Hudson Tea Building Pedestrian Boardwalk – Hoboken, NJ

York Bridge ConceptsJune 19, 2018Boardwalks, New Jersey, Pedestrian Bridges, Repetitive Span

Hudson Tea Pedestrian Bridge - Hoboken, NJ | York Bridge Concepts - Timber Bridge Builders

The Hudson Tea
Pedestrian Boardwalk

A Marvel of Modern Urban Design

The bustling community of Hoboken, New Jersey, renowned for its vibrant atmosphere and stunning views of the New York City skyline, now has an architectural gem to add to its urban landscape. The Hudson Tea Building, a luxury condominium situated on a dense urban corner, is now complemented by a meticulously designed pedestrian boardwalk that enhances both aesthetics and functionality. This project, undertaken by Let It Grow, Inc. & York Bridge Concepts (YBC), showcases innovative design, precision engineering, and high-quality materials, resulting in a boardwalk that stands as a testament to modern urban development.

Specifications

Widths:
(3) 6’, (1) 10’
Length:
(1) 14’-8”, (1) 24’-4”,
(1) 25’, (1) 16’
Height:
3’ above ground
Capacity:
85 PSF
Construction:
Ground Up
Span Type:
Repetitive Span
Material:
CCA/CA-C Treated Southern Yellow Pine & Composite
Foundation:
Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
Stringers:
SYP Timber (Acrylic/Polymer Coated where exposed)
Deck System:
1-½” Timber Deck Composite
Handrail:
Decero™ Wire Rope Design Series
Crossing:
Rain Garden

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Described as a ‘Haven on the Hudson’ – Hudson Tea is Hoboken’s newest luxury condominium located on 1400 Washington St in Hoboken, NJ. Our Hudson Tea Community has increased its value with the superb aesthetics of our one-of-a-kind York Timber Structures. The structures blend effortlessly into our new community along Washington Street. I want to thank the YBC’s crews for their excellent craftsmanship illustrated throughout the construction process – they represented YBC’s dedicated handiwork very well. If the opportunity arises to build another bridge, I would love to do it again with your firm – they are a wonderful team!

- Matthew Delpreore, Vice President
Let It Grow, Inc.

Hudson Tea Boardwalk from walking through rain garden

Introduction to the Hudson Tea Boardwalk Project

The Hudson Tea Boardwalk is more than just a pathway; it is a reflection of sophisticated urban living. The Decero™ Design Team at YBC was tasked with creating a unique boardwalk that would seamlessly integrate with the surrounding environment, particularly the small rain garden in the entry plaza of the Hudson Tea Building. The result is a modern pedestrian boardwalk that criss-crosses the rain garden with crisp precision, offering residents and visitors a serene and visually appealing route.

LUXURY CONDO AWARD WINNER

Design & Aesthetic Appeal

The design of the Hudson Tea Boardwalk is a masterpiece of modern architecture. The boardwalk features a simplistic yet elegant design, characterized by clean lines and a sophisticated tri-color palette. The use of cable rails adds to the minimalistic aesthetic while ensuring safety and durability. The boardwalk's sleek design perfectly complements the high-end nature of the Hudson Tea Building, enhancing the overall appeal of the community.

Hudson Tea Timber Boardwalk - Hoboken, NJ | York Bridge Concepts - Timber Bridge Builders

The Decero™ Design Approach

The design of the Hudson Tea Boardwalk is a masterpiece of modern architecture. The boardwalk features a simplistic yet elegant design, characterized by clean lines and a sophisticated tri-color palette. The use of cable rails adds to the minimalistic aesthetic while ensuring safety and durability. The boardwalk's sleek design perfectly complements the high-end nature of the Hudson Tea Building, enhancing the overall appeal of the community.

Hudson Tea Materials & Construction Image

Materials & Construction

To ensure the longevity and durability of the boardwalk, YBC used a mixture of polymer-coated timber and composite lumber. These materials were chosen for their ability to withstand the elements and maintain their appearance over time. The use of composite lumber also expedited the construction process, allowing the project to be completed efficiently without compromising on quality.

Hudson Tea Functional Features for pedestrians

Functional Features of Hudson Tea Boardwalk

The Hudson Tea Boardwalk is designed to be both functional and aesthetically pleasing. It provides a safe and convenient pathway for residents and visitors, while also serving as a beautiful addition to the urban landscape. The boardwalk's design allows for easy navigation through the rain garden, creating a seamless connection between different parts of the property.

Safety & Durability
Safety was a paramount consideration in the design of the Hudson Tea Boardwalk. The use of cable rails ensures that the boardwalk is safe for all users, while the high-quality materials used in construction guarantee durability and longevity. The polymer-coated timber and composite lumber are resistant to weathering and wear, ensuring that the boardwalk remains in excellent condition for years to come.

The Role of the YBC field Team

The success of the Hudson Tea Boardwalk project can be largely attributed to the expertise and dedication of the YBC field team. Working in a busy urban environment presented unique challenges, but the team demonstrated their ability to excel in any setting. Their commitment to quality and attention to detail ensured that the boardwalk was constructed to the highest standards.

Overcoming Urban Challenges during construction

overcoming urban challenges

Constructing a boardwalk in the dense urban core of Hoboken required careful planning and execution. The YBC field team had to navigate the complexities of working in a bustling city environment, including coordinating with other construction projects and minimizing disruption to residents. Despite these challenges, the team delivered a boardwalk that exceeded expectations.

