’s most celebrated golf courses.

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.

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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

Barefoot Landing Repetitive Span Vehicular Bridge – Myrtle Beach, SC

York Bridge ConceptsNovember 26, 2018Multiple Span, South Carolina, Vehicular Bridges

Barefoot Landing Timber Vehicular Bridge Design - Myrtle Beach, SC | York Bridge Concepts

Discover the Charm of the Barefoot Landing Timber Vehicular Bridge

Nestled off the Intercoastal Waterway and Louis Lake in North Myrtle Beach, South Carolina, lies the vibrant and charming Barefoot Landing. This southern-inspired shopping village is a treasure trove of unique shops, delightful eateries, entertainment venues, and a nature adventure park featuring American Alligators. Visitors from near and far are drawn to its lively atmosphere and picturesque setting. Enhancing this beloved destination’s appeal, York Bridge Concepts (YBC) partnered with Burroughs & Chapin to create an elegant timber vehicular bridge that not only improves site connectivity but also adds a touch of rustic charm to the landscape.

Specifications

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Aerial footage of the timber vehicular bridge at Barefoot Landing in North Myrtle Beach, SC built by York Bridge Concepts

Crafting a landmark in North Myrtle Beach, SC

Barefoot Landing is a bustling hub that offers something for everyone. From shopping and dining to entertainment and nature exploration, it’s a place where memories are made. Understanding the need for improved connectivity within this sprawling complex, Burroughs & Chapin sought the expertise of YBC to design and construct a bridge that would seamlessly blend with the area’s aesthetics while serving its practical purposes.

The new timber vehicular bridge, which also features an attached pedestrian section, spans the development’s channel of fountains, providing a vital link between different areas of Barefoot Landing. This bridge is not just a means of crossing but a landmark that enhances the visual appeal of the surroundings.

Design Aesthetics for Barefoot Landing Pedestrian Section built by York Bridge Concepts

Design & Aesthetics: A Tribute to Southern Charm

The design of the Barefoot Landing Timber Vehicular Bridge is a celebration of southern charm and hospitality. The bridge is glazed in a warm chestnut translucent oil, complemented by coastal-infused blues and greys, creating a rustic, low-country vibe that resonates with the local culture. This color palette, inspired by the natural beauty of the region, gives the bridge a welcoming and timeless appearance.

The architectural elements of the bridge are equally impressive. Hearty x-accents add a robust and distinctive character, while the slender pedestrian picket railing provides a delicate contrast. These design choices reflect the thick drawl of the south and the classic warmth of its hospitality, making the bridge a true embodiment of southern elegance.

Barefoot Landing vantage point with fountain and lake

Engineering Excellence & On-Site Precision with YBC

The construction of the Barefoot Landing Timber Vehicular Bridge was a testament to YBC’s engineering excellence and on-site precision. The field team demonstrated exceptional dedication and expertise, navigating the complexities of the project with finesse. One of the notable challenges encountered during construction was the need to accommodate unanticipated utilities. YBC’s team promptly addressed this issue, implementing an on-site design change that kept the project on schedule without compromising on quality or safety.

This ability to adapt and innovate on the fly is a hallmark of YBC’s approach to bridge construction. The successful completion of the Barefoot Landing bridge project not only underscores the company’s technical prowess but also its commitment to client satisfaction.

Enhancing the Visitor's Experience at Barefoot landing

The addition of the new timber vehicular bridge has significantly enhanced the visitor experience at Barefoot Landing. The bridge serves as a picturesque foreground to the renovated complex and the fresh restaurant additions, making it a popular spot for photos and leisurely strolls. Its rustic charm and architectural beauty have become an integral part of the Barefoot Landing experience.

The pedestrian section of the bridge invites visitors to take in the scenic views of the channel of fountains and the surrounding landscape. Whether you’re driving across the bridge or taking a leisurely walk, the experience is enriched by the bridge’s thoughtful design and tranquil setting.

Enhancing the visitor's experience at Barefoot Landing with a York Bridge Concepts' timber vehicular bridge with attached pedestrian section

Sustainability & Environmental Considerations at Barefoot Landing.

