Chilli Chilli Clamp Beast V2 – Neochrome – Double stud

The Chilli clamp Neochrome is a compact, double-bolt handlebar clamp for freestyle scooters. This Chilli clamp is designed for unisex riders who want reliable clamping force and easy installation.

The big advantage: even pressure with two steel Allen bolts, so your bar stays tight. The photo shows an iridescent neo-chrome clamp with two black bolt heads and a bright white Chilli logo on the front.

The housing is made of solid aluminium with rounded edges and neat chamfers. The rainbow finish changes from green and purple to gold, depending on the light. The combination of a solid body, tight fit and low profile provides stable clamping without the clamp getting in the way.

Features of the Chilli clamp

• Neochrome finish: iridescent, wear-resistant look that makes minor scratches less noticeable
• Double-bolt design: distributes pressure evenly and helps prevent twisting of the bar
• Steel hexagon socket bolts: high tensile strength and easy to retighten with a standard Allen key
• Solid aluminium body: strong and light, suitable for daily park and street use
• Rounded edges and chamfers: less chance of snagging; gentle on hands, clothing and gloves
• Compact construction height: keeps your cockpit tidy and provides space for barspins and grinds
• Compatible diameter: for oversized 34.9 mm bars; use with shim for 31.8 mm (check your setup)
• Recognisable white Chilli logo: neat, professional finish that suits modern setups

Specifications Chilli clamp

Practical to use and sleek in finish. The combination of the double-bolt clamp and compact housing keeps the setup simple. The Chilli clamp Assemble using a standard Allen key.

Chilli is known for its durable, well-designed scooter parts.

Ideal for riders seeking stability and a clean look. The Chilli clamp fits well with complete freestyle builds. Please also view our other Scooters for more choice.

The Chilli clamp provides consistent clamping force and a tight cockpit, so your setup stays stable during landings and rotations.