Environmental Considerations

In addition to its aesthetic and functional features, the Hudson Tea Boardwalk also incorporates environmentally friendly elements. The rain garden, which the boardwalk criss-crosses, plays a crucial role in managing stormwater runoff and promoting local biodiversity. The use of sustainable materials further underscores the project's commitment to environmental responsibility.

The Rain Garden

The small rain garden in the entry plaza of the Hudson Tea Building is a key feature of the boardwalk project. It not only adds to the visual appeal of the area but also serves an important ecological function. The rain garden helps to manage stormwater runoff, reducing the risk of flooding and promoting the health of local plant species. By incorporating the rain garden into the design of the boardwalk, YBC has created a space that is both beautiful and sustainable.

Hudson Tea Environmental Rain Garden around the YBC boardwalk

The Community Impact in Hoboken, New Jersey

The Hudson Tea Boardwalk has had a significant positive impact on the Hoboken community. It provides a new and attractive space for residents to enjoy, enhancing the overall quality of life in the area. The boardwalk has also become a point of pride for the community, showcasing Hoboken's commitment to innovative urban design and sustainable development.

Hudson Tea Boardwalk view from balcony

Enhancing Urban Living

For the residents of the Hudson Tea Building and the surrounding area, the new boardwalk offers a range of benefits. It provides a convenient and scenic route through the property, encouraging outdoor activity and fostering a sense of community. The boardwalk's design also enhances the overall aesthetic of the area, making it a more attractive place to live and visit.

A model for future projects

The success of the Hudson Tea Boardwalk project serves as a model for future urban development projects. It demonstrates how thoughtful design, high-quality materials, and a commitment to sustainability can come together to create a space that is both functional and beautiful. Other communities can look to this project as an example of how to successfully integrate modern infrastructure with natural elements in an urban setting.

innovative impact for the hoboken community

The Hudson Tea Pedestrian Boardwalk is a remarkable addition to the Hoboken community. It exemplifies the best in modern urban design, combining aesthetic appeal, functionality, and environmental responsibility. Thanks to the expertise and dedication of the York Bridge Concepts team, the boardwalk has become a cherished feature of the Hudson Tea Building, enhancing the lives of residents and visitors alike.

By incorporating innovative design elements, high-quality materials, and sustainable practices, the Hudson Tea Boardwalk stands as a testament to what can be achieved through thoughtful urban planning and execution. It not only serves as a functional pathway but also as a beautiful and enduring symbol of the community's commitment to excellence in urban development.

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The Westin at Marina Village Pedestrian Bridge – Cape Coral, FL

York Bridge ConceptsJune 19, 2018Florida, Multiple Span, Pedestrian Bridges

Westin at Marina Village Pedestrian Bridge - Cape Coral, FL | York Bridge Concepts - Timber Bridge Builders

[embedyt] https://www.youtube.com/watch?v=2GU8tlN4leo&width=1184&height=666[/embedyt]

Westin at Marina Village Project Overview

The Westin Cape Coral Resort at Tarpon Point Marina Village in Cape Coral, Florida is known for its tropical serenity with endless views of the Gulf of Mexico. Patrons now enjoy a smooth rolling boardwalk gliding over a mangrove canal as they enter the conference center facilities. Both entrances artistically that are framed with lush green palm fronds complement the vibrant coral red deck & crisp almond white rails color palette. A warm brown substructure dives into the canal’s edges mimicking the mangrove root strength taking hold of the environment. The sleek horizontal rails enhance visitors' experience by guiding them across the bridge, while intriguing onlookers with an architecturally stunning bridge that floats across the canal and coasting into luxury.

Client Testimonial

"After conducting my research, I discovered that York Bridge Concepts was the #1 timber bridge builder in the US. They had excellent references from contractors that I respect in the industry. Also deck level construction was an important consideration because we needed to maintain an environment friendly surrounding. The field team was very accommodating and polite, and the on-site challenges were met with professionalism and resolved to my satisfaction. I love the way the free span section arches over the stream. The bridge elegantly blends with the surrounding environment. The color palette complements the convention center nicely."

– Lauren Snyder, General Manager, Tarpon Point Realty

Specifications

Width:
10’ (9’ 3” clear)
Length:
110’
Height:
11' above grade
Capacity:
2 Ton GVW / 85 PSF
Construction:
Deck Level
Span Type:
Multiple Span
Span Lengths:
(6) 11’, (1) 44’
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:
1-½” Timber Deck
Handrail:
Decero™ Horizontal Rail Design Series
Crossing:
Inlet

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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

Decking Material Options

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Railing Design Examples

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

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Inspired Living Vehicular Bridge – Alpharetta, GA

York Bridge ConceptsJune 19, 2018Case Study, Georgia, Multiple Span, Popular Articles, Vehicular Bridges

A Bridge to Belonging: The Story of the Inspired Living Bridge

York Bridge Concepts (YBC), a leading name in timber bridge construction, in collaboration with Baxter Construction, created a transformative infrastructure solution for the Inspired Living retirement community in Alpharetta, Georgia. This unique timber vehicular bridge, which spans 117 feet and rises 40 feet above the ground, plays a vital role in providing access to the community while preserving the natural environment.

