FIBERWALK Projects
Indo-Malaya Boardwalk
Toronto Zoo
The Toronto Zoo’s new Tiger Boardwalk offers an immersive, accessible experience that brings visitors close to the Sumatran tiger habitat. Spanning 1,020 feet and up to 20 feet high, the boardwalk integrates seamlessly into the forest, providing breathtaking views while minimizing environmental impact. Custom Fiberwalk panels allow it to handle diverse climates and high traffic, enhancing the zoo experience and creating a destination that prioritizes both visitor engagement and wildlife well-being.
David C. Onley Boardwalk
Toronto Zoo
The David C. Onley Trail is an 885-foot accessible boardwalk at the Toronto Zoo that replaces a steep asphalt path, reaching heights of 14 feet to minimize landscape alterations. It features several scenic lookouts and seamlessly blends into the environment with minimal tree removal, using custom Fiberwalk Panels to ensure AODA compliance. Opened in March 2023, the trail will connect to the upcoming Indo-Malaya Boardwalk in 2025, enhancing visitor experience within the zoo’s core woods.
Rouge National Urban Park
Parks Canada
Fiberwalk panels were essential in building 12 boardwalks, lookout decks, and bridges across challenging terrains in Rouge National Urban Park, including wetlands and steep slopes. The lightweight panels enabled minimal-impact construction, even allowing manual placement in sensitive areas. Supported on versatile foundations, these boardwalks provide sustainable, low-impact access through ecologically delicate areas, enhancing visitor experience while preserving the natural environment.
David Tomlinson Trail
Town of Aurora
We collaborated with the Town of Aurora to design two custom boardwalks and a lookout deck for the David Tomlinson Trail network, utilizing Fiberwalk Panels. The boardwalks, spanning 265 and 180 feet, provide access over wet areas and streams, featuring lookout points and a clear-span panel to allow natural water flow with minimal impact. The 265-foot boardwalk and associated elements were efficiently installed in just two days, showcasing Fiberwalk’s precision and installation speed.
Clifford Perry Trail
Town of Newmarket
The Clifford Perry Boardwalk, designed by Fiberwalk, is a 1,020-foot elevated structure in Newmarket, Ontario, reaching heights of up to 16 feet and accommodating pedestrians and cyclists on a gentle 5% grade. Custom-designed with 18 panel types, the boardwalk preserves the natural landscape by avoiding major trees and crossing a stream, while offering scenic views of the forest and floodplain. Set to open in early 2025, this accessible boardwalk will provide a unique, elevated nature experience with integrated railings for safety.
Decks, Docks, and Subfloors
Residential
We have custom designed a variety of residential projects, including decks, docks, and bunkie/cabin subfloors. The versatile design of the panels accommodates a range of support structures, such as helical piles, concrete piers, abutments, grade beams, deck blocks, or can be placed directly on a suitable ground base.
FIBERWALK Projects
Indo-Malaya Boardwalk
Toronto Zoo
The Toronto Zoo’s new Tiger Boardwalk offers an immersive, accessible experience that brings visitors close to the Sumatran tiger habitat. Spanning 1,020 feet and up to 20 feet high, the boardwalk integrates seamlessly into the forest, providing breathtaking views while minimizing environmental impact. Custom Fiberwalk panels allow it to handle diverse climates and high traffic, enhancing the zoo experience and creating a destination that prioritizes both visitor engagement and wildlife well-being.
David C. Onley Boardwalk
Toronto Zoo
The David C. Onley Trail is an 885-foot accessible boardwalk at the Toronto Zoo that replaces a steep asphalt path, reaching heights of 14 feet to minimize landscape alterations. It features several scenic lookouts and seamlessly blends into the environment with minimal tree removal, using custom Fiberwalk Panels to ensure AODA compliance. Opened in March 2023, the trail will connect to the upcoming Indo-Malaya Boardwalk in 2025, enhancing visitor experience within the zoo’s core woods.
Rouge National Urban Park
Parks Canada
Fiberwalk panels were essential in building 12 boardwalks, lookout decks, and bridges across challenging terrains in Rouge National Urban Park, including wetlands and steep slopes. The lightweight panels enabled minimal-impact construction, even allowing manual placement in sensitive areas. Supported on versatile foundations, these boardwalks provide sustainable, low-impact access through ecologically delicate areas, enhancing visitor experience while preserving the natural environment.
David Tomlinson Trail
Town of Aurora
We collaborated with the Town of Aurora to design two custom boardwalks and a lookout deck for the David Tomlinson Trail network, utilizing Fiberwalk Panels. The boardwalks, spanning 265 and 180 feet, provide access over wet areas and streams, featuring lookout points and a clear-span panel to allow natural water flow with minimal impact. The 265-foot boardwalk and associated elements were efficiently installed in just two days, showcasing Fiberwalk’s precision and installation speed.
Clifford Perry Trail
Town of Newmarket
The Clifford Perry Boardwalk, designed by Fiberwalk, is a 1,020-foot elevated structure in Newmarket, Ontario, reaching heights of up to 16 feet and accommodating pedestrians and cyclists on a gentle 5% grade. Custom-designed with 18 panel types, the boardwalk preserves the natural landscape by avoiding major trees and crossing a stream, while offering scenic views of the forest and floodplain. Set to open in early 2025, this accessible boardwalk will provide a unique, elevated nature experience with integrated railings for safety.
Decks, Docks, and Subfloors
Residential
We have custom designed a variety of residential projects, including decks, docks, and bunkie/cabin subfloors. The versatile design of the panels accommodates a range of support structures, such as helical piles, concrete piers, abutments, grade beams, deck blocks, or can be placed directly on a suitable ground base.