TRENTA MIPS CE OPAL GRAY | GLOSSY
Regular price OMR 125
Performace Cycling Helmet for Road, Gravel & Cross Country
The MET Trenta 3K Carbon Mips® is a high performance road helmet designed with elite cyclists and worn to victory at Le Tour de France, Giro d'Italia, Liège-Bastogne-Liège, Il Lombardia and Le Strade Bianche.
Engineered to keep your head fresh and save you energy with every pedal stroke, the MET Trenta 3K Carbon Mips® is the most advanced road cycling helmet MET has ever made, now upgraded with the addition of Mips AIR®, the lightest and most advanced rotational management system.
Features
- 3K Carbon Technology, embedded carbon fibre cage to enhance the performance of the shell
- Mips AIR® rotational management system engineered to add protection and save weight
- Exceptionally comfortable and secure on the head thanks to refined internal shape
- In-mould polycarbonate shell with EPS liner
- MET Safe-T Orbital Fit System
- 360° Head belt, vertical and occipital adjustments leave you with an individual fit
- Air Lite straps with adjustable divider to maximise aerodynamic and comfort
- 19 Vents, engineered internal air channeling system to improve ventilation and comfort
- Sunglasses ports to securely dock sunglasses when climbing or resting
- Tube-shaped Kamm virtual foil tail to improve aerodynamics
- Rear deflector to enable a constant airflow in riding position
- Limited head contact surface to maximise ventilation
- Reflective rear decals to enhance visibility in low-light conditions
- Helmet soft bag included
MIPS AIR ® - Brain Protection System
MET never compromises on safety or performance. By adding Mips AIR®, MET have integrated into the padding, the lightest and most advanced rotational management system.
Mips AIR® was specifically developed and designed to be the lightest system possible to reduce rotational energies transferred to the head during specific angular impacts.
Unlike traditional Mips cages, Mips AIR® is integrated into the padding of the Trenta 3k Carbon and enables 10-15mm of relative movement between the energy absorbing layer and the padding.