For Inspired Living, a forward-thinking retirement community, this bridge serves as a literal and symbolic gateway. It is a welcoming structure that adds to the charm and architectural integrity of the area. The challenge for this project lay in preserving the natural water flow and mitigating potential environmental impacts while still allowing vehicular access to the community.

Thanks to the innovative vision of YBC and their expertise in timber bridge construction, this project became a testament to sustainable design. The bridge not only meets the community’s functional needs but also accentuates its visual appeal, helping Inspired Living make a lasting first impression on residents and visitors alike.

Specifications

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See The Inspired Living Case Study

"Baxter Construction chose York Bridge Concepts because of their outstanding reputation. Even though different materials were considered for the bridge, York Bridge Concepts was able to provide a cost effective crossing solution that was attractive and blended well with the natural environment. Their field teams were easy to work with, and followed through well with each step of the process. I personally admired the clean design and was impressed by the skills of the construction crew that made a challenging build look almost simple. We were able to choose custom coatings, and enjoyed having more style options with a timber bridge than we would with other materials.
– Jack Hinkle, Baxter Construction

Inspired Living Timber Bridge in Alpharetta, Georgia Design-Built by York Bridge Concepts.

Challenges and the Need for a Timber Vehicular Bridge

When Inspired Living first explored developing their retirement community, they faced a considerable challenge: how to provide vehicular access to the property without disrupting the natural environment surrounding a critical water stream. The land was not only visually stunning but ecologically sensitive, with regulations in place to protect the local flora and fauna.

The standard approach to such developments typically involves the construction of a culvert system. A culvert would channel the stream underground, allowing vehicles to pass over a paved road. However, this solution posed significant problems:

Environmental Impact: Installing a culvert would disrupt the stream’s natural flow, impacting local ecosystems and wildlife dependent on the waterway.
Costly Mitigation: Due to the area’s environmental sensitivity, the project would have required extensive and expensive environmental mitigation measures, adding unnecessary costs to the development.
Long-term Maintenance: Culverts can be prone to clogging, erosion, and eventual failure, requiring continuous maintenance and repair, which would lead to higher long-term operational costs for Inspired Living.

The need for a creative solution was clear. Inspired Living, together with Baxter Construction, sought alternatives that would allow them to move forward without sacrificing environmental stewardship or burdening the project with excessive costs.

Inspired Living Timber Vehicular Bridge built by YBC in Alpharetta, Georgia

The need for a creative solution was clear. Inspired Living, together with Baxter Construction, sought alternatives that would allow them to move forward without sacrificing environmental stewardship or burdening the project with excessive costs.

That’s where York Bridge Concepts came in. With decades of experience in timber bridge construction and a strong commitment to sustainability, YBC was uniquely qualified to propose a solution that would meet all the requirements. A timber vehicular bridge could span the stream without impeding its flow or requiring extensive environmental mitigation. Additionally, a timber bridge would blend seamlessly with the natural surroundings, enhancing the overall aesthetics of the community while maintaining the environmental integrity of the site.

YBC proposed the construction of a timber bridge that could:

Span the waterway without altering its natural course or requiring culvert installation.
Minimize environmental impact by using natural, sustainable materials and construction techniques that preserved the area’s ecosystem.
Avoid costly mitigation measures by designing the bridge to allow maximum hydraulic flow, preventing flooding or blockages.
Create a stunning architectural feature that would become an iconic entrance for the Inspired Living community.

This approach proved to be the perfect balance of form and function, meeting all the needs of the community while staying within budget and environmental guidelines.

The York Bridge Concepts' Solution For The Inspired Living Community

York Bridge Concepts has a long history of creating innovative timber bridge solutions that marry form and function. Their reputation as pioneers in timber bridge construction stems from their ability to craft sustainable, cost-effective, and visually appealing structures that meet the diverse needs of developers, municipalities, and private landowners.

For the Inspired Living project, YBC’s timber vehicular bridge was an ideal solution. But what sets a timber bridge apart from traditional materials like steel or concrete?

Underside of Inspired Living showcasing the sustainable timber in the substructure.

Sustainability

Timber is one of the most environmentally friendly building materials available. Unlike steel or concrete, which require energy-intensive processes to produce, timber is a renewable resource. Modern forestry practices ensure that timber used in construction comes from sustainably managed forests, where for every tree harvested, several more are planted. This makes timber a naturally carbon-neutral material, as trees absorb carbon dioxide throughout their growth cycle.

Lower Environmental Impact

Timber bridges, when properly designed and constructed, have a much lower impact on the surrounding environment. They don’t require the heavy machinery and earth-moving equipment that is often necessary for steel or concrete construction. This reduces the overall disturbance to the land and ensures that the project preserves as much of the natural environment as possible.

Aerial of community and the timber vehicular bridge of Inspired Living

Inspired Living Timber guard rails and pedestrian decking

Aesthetic Appeal

Timber bridges have a timeless, natural beauty that can’t be matched by industrial materials like steel or concrete. The warm, organic texture of wood complements natural surroundings, making timber bridges ideal for projects in environmentally sensitive or scenic areas.

Durability and Longevity

Advances in timber treatment and construction techniques have significantly improved the durability of timber bridges. When properly maintained, timber bridges can last as long as their steel or concrete counterparts, and in some cases, they can even outlast them due to their flexibility and natural resilience to environmental stress.

