Disciple Mips Helmet
Fuel your need for the downhill in the full-face Disciple™ Mips® helmet. You'll appreciate the D-ring buckle, excellent ventilation via the 14 vents and the P.O.V. camera mount so you can document your ride.
Disciple Mips Helmet
Fuel your need for the downhill in the full-face Disciple™ Mips® helmet. You'll appreciate the D-ring buckle, excellent ventilation via the 14 vents and the P.O.V. camera mount so you can document your ride.
Write A Review
Color
Matte Black/Gloss Black
Please make a selection
size
Size Guide
Size Guide
HOW TO MEASURE YOUR SIZE
Wrap a measuring tape around your head, keeping the tape level from front to back. Note the measurement and reference the Size Guide.
| SIZE | CIRCUMFERENCE |
|---|---|
| XS | 51 - 53 cm |
| S | 51 - 55 cm |
| M | 55 - 59 cm |
| L | 59 - 63 cm |
Note: We recommend you try helmets on before buying. Make sure the helmet fits with a little room when the fit system is loose, and sits low enough to protect your forehead without hindering your vision. Once you’ve got the right size, you can adjust the fit.
HOW TO ADJUST THE FIT
Step 1: Adjust the fit system at the rear of the helmet for a snug, secure fit. Some helmets also include a vertical tuning feature that allows you to adjust the fore/aft tilt, for optimal positioning on your head.
Step 2: Adjust the straps so that they sit just below the earlobes.
Step 3: Step 3: Adjust the buckle so that it rests against the back of the jaw/throat.
Step 4: Adjust the interior pads if needed.
Step 5: Check the fit to make sure helmet is comfortable and secure. It should not roll forward or back, or be able to slide off.
Please make a selection
-
Select Styles for Availability
Details
The Disciple Mips® has been built to meet DH standards as well as the demands of freeride, downhill and enduro riders.
The Disciple Mips® helmet has a fiberglass shell, plush interior padding, and vented brow ports for comfort. Meanwhile, Vinyl nitrile padding along the jaw line contributes to impact management in this critical area, and the integrated, breakaway P.O.V. camera mount plus built-in speaker pockets let you dial in your sound and images. It's also equipped with the Mips® system to redirect impact energy, which can provide more protection in certain impacts. Altogether it's an impressive option for a new era of riding.
SKU #
Specs
| Construction |
Fiberglass shell with EPS liner
Custom injected gasket trim
|
|---|---|
| Visor |
Tool-free bolt-on visor
|
| Ventilation |
14 vents with internal channeling
Channeled ventilation at brow line
|
| Fit System |
Fit Kit padding (aftermarket pad kits available)
|
| Product Weight |
1250±50g (size Medium CPSC, CE)
|
| Electronics Compatibility |
Integrated P.O.V. camera mount
Audio speaker compatible with O-Snap™ audio cable management
|
| Certification |
Complies with the US CPSC Safety Standard for Bicycle Helmet for Persons Age 5 and Older
E.U.: CE EN1078
|
| Highlights |
Emergency Removable Cheek Pads
Ionic+™ anti-microbial padding
O-Snap™ audio cable management
Vinyl nitrile-lined chinbar
D-ring buckle
|
Features
INTEGRATED MIPS® BRAIN PROTECTION SYSTEM
All Giro helmets are designed to reduce as much energy as possible while meeting and exceeding stringent safety standards. The goal of Giro's Integrated Mips®-equipped helmets is to reduce rotational forces while enhancing fit and comfort by combining the Mips slip plane with the helmet's adjustable fit system. Giro believes that helmets equipped with this technology can reduce the amount of rotational force that may be transferred to rider's brain in certain impacts. Learn more about Mips in the video above.
P.O.V. CAMERA MOUNT
Our integrated POV camera mounting system is stealthy, secure and super-easy to operate, allowing you to instantly deploy your POV camera for filming or quickly pop it off and stash it.
VINYL NITRILE
Vinyl Nitrile (VN) is a soft and flexible material with exceptional impact management properties. Unlike expanded polystyrene (EPS) foams which can have diminished performance from each successive impact, VN can rebound to consistently absorb impact energy over more than a single impact when utilized appropriately