Sustainability & Environmental Considerations

In keeping with YBC’s commitment to sustainability, the Barefoot Landing Timber Vehicular Bridge was constructed using environmentally friendly materials and methods. Timber, a renewable resource, was chosen for its aesthetic appeal and its low environmental impact. The use of sustainable materials aligns with the growing trend towards eco-friendly construction practices, contributing to the overall sustainability of the Barefoot Landing development.

Moreover, the construction process was designed to minimize disruption to the local ecosystem. YBC’s team employed careful planning and execution to ensure that the natural beauty and ecological balance of the area were preserved. This mindful approach to construction reflects YBC’s dedication to creating structures that harmonize with their surroundings.

High aerial of Barefoot Landing Complex

A collaborative effort between Burroughs & Chapin and YBC

The success of the Barefoot Landing Timber Vehicular Bridge project is a testament to the power of collaboration. YBC worked closely with Burroughs & Chapin, local authorities, and other stakeholders to bring the vision of the bridge to life. This collaborative effort ensured that the project met all regulatory requirements and community expectations, resulting in a bridge that not only serves its functional purposes but also enhances the cultural and aesthetic value of Barefoot Landing.

Looking Ahead for Barefoot Landing & York Bridge Concepts

The Barefoot Landing Timber Vehicular Bridge stands as a proud symbol of what can be achieved through innovative design, expert craftsmanship, and a commitment to excellence. As Barefoot Landing continues to evolve and attract visitors from around the world, the bridge will remain a key feature, offering both practical benefits and a touch of southern charm.

YBC is honored to have been a part of this transformative project and looks forward to future opportunities to contribute to the growth and development of communities through sustainable and aesthetically pleasing bridge construction. The Barefoot Landing bridge is not just a structure; it is a testament to the enduring appeal of timber bridges and their ability to enhance the places we live, work, and play.

Meeting the community needs of Barefoot Landing

The Barefoot Landing Timber Vehicular Bridge is more than just a means of crossing a channel; it is a landmark that embodies the spirit of southern hospitality and the beauty of sustainable construction. Its warm, rustic design and thoughtful engineering make it a standout feature in one of North Myrtle Beach’s most beloved destinations. YBC’s collaboration with Burroughs & Chapin has resulted in a bridge that not only meets the practical needs of the community but also enhances the aesthetic and cultural value of Barefoot Landing.

As visitors walk or drive across the bridge, they are greeted with the timeless charm and elegance that are the hallmarks of YBC’s work. The Barefoot Landing Timber Vehicular Bridge is a shining example of how thoughtful design and expert craftsmanship can come together to create a structure that is both functional and beautiful.

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.

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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

Ringling College Timber Boardwalk & Free Span Bridge – Sarasota, FL

York Bridge ConceptsNovember 15, 2018Boardwalks, Florida, Multiple Span, Pedestrian Bridges

Ringling College Timber Boardwalk with Free Span Pedestrian Bridge | York Bridge

RinglingII-3

Ringling School of Design timber plaza project by York Bridge Concepts in Sarasota, FL

RinglingII-1

RinglingII-7

Ringling School of Art Plaza designed and built by York Bridge Concepts in Sarasota, FL

[embedyt] https://www.youtube.com/watch?v=HRR0qv0z6sA&width=1184&height=666[/embedyt]

Ringling College Project Overview

Ringling College of Art + Design has a growing campus hosting a community of creatives that boasts it is ‘a place to fit in, a place to find your people, a place to find yourself, a place to grow, a place to belong.’ When adding a dormitory to campus, planners developed a network of boardwalks, gathering spaces, and a bridge to integrate with the landscape and architecture. The Decero™ Design features stylish low lying paths intertwine with communal spaces and artistically rise to meet social plazas at various entries. A thin ribbon of handrail floats above a composite deck saturated in modern greys and silver dances with a fluid motion along the path to the bridge. A perfect complement to the modernly cladded structure bending around a courtyard overlooking the bayou. The finished project mirrors the craft of creativity taught throughout the institution’s campus.