Inspired Living Durability with a YBC timber vehicular bridge

For this project, YBC designed a timber vehicular bridge that met all of these criteria. The bridge’s 117-foot span and 40-foot elevation allowed it to cross the stream with ease, ensuring the preservation of the waterway and surrounding ecosystems. YBC’s engineers carefully calculated the hydraulic flow requirements, ensuring that the bridge’s design would not impede water movement or cause any flooding during periods of heavy rain.

Additionally, the timber used in the bridge’s construction was carefully sourced to ensure sustainability. YBC’s commitment to green building practices meant that every aspect of the project—from the materials used to the construction methods employed—was aligned with environmental best practices. This not only benefited the community and the environment but also saved Inspired Living from incurring the costly environmental mitigation measures that would have been necessary with a traditional culvert system.

Design & Architecture of Inspired Living timber vehicular bridge by York Bridge Concepts

Design and Architecture of the Inspired Living Timber Vehicular Bridge

The Inspired Living Timber Vehicular Bridge stands out not just for its function but for its striking design and architectural presence. The bridge spans an impressive 117 feet and rises 40 feet from the ground, making it a significant visual landmark for the community.

At the heart of its design is the idea of seamlessly integrating the structure into the natural landscape, ensuring that the bridge not only serves its intended purpose but also enhances the beauty of the surrounding area.

Engineering Considerations: One of the most critical aspects of the bridge’s design was ensuring that it could support vehicular traffic while maintaining structural integrity over time. YBC employed state-of-the-art engineering techniques to ensure the bridge’s durability and stability. The timber used was treated to withstand the elements, and the bridge was designed to handle both everyday vehicular traffic and potential environmental stresses such as wind and heavy rain.
Hydraulic Flow Optimization: The stream that runs beneath the bridge required careful attention to hydraulic flow. YBC’s design ensured that the bridge would allow maximum water flow, preventing blockages or flooding during periods of heavy rain. This was achieved through careful engineering that took into account the flow patterns of the stream and the natural landscape.
Legacy Trim Level: To further enhance the visual appeal of the bridge, YBC incorporated their Legacy Trim Level design. This trim level emphasizes attention to detail, with intricate craftsmanship that elevates the bridge from a functional structure to a work of art. The Legacy Trim Level was chosen to align with the architectural theme of the Inspired Living community, creating a cohesive aesthetic that extends from the community’s buildings to its infrastructure.
Materials and Craftsmanship: The materials used in the construction of the bridge were carefully selected to ensure both sustainability and durability. The timber was sourced from sustainable forests, and the construction process was designed to minimize waste and environmental impact. YBC’s team of skilled craftsmen brought the design to life, ensuring that every aspect of the bridge was constructed with precision and care.

In addition to its functional and environmental benefits, the Inspired Living Timber Vehicular Bridge has become a defining feature of the community. Its design reflects the values of Inspired Living, emphasizing sustainability, beauty, and a connection to the natural world. This alignment between the bridge’s design and the community’s architectural theme creates a harmonious atmosphere that enhances the overall experience for residents and visitors alike.

Aerial of Inspired Living timber vehicular bridge

Collaboration Between York Bridge Concepts & Baxter Construction

The success of the Inspired Living Timber Vehicular Bridge is a testament to the collaborative efforts of York Bridge Concepts and Baxter Construction. From the earliest stages of the project, these two companies worked closely together to ensure that the bridge met all of the client’s needs while adhering to budgetary and environmental constraints.

Initial Planning and Design: The collaboration began with a series of planning meetings in which YBC and Baxter Construction assessed the site and discussed potential solutions to the environmental and logistical challenges posed by the stream and the need for vehicular access. Together, they considered various design options, ultimately concluding that a timber bridge was the best choice due to its sustainability, cost-effectiveness, and aesthetic appeal.
Communication and Coordination: Throughout the design and construction process, YBC and Baxter Construction maintained open lines of communication, ensuring that both companies were aligned in terms of goals, timelines, and expectations. This close coordination was essential to the success of the project, as it allowed both companies to address any challenges that arose during construction quickly and efficiently.
Problem-Solving and Innovation: One of the key challenges the team faced during the construction process was ensuring that the bridge’s foundation would be stable despite the fluctuating water levels of the stream. YBC’s engineers worked closely with Baxter Construction’s team to develop an innovative foundation design that would withstand the varying water levels while still maintaining the natural flow of the stream. This kind of problem-solving was only possible through the strong collaboration between the two companies.
On-Time and On-Budget Delivery: Thanks to the close partnership between YBC and Baxter Construction, the project was completed on time and within the agreed-upon budget. This was no small feat, given the environmental sensitivities of the site and the complexity of the bridge’s design. The collaboration between these two companies ensured that the project stayed on track, even in the face of potential obstacles.

When a bridge is better than a culvert.

Environmental Mitigation: A Major Challenge Avoided

Environmental mitigation is often a costly and time-consuming requirement in construction projects, especially those involving waterways or environmentally sensitive areas. In the case of Inspired Living, building a traditional culvert system to allow vehicles to pass over the stream would have necessitated significant environmental mitigation efforts. These efforts would have included diverting the stream, altering the landscape, and potentially impacting local wildlife habitats.

York Bridge Concepts’ timber bridge solution avoided the need for these costly mitigation measures. By designing a bridge that spanned the stream rather than altering its course, YBC was able to preserve the natural flow of the waterway and protect the surrounding environment.

