Permeable shared pathway system designed for multi-use environments where cyclists and pedestrians coexist. Flexible surface eliminates cracking from tree roots while capturing and treating stormwater—reducing infrastructure costs and extending pavement life to 25 years.
Engineered for high-traffic shared pathways requiring durability without compromising permeability. Prevents surface ponding after rain for safer all-weather access. Increases site permeability and allows stormwater infiltration to the groundwater table while treating and removing pollutants. Highly resistant to cracking from tree root movement, eliminating ongoing repair costs. Achieves cooler surface temperatures than asphalt or concrete on hot days, creating more comfortable conditions for active transport users. Provides passive irrigation to adjacent trees and landscaping. Transforms 3 waste tyres per m² into a durable, multi-use pathway. 25-year design life with proven performance.
Permeable shared pathway system designed for multi-use environments where cyclists and pedestrians coexist. Flexible surface eliminates cracking from tree roots while capturing and treating stormwater—reducing infrastructure costs and extending pavement life to 25 years.
Engineered for high-traffic shared pathways requiring durability without compromising permeability. Prevents surface ponding after rain for safer all-weather access. Increases site permeability and allows stormwater infiltration to the groundwater table while treating and removing pollutants. Highly resistant to cracking from tree root movement, eliminating ongoing repair costs. Achieves cooler surface temperatures than asphalt or concrete on hot days, creating more comfortable conditions for active transport users. Provides passive irrigation to adjacent trees and landscaping. Transforms 3 waste tyres per m² into a durable, multi-use pathway. 25-year design life with proven performance.
Permeable shared pathway system designed for multi-use environments where cyclists and pedestrians coexist. Flexible surface eliminates cracking from tree roots while capturing and treating stormwater—reducing infrastructure costs and extending pavement life to 25 years.
Engineered for high-traffic shared pathways requiring durability without compromising permeability. Prevents surface ponding after rain for safer all-weather access. Increases site permeability and allows stormwater infiltration to the groundwater table while treating and removing pollutants. Highly resistant to cracking from tree root movement, eliminating ongoing repair costs. Achieves cooler surface temperatures than asphalt or concrete on hot days, creating more comfortable conditions for active transport users. Provides passive irrigation to adjacent trees and landscaping. Transforms 3 waste tyres per m² into a durable, multi-use pathway. 25-year design life with proven performance.