$499

The Airbag Jeans reduce the risk of injuries, are as comfortable as any other pants and are 100% reusable

This website uses cookies to ensure that you get the best experience. Learn more

Comfortable to wear

The Airbag Jeans look and feel like any other pair of jeans when not inflated

100% reusable

The Airbag Jeans are reusable; just replace a CO2 cartridge

Automatic inflation

The mechanical trigger belt connects to your bike and activates the airbag

Independent Airbag Jeans review!

Want an independent third party review of the Airbag Jeans? McGearHub.com, one of the world's most recognized professional motorcycle-gear reviewers, recently put the jeans to the test.

Abrasion resistant fabric

The fabric is extremely abrasion resistant, but looks and feels like regular denim

Breathable design

The Airbag Jeans are made with breathable fabric

Machine washable

The Airbag Jeans are breathable, and the black color is water repellent

Order today!
We're finally live! Secure your exclusive discount and order the Airbag Jeans today!
Before impact
Arrow.

Mechanical trigger belt activates the airbag

After impact

Airbag inflates within milliseconds

Abrasion resistent fabric

The jeans are made with water repellent, breathable and abrasion resistant fabric which looks and feels like regular denim. The fabric was first developed to be used in space.

100% reusable - just replace the cartridge

Unlike many other airbag products, you can easily prepare your Airbag Jeans for another ride after deployment; just replace the CO2 cartridge.

Design
Protection
Comfort
Design
Protection
Comfort
Design
Protection
Comfort
Design
Protection
Comfort
Design
Protection
Comfort
Design
Protection
Comfort
Removable airbag module

Machine wash your Airbag Jeans like any other pair of pants; just remove the airbag module

Protective pads

In addition to the airbag, the jeans are armoured with CE approved pads on the knees

Airbag vest.
EU flag.

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 824825