Maximizing Hydraulic Flow: One of the key environmental concerns was ensuring that the bridge would not impede the natural flow of the stream, especially during periods of heavy rain. YBC’s engineers carefully calculated the hydraulic requirements of the stream and designed the bridge to allow maximum water flow. This not only protected the stream from blockages or flooding but also ensured that the local ecosystem remained undisturbed.
Preserving Local Wildlife: The area surrounding the stream is home to a variety of wildlife, including birds, fish, and other animals that depend on the waterway for survival. By designing a bridge that minimized disruption to the natural environment, YBC helped protect these habitats and ensure that local wildlife could continue to thrive.
Long-Term Environmental Benefits: In addition to avoiding the immediate environmental impacts of construction, the timber bridge offers long-term environmental benefits. Timber, as a renewable resource, has a much smaller carbon footprint than steel or concrete, making it a more sustainable choice for infrastructure projects. Over time, the timber bridge will continue to provide environmental benefits by reducing the community’s overall impact on the environment.

Timber Bridges and Sustainability: Long-Term Benefits

Timber bridges are gaining popularity in modern infrastructure projects, and for good reason. They offer a range of sustainability benefits that make them an ideal choice for environmentally conscious developers and communities.

Carbon Sequestration: Timber is a natural carbon sink, meaning that trees absorb carbon dioxide from the atmosphere as they grow. When timber is used in construction, it continues to store that carbon, helping to reduce the overall carbon footprint of the project. This makes timber bridges a more sustainable choice than steel or concrete, which require significant energy to produce.
Reduced Energy Use in Construction: Building with timber generally requires less energy than building with steel or concrete. Timber is lighter and easier to work with, reducing the need for heavy machinery and energy-intensive processes. This results in a lower overall environmental impact during the construction phase.
Sustainable Forestry Practices: Modern timber bridges are built using wood from sustainably managed forests, where trees are harvested responsibly and new trees are planted to replace those that are cut down. This ensures that timber remains a renewable resource that can continue to be used in construction for generations to come.
Long-Term Durability: Advances in timber treatment and construction techniques have made timber bridges more durable and resilient than ever before. With proper maintenance, timber bridges can last for decades, making them a viable long-term solution for infrastructure projects.

Aesthetic Appeal to match the architectural theme of Inspired Living with York Bridge Concepts' timber vehicular bridge

Aesthetic Integration: Enhancing Community Appeal For Inspired Living Residents

One of the key goals of the Inspired Living Timber Vehicular Bridge project was to create a structure that not only served a functional purpose but also enhanced the overall aesthetic of the community. Inspired Living, as a high-end retirement community, places a strong emphasis on creating a welcoming and beautiful environment for its residents, and the bridge plays a central role in achieving that goal.

Architectural Consistency: The design of the bridge was carefully crafted to align with the architectural theme of the Inspired Living community. YBC’s Legacy Trim Level was chosen for the project, which emphasizes high-quality craftsmanship and intricate detailing. This trim level adds a touch of elegance to the bridge, ensuring that it complements the community’s overall design aesthetic.
Natural Materials: The use of timber in the construction of the bridge was not only a practical choice but also an aesthetic one. Timber’s natural warmth and texture make it an ideal material for blending into the surrounding landscape. The bridge’s design was intended to reflect the natural beauty of the area, creating a seamless connection between the built environment and the natural world.
A Welcoming Gateway: As the entrance to the Inspired Living community, the timber bridge serves as a welcoming gateway for residents and visitors alike. Its impressive 117-foot span and 40-foot elevation give it a sense of grandeur, while its timber construction creates a sense of warmth and approachability. The bridge is more than just a functional structure—it is a defining feature of the community that enhances the overall experience for everyone who visits.
Community Feedback: Since its completion, the bridge has received positive feedback from both residents and visitors. Many have commented on how the bridge enhances the overall atmosphere of the community, creating a sense of connection to the natural environment while also providing a safe and reliable means of access. For Inspired Living, the bridge has become a symbol of the community’s commitment to sustainability, beauty, and quality of life.

A model for future projects with YBC

Case Study Highlights: A Model for Future Projects

The Inspired Living Timber Vehicular Bridge project serves as a model for future developments facing similar environmental and logistical challenges. By opting for a timber bridge solution, York Bridge Concepts and Baxter Construction were able to deliver a project that met all of the client’s needs while avoiding costly and time-consuming environmental mitigation measures.

The key takeaways from this case study include:

Innovative Design Solutions: YBC’s timber bridge design allowed for the preservation of the natural environment, avoiding the need for culvert installation and stream diversion.
Cost-Effective Construction: The use of timber reduced both the initial construction costs and the long-term maintenance costs, making the bridge a cost-effective solution for the community.
Sustainability and Aesthetic Value: The timber bridge not only provided a functional solution but also enhanced the overall aesthetic of the Inspired Living community, creating a beautiful and welcoming gateway for residents and visitors.

This project demonstrates how timber bridges can be a viable solution for environmentally sensitive areas, offering long-term sustainability benefits while also providing a cost-effective and visually appealing infrastructure solution.

The Future of Timber Bridge Solutions with YBC

Conclusion and Future of Timber Bridge Solutions

The Inspired Living Timber Vehicular Bridge is a shining example of how innovative engineering and sustainable construction practices can come together to create a functional and beautiful infrastructure solution. York Bridge Concepts and Baxter Construction worked closely to deliver a project that not only met the immediate needs of the community but also provided long-term environmental and aesthetic benefits.

