Classic Vans waffle-pattern grips with slip-free compound and an in-molded throttle tube for secure, comfortable control.
Subcategories
Vans V-Twin lock-on grips with full waffle pattern, 100% slip-free performance, T15 bolt security, and an in-molded throttle tube. Made in USA.
- Classic Vans waffle pattern for secure grip
- 100% slip-free performance
- In-molded throttle tube for smooth actuation
- Billet clamp with T15 Torx bolts for secure mounting
- Proprietary medium compound for comfort and durability
- Made in the USA
Compact anodised push-button assembly for handlebar mounting.
Bolts on with a master cylinder or mirror clamp for simple installation.
Sturdy, water resistant design.
Moto-inspired lock-on grips with Ruffian diamond knurl pattern, thin profile and in-molded throttle tube for improved control and comfort.
Thin-profile Ruffian Lock-On grips with diamond knurl pattern for improved control and easy lock-on installation.
Race‑inspired Ruffian knurled pattern for outstanding traction and control.
Thin profile and medium-compound material improve feedback and comfort.
Includes in-molded throttle tube and billet aluminum lock-on clutch-side clamp for easy fitment.
Moto-inspired thin-profile grips with Ruffian diamond knurl, medium-compound comfort, integrated throttle tube, and billet aluminum lock-on clamp.
Thin‑profile Ruffian grips with full‑knurl diamond texture, in‑molded throttle tube, and billet lock‑on clamp.
Moto‑inspired Ruffian diamond‑knurl grips with a thin profile and medium‑compound comfort; includes an in‑molded throttle tube and billet aluminum lock‑on clutch‑side clamp.
- Moto-inspired design for V-Twin performance
- Full-knurl diamond texture for traction and feedback
- Thin profile for precise control and feel
- Medium-compound durometer for comfort and durability
- Includes in-molded throttle tube and Lock-On clutch-side clamp
Universal pushbutton fitting for handlebars with a compact CNC-machined housing that accepts a separate electronic control (not included). IP65 splash protection and ergonomic actuation.