Handlebar Grips Progrip 732 Red / Grey
Handlebar Grips Progrip 732 Red / Grey
Description Grip sleeves Progrip 732Grips Progrip Road 732, the popular colorful 2-compound grips from ProGrip. Suitable for all scooters and motorcycles with twist throttle.Progrip 732 featuresHard on the inside, soft on the outside: The Road 732 handlebar grips from ProGrip feature a very stable inner sleeve that minimizes slipping on the handlebar, combined with a soft outer compound for high comfort and excellent grip, even in wet conditions.This is the version with closed ends. The grips have grooves on both sides of the grip area for securing with safety wire, as required in racing.Of course, we also stock many other handlebar grips in many colors and different structures.A little tip: For easy installation and to prevent the grips from slipping later on, spray the inside of the grips with a little hairspray and then leave to dry.Details Grips ProGrip Road 732For 22 mm handlebarsDiameter 22mm / 25mmLength 125mmClosed endColors: Red / Grey Questions about the product
- Brand: ProGrip
- SKU: PG732-288
- Availability: In stock
Technical Specifications
Performance Features
CNC Machined
Precision-engineered components for perfect fitment and maximum performance.
Lightweight Design
Optimized weight reduction for improved acceleration and handling.
Racing Performance
Track-proven design delivering consistent power and reliability.
Increased Reliability
Premium materials ensure long-lasting durability under extreme conditions.
High RPM Stability
Engineered to maintain balance and performance at maximum RPM.
Improved Cooling
Advanced thermal management for consistent performance.
Fitment & Compatibility
| Brand | Model | Engine | Years |
|---|---|---|---|
| Piaggio | Vespa S | 2-Stroke | 2008-2020 |
| Piaggio | Vespa LX | 2-Stroke | 2005-2015 |
Technical Data
Shipping & Delivery
Installation Information
Professional installation recommended. Improper installation may void warranty and cause engine damage.
Always use proper torque specifications and break-in procedures for optimal performance and longevity.