Normal Delivery 1-2 Weeks
OMP’s new flagship FIA race suit brings together over 40 years of experience gained from working with some of the biggest names in Motorsport. The One Evo X race suit combines the very best technical material advances whilst still retaining the highest levels of comfort customary with OMP’s top level racewear.
- OMP 'DRY SYSTEM' technology provides ultimate breath-ability to help regulate core body temperature
- Elastane material used in key areas provide the optimum fit with maximum flexibility
- Anti rubbing flat seams reduce pressure points for increased comfort and reduced fatigue
- Ultra lightweight - Just 235 grm/sq.m material weight
This ultra-lightweight fireproof 2 layer suit benefits from an array of unique aspects including an all new elastane stretch material in the chest, legs, groin, elbows and knees, all the areas were maximum flexibility is required. The suit also benefits from a new fully breathable stretch DRY SYSTEM* panelling on the back, hips and calf muscles to aid driver cooling and additional comfort. Anti rubbing ultra flat seams are also apparent throughout the suit along with a two soft knit hidden pockets and a soft knit collar. All the new features amass to what is the best suit available on the market today.
2 Layer (235 g/m² material weight)
FIA 8856-2018 approved
OMP REVOLUTIONARY COOLING SYSTEM
New breathable material inserts are strategically located on back and lumbar area for maximum cooling in hot conditions.
Very often drivers incur situations in wich the regulation of body temperature is compromised and the risk of hyperthermia is very high.
The increase in body temperature increases the feeling of fatigue, dramatically reduces performance and potentially can lead to circumstances wich increase the risk of accidents.
Body areas subject to a greater perspiration are: underarm, brachial, back, lumbar, front tibial and popliteal areas.
The OMP ONE line breathable suits and underwear facilitate the body thermo regulation, thanks to the innovative weave of the inserts, strategically positioned, that allow for high breathability whilst still maintaining their own fire-retardant properties.