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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Generic Section View

Building Material

Decking Material Options

Railing Design Examples

Additional Design Elements

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

Boardwalk & Bridge

Width:
8’ - 20’
Length:
648’
Height:
Up to 11' above grade
Capacity:
85 PSF
Construction:
Ground Up
Span Type:
Multiple Span
Material:
CCA Treated Southern Yellow Pine, Composite, & IPE Hardwood
Foundation:
Timber Piles & Abutments (Acrylic / Polymer Coated where exposed)
Stringers:
SYP S4S & Glulam Stringers (Acrylic / Polymer Coated where exposed)
Deck System:
Composite 1.5” Deck
Handrail:
Decero™ Wire Rope Design Series
Crossing:
Inlet

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Deck & Bench Area

Deck Area:
2766 sq. ft.
Bench Area:
2 Custom Benches at 793 sq. ft. each
Height:
1' above grade
Capacity:
85 PSF
Construction:
Ground Up
Span Type:
Repetitive Span
Material:
CCA Treated Southern Yellow Pine & Composite
Foundation:
Timber Piles
Stringers:
SYP S4S Stringers
Deck System:
Composite 1” Deck & Benches

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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.

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

Heights at Ashford Park Vehicular Bridge – Atlanta, GA

York Bridge ConceptsNovember 2, 2018Georgia, Multiple Span, Vehicular Bridges

Heights at Ashford Park Timber Vehicular Bridge - Atlanta, GA

Heights at Ashford Park Project Overview

The Heights at Ashford is a boutique development nestled in the desired north Atlanta community of Brookhaven. The main entry bridge crosses a rock laden ravine and floodplain, as well as, coordinates with utilities and drainage for the uphill residences. The Decero™ Design Team faced hidden challenges of working with prohibitive easements that restricted the use of traditional stabilization tension tie-backs. An innovative compressive design strategy to stabilize the structure was engineered to meet the tight crossing requirements. More apparent than the technical beauty of this bridge is the crisp alluring aesthetic created by a sophisticated color palette and a perfectly simplistic rail. While on-site the Field Crew encountered limited access and impenetrable ground conditions that required an alternative method of construction including expansive footers to maximize the structure and efficiency of schedule. The Heights at Ashford Park is a depiction of YBC’s ability to perform and produce a top of the line product through the perseverance of knowledge and experience.

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

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:
15’ 10” (14’ 3” clear)
Length:
52’
Height:
17’ above grade
Capacity:
HS 20-44
Construction:
Deck Level
Span Type:
Multiple Span
Span Lengths:
(1) 24’, (2) 14’
Material:
CCA Treated Southern Yellow Pine
Foundation:
Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
Stringers:
SYP Rough Sawn Timber (Acrylic/Polymer Coated where exposed)
Deck System:
5 ½” Double Timber Deck
Guard Rail:
Decero™ Classic Design Series
Crossing:
Flood Plain

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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.

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

Solar Farms Light Vehicular Bridge – Liberty, SC

York Bridge ConceptsOctober 19, 2018Free Span, Pedestrian Bridges, South Carolina

Solar Farms Light Vehicular Timber Bridge in Liberty, SC

[embedyt] https://www.youtube.com/watch?v=eQNJQvuA0FE&width=1184&height=666[/embedyt]

Solar Farms Project Overview

Solar Farms is a multi-location network including hundreds of acres of high tech clean energy production for South Carolina. YBC was approached with a need to connect educational facilities and a local school over a small creek that severed the two properties for pedestrian and light weight maintenance vehicles to move between the areas. The Decero™ Design Team put an aesthetic spin on an otherwise utilitarian bridge with a combination of a rustic color palette and a sleek stainless-steel wire rope. The length of the glue-laminated beams nearly skims the surface of the creek flow while the airy handrails soar above the deck. The YBC field crew was able to utilize concrete abutments built into the access path for a seamless and expeditious construction schedule. The Solar Farms bridge now provides access to hundreds of people on an educational journey to brighten the future.

Specifications

Width:
13’ 10” (13’ 7” clear)
Length:
38'
Height:
4' above grade
Capacity:
85 PSF / 2 Ton GVW
Construction:
Ground Up
Span Type:
Free Span
Material:
CCA/CA-C Treated Southern Yellow Pine & Composite
Foundation:
Concrete Abutments
Stringers:
SYP Glulam Stringers (Acrylic/Polymer Coated where exposed)
Deck System:
Composite 1” Deck
Handrail:
Decero™ Wire Rope Design Series
Crossing:
Creek

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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

New call-to-action

Building Material

Decking Material Options

New call-to-action

Railing Design Examples

New call-to-action

*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.

