Mojave Motorcycle Jacket
Color: Dark Sand
The Mojave Motorcycle Jacket is meant for warm days on the bike, constructed from 100% heavy-duty cotton canvas from Halley Stevensons®.
Technical Features
Performance
Temperature
0°F
20°F
40°F
60°F
80°F
This garment is designed to perform best in 60 to 80 degree temperature range.
A heavy-duty, breathable motorcycle jacket.
The Mojave Motorcycle Jacket is made from 100% heavy duty, abrasion-resistant Halley Stevensons® cotton canvas. The jacket features a poly mesh liner on the interior to ensure breathability, while the sleeves are lined in poly.
Safety first.
For protective padding, we partnered with D3O®, the global market leader in impact protection and shock absorption. D3O® uses unique patented and proprietary technologies to make rate-sensitive, soft, flexible materials with high shock-absorbing properties. The Mojave Jacket is equipped with pads featuring D3O® technology at the elbow, shoulder, and back—all of which are CE-certified and removable.
Well suited.
Pair the Mojave Motorcycle Jacket with the Mojave Motorcycle Pant for a full suit.
Explore Mojave Motorcycle Pant
Technical Specifications
Mojave Motorcycle Jacket
The Mojave Motorcycle Jacket is meant for warm days on the bike, constructed from 100% heavy-duty cotton canvas from Halley Stevensons®.
Technical Features
Abrasion-Resistant
The hardwearing fabric and construction of this garment can resist normal scuffs, scraps, and rubbing from use.
D3O®
Far and away the industry leader in shock-absorbing body armor.
Breathable
By allowing moisture to escape, this breathable garment will keep you cool during even the most high intensity activities.
Performance
Temperature
0°F
20°F
40°F
60°F
80°F
This garment is designed to perform best in 60 to 80 degree temperature range.
- Extreme - -10ºF to 20ºF
- Cold - 20ºF to 40ºF
- Versatile - 40ºF to 60ºF
- Lightweight - 50ºF to 70ºF
This garment is designed to perform best in the following temperature range. Please note: temperature accuracy may vary based on individual differences, activity level, and layering choices.