As timber bridge construction continues to evolve, projects like this one highlight the growing potential of timber as a sustainable and cost-effective building material. Timber bridges are not only better for the environment, but they also offer a level of aesthetic appeal and natural integration that other materials simply can’t match.

Looking ahead, it’s clear that timber bridges will play an increasingly important role in future infrastructure projects, particularly in environmentally sensitive areas where sustainability is a key concern. York Bridge Concepts is proud to be at the forefront of this movement, delivering high-quality timber bridge solutions that meet the needs of both clients and the environment.

For more information on this project or to explore how YBC can help you with your next project, please contact us today or read the full case study here.

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

Town Village Vehicular Bridge – Marietta, GA

York Bridge ConceptsJune 19, 2018Georgia, Multiple Span, Vehicular Bridges

Town Village Timber Vehicular Bridge - Marietta, GA | York Bridge Concepts - Timber Bridge Builders

[embedyt] https://www.youtube.com/watch?v=8LX4T5KS27k&width=1184&height=666[/embedyt]

Town Village Project Overview

YBC teamed with the charming mixed-use development of Town Village to establish a unique main street connection between residents and its bustling Town Center at Cobb Mall. Severed by an expansive creek-flood plain the two developments required an environmentally challenging build, the Decero™ Design Team fashioned a 250 foot multiple span crossing with a striking 80 foot free span to minimize structural and construction impacts within the wetlands. A gorgeous tapered profile rolls effortlessly across the landscape connecting convenience with a graceful aesthetic dressed in a rich earth-toned palette. Despite several challenges the YBC turn-key approach and years of timber expertise made Town Village’s legacy bridge a reality.

Specifications

Width:
26’ (24’ clear)
Length:
250’
Height:
20’ from ground
Capacity:
HS20-44
Construction:
Deck Level & Ground Level
Span Type:
Multiple Span
Span Lengths:
(1) 80’, (10) 15’, (2) 10’
Material:
CCA/CA-C Treated Southern Yellow Pine
Foundation:
Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
Stringers:
SYP Transition Glulam Stringers (Translucent Coated where exposed)
Deck System:
5 ½” Timber Deck
Guard Rail:
Decero™ Classic Design Series
Crossing:
Creek, Flood Plain

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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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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.

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

Parkview on Peachtree Vehicular Bridge – Chamblee, GA

York Bridge ConceptsJune 19, 2018Georgia, Multiple Span, Vehicular Bridges

Parkview on Peachtree Timber Vehicular Bridge - Chamblee, GA | York Bridge Concepts - Timber Bridge Builders

Parkview on Peachtree Project Overview

Parkview on Peachtree, located in Chamblee, GA, just north of Atlanta, is a traditional mixed-use development infused with a modern urban flair. Collaborating closely with the Connolly Development & Investment team, the YBC Decero™ Design Team drew inspiration from the town's industrial railway heritage to craft a striking trussed vehicular bridge design, complete with exposed joints and custom galvanized hardware.

Soaring an impressive 83 feet in length and 20 feet above the ground, the vehicular bridge features two structural towers with a 12-foot truss, reaching a remarkable 30 feet at its highest point. Whether traversing the bridge flanked by our Decero™ Scenic Wire Mesh Design Series Handrails or exploring the trail underneath, visitors are in for an unforgettable experience.

With a color palette embracing black, silver, and brown, the bridge perfectly complements the sleek architectural stylings of this vibrant community. Parkview on Peachtree seamlessly blends the charm of its surroundings with modern sensibilities, creating a memorable and visually stunning environment for all.

Client Testimonial

"Our Parkview on Peachtree Project was centered on providing the ideal balance of live, work, and play, that was designed to be the modern example for southeast multi-use developments. York Bridge gave us a grand entry concept that was eye-catching and functional because its design was integrated seamlessly into our master plan for vehicles and pedestrians. We’ve enjoyed working with everyone on the YBC team and the community loves the distinctive look of this impressive structure - it’s a work of art."

- Amy Wells, Connolly Investment & Acquisitions

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 Diagrams

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.

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

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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

Whitney Wharf Pedestrian Bridge – Hingham, MA

York Bridge ConceptsJune 19, 2018Massachusetts, Multiple Span, Pedestrian Bridges

Whitney Wharf Pedestrian Bridge - Hingham, MA | York Bridge Concepts - Timber Bridge Builders

[embedyt] https://www.youtube.com/watch?v=35FV5aqhtKc&width=1184&height=666[/embedyt]

Whitney Wharf Project Overview

The Whitney Wharf Waterfront Bridge was a grant-funded project that required a load rating of H-5 capacity to cater to large crowds of pedestrians and facility management vehicles visiting the Hingham Maritime Center at Barnes Wharf. This fully ADA compliant Decero™ Design enhances the wharf character with a soft nautical gray palette washing a classic picket with peaked diagonal handrails, themed lighting accents, and contrasting structure that blends into the water. The build of this seaworthy design was challenged by the tidal action of the crossing. The on-site construction team were required to work with 10+ feet of fluctuating water levels when setting the pile supported structure. Now completed, this 12-foot-wide York Timber Pedestrian Bridge spans 92 feet in length, glides over the saltwater channel and connects the town’s beach, boat ramp, & pier amenities with the Veteran’s Memorial Park.

