Menu
Helmet Supra Jr Mips (Ce) Lilac Purple
MTB helmet - Child -
Other colors available
Home delivery from 18/08/2026
60 days to change your mind
No subject to promotional offersThe Supra Jr Mips (Ce) Lilac Purple is an MTB helmet from the brand Scott.
Designed for young cyclists, this helmet combines lightness with protection thanks to its construction, in In-Mold which the polycarbonate shell is bonded to the shock-absorbing foam EPS. It incorporates a security system MIPS®that reduces rotational forces in the event of an oblique impact, thereby effectively protecting the brain.
The Halo Mini Fit System allows for precise and easy adjustment using an ergonomic dial designed for children, ensuring optimal and comfortable support. Its passive ventilation ensures effective airflow whilst maintaining a slim, discreet design, with extensive and deep coverage for maximum protection.
This helmet is therefore ideal for young MTB enthusiasts looking for a safe, lightweight helmet that fits their body shape perfectly.
- Sleek and understated design
- Comprehensive cover
- Deep cover
Certification: EN 1078:2012+A1:2012
Composition :
- Shell: polycarbonate
- Lining: foam EPS (expanded polystyrene)
| IN-MOLD | During the moulding manufacture, the polycarbonate outer shell is fused with the helmet’s shock-absorbing foam lining, creating an ultra-lightweight outer shell. With less weight and bulk around the head, moulded helmets are more comfortable than traditional helmets. |
| HALO MINI FIT SYSTEM | The system Halo Mini features all the characteristics of our renowned adjustment system Halo, but has been optimized to fit young cyclists’ heads perfectly. With a larger, rounder adjustment dial, it’s easy for children to adjust the fit. |
| MIPS® | Multi-directional impact protection system: the Mips® is a revolutionary technology that mimics the brain’s natural protection system. The low-friction Mips® layer creates a sliding margin between the helmet and the head, providing enhanced protection against brain injury caused by violent rotational forces during oblique impacts. |
Our Bloch' letter
