Frame Brace RPG Racing – Universal – Orange – Aluminum – Adjustable

The RPG Racing Frame Brace is a universal frame reinforcement designed for scooters to improve chassis rigidity and increase vehicle stability during riding. It is installed between the front leg shield and the area beneath the seat, where it effectively reduces frame flex during hard acceleration, braking, and high-speed cornering.

It is manufactured from high-quality CNC-machined aluminum with an orange anodized finish, providing low weight, high strength, and excellent corrosion resistance. Thanks to its left-hand and right-hand thread adjustment system, the length can be precisely adjusted even after installation without removing the brace.

Technical specifications

• Manufacturer: RPG Racing
• Type: frame brace
• Color: orange
• Material: CNC-machined aluminum
• Finish: orange anodized
• Overall length: 460 mm
• Mounting hole spacing: approximately 430 mm
• Adjustable length: +20 to +50 mm
• Bar diameter: 25 mm
• Mounting brackets: 2× steel brackets
• Mounting hole size: M6
• Adjustment system: left-hand and right-hand threads
• Installation position: between the front leg shield (leg shield) and the area beneath the seat
• Universal design

Kit contents

• Universal RPG Racing frame brace
• 2× steel mounting brackets
• Mounting bolts and nuts

Suitable for

• Universal application on various scooters
• Suitable for tuning and racing projects
• Installation between the front leg shield (leg shield) and the area beneath the seat

Advantages

• Significantly increases frame rigidity
• Improves scooter stability and handling
• Reduces frame flex under heavy loads
• Lightweight yet extremely strong aluminum construction
• Precision CNC machining
• Orange anodized corrosion protection
• Adjustable length for a perfect fit
• Left-hand and right-hand thread system allows adjustment without removal
• Easy installation with all mounting hardware included

The RPG Racing Frame Brace is an excellent upgrade for all sport and modified scooters, significantly improving chassis stability, handling precision, and giving the rider greater control even during demanding and high-speed riding.