Specifications

Width:
12’ (11’-7” Clear)
Length:
270'
Height:
17' above grade
Capacity:
85 PSF
Construction:
Deck Level
Span Type:
Multiple Span
Material:
CCA/CA-C Treated Southern Yellow Pine
Foundation:
Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
Stringers:
SYP S4S Stringers and Rough Sawn Timber Stringers (Acrylic/Polymer Coated where exposed)
Deck System:
1-1/2” Timber Deck
Handrail:
Decero™ Wharf Design Series
Crossing:
Wetlands

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Client Testimonial

“During the summer of 2016, our community celebrated the completion of the Whitney Wharf Pedestrian Bridge. The bridge had been a long-envisioned ambition of ours and the Town is pleased to see this goal become reality. We want to thank the YBC crews and their overall team for the excellent job they did – if we have another opportunity like this, we would be delighted to work with your firm again. YBC is a great team!”

– Roger Fernandes, Engineer, Town of Hingham

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.

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

Hilton Anatole Hotel Pedestrian Bridges – Dallas, TX

York Bridge ConceptsJune 19, 2018Free Span, Multiple Crossings, Multiple Span, Pedestrian Bridges, Texas

Hilton Anatole Pedestrian Bidges - Dallas, TX

HIlton Anatole Project Overview

The Accessibility Bridge is a multiple span Timber Pedestrian Bridge with 85 pounds per square foot capacity that spans 104 feet long by 10 feet wide. The structure is 100% ADA accessible, while maintaining a gentle curve throughout the JadeWaters pool area, gliding over the Lazy River. Utilizing its Decero™ Design philosophy, the structure features a stunning color palette of lush reds and greens that adhere to the unique theme of the hotel. Combining impeccable design, aesthetics and longevity – York Bridge has brought this Asian-inspired concept to reality.

Structure and art collide in this masterpiece of design – Hilton Anatole’s newest gems – recently completed by York Bridge Concepts™. The first of its kind, YBC’s ornamental Moon Bridge was influenced by an historic bridge design originating in China. A statement piece, this creation is not intended for pedestrian or vehicle traffic. The Moon Bridge spans 6 feet wide by 30 feet long, spanning across the Lazy River located inside the JadeWaters at the Hilton Anatole hotel. YBC is honored to leave behind these legacy bridges that will be enjoyed by countless visitors to the hotel.

York Bridge Concepts™ has embarked on a path to design and build one-of-a-kind structures never before encountered at a resort destination. Neighboring the Moon Bridge, the Service Bridge is an 8 feet wide by 37 feet long free span structure spanning over the pools, featuring walking steps on each side with a landing area in the center. This structure is integrated into the JadeWaters Lazy River, along with the Moon and Accessibility Bridge – highlighting the park’s upscale amenities and features.

Client Testimonial

“Everyone is enjoying the bridges inside JadeWaters, the new resort style pool complex at the Hilton Anatole Hotel in Dallas, Texas! Most companies claim to be experts at what they do, but York Bridge is the one company that follows through on their promises. The construction crew always knew what to do, needed very little direction, and due to that fact were able to expedite the project and keep everything on schedule. York Bridge showed true commitment to what they do!”

- Santiago Valencia, Operations Manager, T&G Constructors

Planning Resources

Like something you see on this project? Get more information below or visit the York Bridge Design Center to see all resources.

Accessibility Bridge

GENERIC SPAN drawing

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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.

Accessibility Bridge

Width:
10’ (9’-7” Clear)
Length:
104’
Height:
7' above grade
Capacity:
1.25 TON GVW
Construction:
Deck Level
Span Type:
Multiple Span
Span Lengths:
(1) 16', (8) 10’, (2) 5’
Material:
CCA/CA-C Treated Southern Yellow Pine
Foundation:
Timber Piles & Abutments (Acrylic/Polymer Coated where exposed)
Stringers:
SYP S4S Stringers (Acrylic/Polymer Coated where exposed)
Deck System:
1-½” Timber Deck
Handrail:
Decero™ Metal Picket Design Series
Crossing:
Lazy River

Service Bridge

Width:
8' (7'10" clear)
Length:
37’
Height:
8' 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:
S4S Glulam Stringers (Acrylic/Polymer Coated where exposed)
Deck System:
1-½” Timber Deck
Handrail:
Decero™ Glulam Horizontal Design Series
Crossing:
Lazy River
Features:
Staircases with 8’ Center Landing Area

Moon Bridge

Width:
6’ (5’1” Clear)
Length:
30'
Height:
8' 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 S4S Glulam Stringers (Acrylic/Polymer Coated where exposed)
Deck System:
Acrylic/Polymer Coated
1” Timber Deck
Handrail:
Decero™ Glulam Horizontal Design Series
Crossing:
Lazy River

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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

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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

Dulles South Multipurpose Center Pedestrian Bridge – Fairfax, VA

York Bridge ConceptsJune 19, 2018Free Span, Pedestrian Bridges, Virginia

Dulles South Multipurpose Center Pedestrian Bridge - Fairfax, VA | York Bridge Concepts - Timber Bridge Builders