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

Lake Arrowhead Vehicular Bridge – Waleska, GA

York Bridge ConceptsSeptember 26, 2018Free Span, Georgia, Vehicular Bridges

Lake Arrowhead Timber Vehicular Bridge - Waleska, GA | York Bridge Concepts

crafting A memorable setting for lakefront living at Lake arrowhead

Welcome to the Lake Arrowhead community, where nature's beauty meets architectural excellence. Nestled at the base of the picturesque Blue Ridge Mountains, Lake Arrowhead offers an idyllic setting for lakefront living, combined with an array of outdoor activities and resort-style amenities. Central to this thriving community is our master-crafted timber vehicular bridge with an attached pedestrian section, designed to enhance both connectivity and aesthetics. This state-of-the-art bridge not only serves a practical purpose but also stands as a testament to exquisite craftsmanship and innovative engineering.

Specifications

Vehicular Width:
24’ (22’5” clear)
Pedestrian Width:
5’10”
Length:
65'
Height:
17' above grade
Capacity:
HS 20-44 / 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 Glulam Stringers (Translucent Coated where exposed)
Vehicular Deck System:
6” Double Timber Deck
Pedestrian Deck System:
1-½” Timber Deck
Guard Rail:
Decero™ Classic X-Style Series
Handrail:
Decero™ Wire Rope Design Series
Crossing:
Flood Plain

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Lake Arrowhead vehicular timber bridge in Waleska, GA

enhancing the lakeside Lifestyle for the arrowhead community

Located just 40 minutes north of Atlanta, Lake Arrowhead is a gated and guarded mountain, lake, and golf community. It is uniquely situated around a pristine 540-acre spring-fed lake in the foothills of the Blue Ridge Mountains. Spanning over 8,000 acres of lush woodland, Lake Arrowhead offers an array of amenities and activities that promote an active, lakefront lifestyle. At the center of this community is a York Bridge Concepts' Legacy crafted timber bridge. Residents enjoy miles of trails for hiking, biking, and leisurely walks, as well as access to well-maintained parks, recreational areas, and a vibrant social scene. This community is designed for those who cherish the great outdoors and a resort-like living experience.

Lake Arrowhead Construction & Engineering

The construction of the timber vehicular bridge was a feat of precision and expertise. The York Bridge Concepts (YBC) field team demonstrated exceptional skill in setting the piling foundations amidst the remnants of the former bridge structure and existing pipelines. This complex task required meticulous planning and execution to ensure a flawless build. Every aspect of the construction process was handled with the utmost care, reflecting YBC's commitment to quality and safety. The successful completion of this bridge marks the third collaboration between York Bridge Concepts and the developers at Lake Arrowhead, underscoring a strong partnership built on trust and excellence.

Lake Arrowhead timber vehicular bridge Construction in Waleska, GA

Lake Arrowhead Timber Bridge Aesthetics Designed by York Bridge Concepts

Aesthetic and Material Details

One of the standout features of the timber vehicular bridge is its stunning aesthetic. The bridge is imbued with a rich blend of translucent Cedar and Dark Oak hues, creating a harmonious color palette that complements the surrounding environment. The brown foundations that support the bridge wrap around the approaches, further enhancing its visual appeal. This thoughtful use of materials not only ensures durability but also integrates the bridge seamlessly into the natural landscape. The result is a structure that is both functional and beautiful, offering a unique blend of rustic charm and modern elegance.

Developer Partnerships and Community Growth

The construction of the timber vehicular bridge represents the latest milestone in the ongoing development of the Lake Arrowhead community. This is the third bridge built by York Bridge Concepts in partnership with developers in the area, highlighting a continued commitment to enhancing infrastructure and connectivity. Each project has contributed to the community's growth, providing essential links that facilitate movement and access. The bridges not only serve practical purposes but also add to the aesthetic value of the community, making Lake Arrowhead an even more desirable place to live.

End Goal: Creating Harmony for the lake arrowhead community

The timber vehicular bridge with an attached pedestrian section is more than just a crossing; it is a symbol of the Lake Arrowhead community's dedication to blending functionality with beauty. As the area continues to grow and evolve, this bridge stands as a testament to the power of innovative design and expert craftsmanship. Whether you are a resident or a visitor, the bridge is sure to leave a lasting impression, reflecting the spirit of Lake Arrowhead—where nature, community, and excellence come together in perfect harmony.

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.

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

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