Piper Carbon Air Wheels
Piper Wheels is the leader in 125 big wheel development, and they are excited to further press the boundaries in the 125, big wheel market.
Features
Piper Carbon Air Wheels
- One piece, Hollow-Tech
- 90mm core
- 3mm tire
- Massive momentum of inertia with 95% of the weight in the tire (on the most outer part of the wheel-OD rim)
- Designed for Straightline speed
- Duo-Technology, click here for more about Duo-Tech
- Type: Marathon racing
- Size: 110mm and 125mm
- Weight: 145g, lightest 125 in the world (lighter than 110mm wheels)
Sold as each
Technical Specifications
Piper Carbon Air Wheels
Carbon fiber vs aluminum is between two and five times more rigid. Stiffness depends on the carbon layup and design.
Replacing aluminum in an object with carbon fiber can reduce its weight by nearly half without compromising strength and rigidity.
It’s also important to compare the strength of the two materials which have the same thickness. Aluminum has a strength of about 500 kilonewtons vs carbon fiber can have up to 1600 kilonewtons of strength.
When you need something rigid, strong, and lightweight – carbon fiber is the best option. This is why it’s already being used in aircraft, motorsports, and medical manufacturing industries.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Piper Wheels is the leader in 125 big wheel development, and they are excited to further press the boundaries in the 125, big wheel market.
Features
Piper Carbon Air Wheels
- One piece, Hollow-Tech
- 90mm core
- 3mm tire
- Massive momentum of inertia with 95% of the weight in the tire (on the most outer part of the wheel-OD rim)
- Designed for Straightline speed
- Duo-Technology, click here for more about Duo-Tech
- Type: Marathon racing
- Size: 110mm and 125mm
- Weight: 145g, lightest 125 in the world (lighter than 110mm wheels)
Sold as each
Technical Specifications
Piper Carbon Air Wheels
Carbon fiber vs aluminum is between two and five times more rigid. Stiffness depends on the carbon layup and design.
Replacing aluminum in an object with carbon fiber can reduce its weight by nearly half without compromising strength and rigidity.
It’s also important to compare the strength of the two materials which have the same thickness. Aluminum has a strength of about 500 kilonewtons vs carbon fiber can have up to 1600 kilonewtons of strength.
When you need something rigid, strong, and lightweight – carbon fiber is the best option. This is why it’s already being used in aircraft, motorsports, and medical manufacturing industries.