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

New call-to-action

Railing Design Examples

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

Specifications

Width:
9'1" (8'clear)
Length:
64'
Height:
7' above grade
Capacity:
85 PSF
Construction:
Ground Up
Span Type:
Free Span
Material:
CCA/CA-C Treated Southern Yellow Pine & IPE Rail Cap & Top Rail

Foundation:
Concrete & Timber Abutments (Acrylic/Polymer Coated where exposed)
Stringers:
SYP S4S & Glulam Timber Stringers (Acrylic/Polymer Coated where exposed)
Deck System:
1-½” Timber Deck
Handrail:
Decero™ Picket Design Series
Crossing:
Creek

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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

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

Voorheesville Elementary School Pedestrian Bridge – Voorheesville, NY

York Bridge ConceptsJune 19, 2018Free Span, New York, Pedestrian Bridges

Voorheesville Pedestrian Bridge - Voorheesville, NY | York Bridge Concepts - Timber Bridge Builders

Voorheesville Elementary School Bridge: A Blend of Style and Functionality

At York Bridge Concepts, we are proud to showcase our project—the installation of a stunning pedestrian bridge at Voorheesville Elementary School in Voorheesville, NY. This bridge is not just a functional necessity; it's an architectural statement that enhances the daily journey of students and faculty alike.

Custom-Designed for Durability and Aesthetics

Our Decero™ Design team meticulously crafted a 55-foot-long freestanding bridge, designed to effortlessly support a load of 100 pounds per square foot. The bridge features a robust, extruded truss handrail system adorned with custom post caps, contributing both to its strength and visual appeal. The chosen color palette harmonizes beautifully with the school's classic architectural style, creating a seamless integration with the existing campus environment.

Precision Engineering & Streamlined Installation

Manufactured off-site to ensure precision and quality, the bridge was then transported to Voorheesville, where it was installed by local professionals. This process allowed for a quick and efficient installation, minimizing disruption to the school's daily activities and ensuring a safe, immediate pathway for school traffic upon completion.

Specifications

Width:
6’ (5’-4” Clear)
Length:
55’
Height:
10' above grade
Capacity:
100 PSF
Construction:
Prefabricated & Delivered
Span Type:
Free Span
Material:
CCA/CA-C Treated Southern Yellow Pine
Foundation:
Concrete Abutments
Stringers:
SYP Glulam (Acrylic / Polymer Coated where exposed)
Deck System:
1-½” Timber Deck
Handrail:
Decero™ Trussed Design Series
Crossing:
Stream

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“It was our pleasure partnering with York Bridge Concepts™ on the design of the pedestrian bridge for the Voorheesville Elementary School. Built with timber throughout, YBC designed a custom H-Style Pedestrian Bridge to complement the school and provide accessibility for students and residents of the Voorheesville area. Beautiful & structurally sound, this York Structure stands out as a signature piece for the Voorheesville Elementary School!”
- Gene Browning, AIA Associate, Mosaic Associate Architects

Voorheesville Pedestrian Bridge - Voorheesville, NY | York Bridge Concepts - Timber Bridge Builders

Enhancing Daily Commutes with Architectural Elegance

The new bridge at Voorheesville Elementary School is more than just a crossing point. It is a statement of style that elevates the aesthetic of the entire campus and provides a safe, durable crossing for all its users. It embodies our commitment to blending functionality with design excellence, ensuring that every project we undertake enhances the community it serves.

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

Ave Maria University Pedestrian Bridge – Ave Maria, FL

York Bridge ConceptsJune 19, 2018Florida, Pedestrian Bridges, Repetitive Span

Ave Maria University Pedestrian Bridge - Ave Maria, FL | York Bridge Concepts - Timber Bridge Builders

A Harmonious Blend of Design & Function

York Bridge Concepts™ is excited to present the newly completed York Timber Pedestrian Bridge at Ave Maria University, located just 17 miles east of Naples, Florida. This bridge is not only a functional addition to the university campus but also a striking architectural feature that enhances its landscape.

Specifications

Width:
8’ (7’7” Clear)
Length:
182’
Height:
11' 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 (Acrylic/Polymer Coated where exposed)
Deck System:
1-½” Timber Deck
Handrail:
Decero™ Architectural Picket Design Series
Crossing:
Lake

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"From planning, design, and construction of the Guadalupe Bridge, the professionalism of York Bridge Concepts was evident. The project was completed on time, and on budget, and a big thank you from Ave Maria University."
– Michael Mastandrea, Construction Manager, Ave Maria University

Elegance Meets Durability in Bridge Design

Crafted with meticulous attention by our Decero™ Design team, this impressive 182-foot long pile-supported pedestrian bridge boasts an 85 PSF loading capacity, ensuring durability and safety for all its users. The bridge features elegant 42-inch high, splinter-free timber handrails, designed for comfort and longevity.

Ave Maria University Pedestrian Bridge - Ave Maria, FL | York Bridge Concepts - Timber Bridge Builders

Bespoke Features for a Unique Campus Environment

A distinctive aspect of the bridge is its warm, earthy tones, chosen to complement the university’s aesthetic and natural surroundings. The addition of unique metal pickets in the handrails adds a touch of sophistication, aligning with the overall architectural theme of the campus.

Accessible and Aesthetic Infrastructure for Ave Maria University

The staff at Ave Maria University are proud to offer this accessible and inviting structure to their students. The bridge not only connects different parts of the campus but does so with an emphasis on design and safety, making daily commutes more pleasant and inspiring.

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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