Can wood be recycled or reused at the end of its life?

Absolutely. Wood is highly recyclable, and timber from decommissioned bridges can be repurposed for new projects. If not repurposed, wood can biodegrade naturally, unlike steel or concrete, which require energy-intensive processes for disposal.

Overhead of EpicCentral pedestrian bridge in Grand Prairie, Texas.

The EpicCentral pedestrian bridge structure shot.

Illuminate Your Night: The Neon-Lit Marvel of EpicCentral Bridges

Welcome to EpicCentral Timber Bridge Project, the dazzling crown jewel of Dallas Ft. Worth's entertainment scene, where innovation meets elegance in every aspect of its design. Spanning across 172 acres of dynamic landscape in the heart of Grand Prairie, TX, EpicCentral beckons visitors with a promise of unforgettable experiences and captivating sights.

Specifications

Width:
12' (11' clear)
Length:
233'
Height:
16' above grade
Capacity:
100 PSF
Construction:
Ground and Deck Level
Span Type:
Multi-Span
Material:
CCA / CA-C / Treated Southern Yellow Pine & Reinforced Polymeric Lumber
Foundation:
Timber Piles (Acrylic Coated where exposed)
Stringers:
SYP S4S Stringers (Acrylic Coated where exposed)
Deck System:
1" Reinforced Polymeric Lumber Deck
Handrail:
Decero™ Wire Rope Design Series
Crossing:
Lake

Bridging Innovation and Elegance: York Bridge Concepts at EpicCentral

At the heart of this vibrant district lies a marvel of modern engineering: the iconic pedestrian bridges crafted by York Bridge Concepts. These architectural masterpieces stand as testaments to innovation, seamlessly blending form and function to create a striking visual spectacle.

A Symphony of Light & Timber

Exploring the Iconic Bridges

Stretching gracefully across the landscape, these multiple long-span timber bridges command attention with their sleek lines and captivating design. By day, they offer a picturesque backdrop for leisurely strolls and panoramic views of EpicCentral Park. But it's at night when these bridges truly come alive, bathed in the soft glow of neon-lit halos that envelop them like ethereal crowns against the darkened sky.

Gateway to Adventure: Experience EpicCentral's Architectural Wonders

Crafted with meticulous attention to detail, the bridges boast a modern contemporary look that perfectly complements the vibrant atmosphere of EpicCentral. The use of Southern Yellow Pine Glue Laminated Beams for the substructure ensures unparalleled strength and durability, while Reinforced Polymeric Lumber decking adds a touch of sophistication to the overall design.

Discover the Enchanting Effect

Night time magic with timber bridges

Stretching gracefully across the landscape, these multiple long-span timber bridges command attention with their sleek lines and captivating design. By day, they offer a picturesque backdrop for leisurely strolls and panoramic views of EpicCentral Park. But it's at night when these bridges truly come alive, bathed in the soft glow of neon-lit halos that envelop them like ethereal crowns against the darkened sky.

EpicCentral modern timber glulam pedestrian bridge in Texas

Where Tradition Meets Technology

The Story Behind EpicCentral's Bridges

Crafted with meticulous attention to detail, the bridges boast a modern contemporary look that perfectly complements the vibrant atmosphere of EpicCentral. The use of Southern Yellow Pine Glue Laminated Beams for the substructure ensures unparalleled strength and durability, while Reinforced Polymeric Lumber decking adds a touch of sophistication to the overall design.

Step Into the Spotlight

The Stunning Timber Structures of EpicCentral

So come, experience the wonder of EpicCentral, where every step is a journey and every bridge a destination unto itself. Let these marvels of engineering inspire you to dream, to explore, and to discover the boundless possibilities that await within this enchanting district.

Create Your Legacy Today

Discover the intersection of strength, durability, and environmental responsibility with York Bridge Concepts. Let's build a bridge to the future together.