Gill S2 Hurdle; 35"

The Gill S2 is the official hurdle for many state high school championship meets, combining NFHS-compliant competition performance with a practical design that coaches and athletes prefer for daily training. The 35" width suits women's high school hurdle events and junior competition, while the same height adjustment range and structural design carry through from the 41" version.

• U-Shaped Single Cross Support Design – Powder-coated steel U-frame replaces the conventional double crossbar design with a single open cross support, making the hurdle significantly easier to carry one-handed between drills and eliminating the leg interference that conventional hurdles create during plyometric and agility training
• 5-Height Adjustment Range – Adjusts to official competition heights of 30", 33", 36", 39", and 42" to accommodate all standard high school hurdle event heights for both male and female athletes, covering the full range of NFHS-sanctioned hurdle heights in one adjustable unit
• Weighted Base for Official Pullover Resistance – Built-in weighted base provides the official NFHS-required pullover resistance at all five height settings, ensuring the hurdle performs to regulation competition standards during practice and certified meets
• Lexan® Gateboard – Transparent Lexan gate board is impact-resistant and flexible enough to absorb contact without shattering or cracking, providing the durability needed for repeated daily training use while maintaining a clean, professional competition appearance
• Custom Color Gate Tubes – Gate tubes are available in a wide range of bright, durable powder coat colors at no additional cost — ideal for programs that use color-coded hurdles for lane assignment, athlete group separation, or drill station identification during practice
• NFHS Compliant – Ships Unassembled – Meets all National Federation of State High School Associations specifications for sanctioned competition use; ships unassembled for freight efficiency with a 5-year manufacturer warranty covering structural components