Expertly designed for young motocross riders, the 2026 Youth Fluid Grid Pants deliver a performance-oriented sport fit optimized for ages 5 to 15. The durable 600D polyfabric construction features extensive stretch corduroy panels and pre-curved legs for unparalleled freedom of movement and ergonomic comfort. High-performance synthetic leather inner knees provide superior bike grip, while the secure ratchet closure and mesh lining ensure all-day riding functionality.
Enhanced Performance and Comfort: Sport-fit design provides optimized performance and freedom of movement in the riding position via lightweight polyfabric construction and stretch corduroy panels.
Ergonomic Patterning: 3D pattern construction and ergonomic cut ensure premium rider comfort and superior mobility for young athletes.
Pre-curved Leg Design: Engineered to reduce fatigue and improve overall fit while in the active off-road riding stance.
Main chassis constructed from 600D polyfabric for enhanced durability.
Reinforced 600D polyfabric on the seat and knees to provide additional abrasion resistance in high-wear areas.
Ergonomic 3D pattern construction designed for superior mobility and freedom of movement.
Extended stretch corduroy fabric panels on the crotch, knees, back yoke, and inside legs for an optimized riding fit.
High-performance synthetic leather reinforced inner knees for heat resistance, grip contact with the bike, and durability.
Ratchet closure system provides a secure and personalized fit.
Internal mesh lining for increased rider comfort.
Zippered fly for functional ease of use.
Main chassis constructed from 600D polyfabric for enhanced durability.
Reinforced 600D polyfabric at the seat and knees for added abrasion resistance in critical areas.
Ergonomic cut and 3D pattern construction for optimized mobility.
Extended stretch corduroy fabric panels on the crotch, knees, back yoke, and inside legs.
High-performance synthetic leather reinforced inner knees for bike contact and durability.
Ratchet closure system for a secure, personalized fit.