OMP Racing

  • Professional ultra-light racing suits - ONE EVO SUIT
  • Professional ultra-light racing suits - ONE EVO SUIT
Ultralight professional suit

ONE EVO SUIT

IA01851

SUIT

Ultralight professional suit

Professional ultra-light racing suit, external shiny Nomex fabric whith breathable material inserts and inner layer in lightweight knitted fabric. Floating sleeves, elastic inserts on legs and lumbar area for maximum freedom of movement and higher comfort. Ultra-flat anti-rubbing seems and fresh new design. High breathability material inserts on hips, lumbar and inner leg for maxiumum comfort in hot condition ("DRY-SYSTEM" technology). Diagolal quilting.

CUSTOMIZE YOUR OWN SUIT:

Download the Customization tutor and the Order Form for this suit.

MANUFACTURED ENTIRELY IN ITALY

Attention to detail, choice of innovative materials and modern design. The italian quality of thirty years' experience in the production of racing wear for the best drivers in the world.


DRY SYSTEM

To help drivers reduce body temperature and improve their performance, OMP has designed a range of underwear and breathable clothing. Very often drivers incur situations in which 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 which increase the risk of accidents. Body areas subject to a greater perspiration are: underarm, brachial, back, lumbar, front tibial and popliteal areas.


Technical Information

COLORS
grey/black/white (IA01851089XX)
black/white/red (IA01851076XX)
black/white/fluo yellow (IA01851178XX)
black/white/fluo green (IA01851270XX)

SIZE
46-64

LAYERS
3

WEIGHT
235 gr/m2

HOMOLOGATION
FIA 8856-2000

CertificateInformation

Homologation

  • FIA 8856-2000

The OMP ONE line breathable suits and underwear facilitate the body thermoregulation, thanks to the innovative weave of the inserts, strategically positioned, that allow for high breathability whilst still maintaining their own fire-retardant properties