

OMP HTE Evo Fiberglass Racing Seat
The OMP HTE Evo racing seat brings championship-inspired protection into a versatile fiberglass design. Fully FIA 8855‑1999 homologated, it combines a gel-coated shell with soft velour and breathable Airnet upholstery, generous harness openings, and removable cushions for tailored fit. Designed to suit a wide range of driver heights and perfect for endurance teams or shared-cockpit builds.
Rating: | FIA 8855-1999 |
Shell: | Fiberglass |
Weight (lbs): | n/a |
Mounting: | Side |
Part Number: | OMHA818 |
Manufacturer: | HA0-0818-A01-071 |
- FIA 8855‑1999 Certified Fiberglass Shell — Lightweight and homologated for professional motorsport use
- Efficient Halo-Style Headrest — Improved head containment with minimal intrusion into cockpit space
- Soft Velour + Breathable Airnet Fabric — Performance-oriented cushioning with thermal regulation comfort
- Adaptable Driver Fit — Large harness slots and removable cushions (back, base, bottom) make driver customization seamless
- Accommodates Multiple Sizes — Designed to support various driver heights and body types, ideal for shared cockpit setups
- Side-Mount Installation — Standard configuration with HANS system compatibility for secure, modern mounting
Influenced by OMP’s championship-proven HTE ONE seat family, the OMP HTE Evo Fiberglass Racing Seat delivers elevated safety and ergonomic comfort at a practical price. Its purpose-built fiberglass shell—FIA 8855‑1999 certified—features an adaptive design that accommodates various driver statures.
The halo-style headrest and large shoulder harness slots ensure effective head protection and versatile fitment. Upholstered in soft velour with cooling Airnet panels, the seat maintains comfort even during extended, high-temperature sessions. Removable back, base, and bottom cushions enable fine-tuning for driver preference and ease of cleaning. Available in multiple sizes and chambered for both comfort and containment, the HTE Evo is a go-to option for endurance racers, club teams, and builds needing both safety and adaptability.
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