5mm Disc Brake Spacer for Hub Motors Stainless Steel 304 Rotor Spacer Kit with 6x M5 Bolts (16mm) Anti-Rust, High Strength Compatible with 3000W 5000W 8000W E-Bike Motors

• 🟣 (PRECISION 5MM SPACING)
Designed to space your brake disc 5mm away from the hub motor, preventing caliper interference and ensuring smooth, safe braking performance on high-power e-bike setups.
• 🟣 (BUILT FOR HIGH-POWER HUB MOTORS)
Perfectly suited for 3000W, 5000W, 8000W and above hub motors where additional clearance is essential due to larger motor housings.
• 🟣 (PREMIUM 304 STAINLESS STEEL)
Manufactured from high-grade 304 stainless steel for maximum durability, strength, and complete resistance to rust and corrosion – built to last in all conditions.
• 🟣 (INCLUDES HIGH-QUALITY BOLTS)
Supplied with 6x M5 stainless steel bolts (16mm length) featuring pre-applied threadlocker and 4mm Allen hex heads for secure and easy installation.
• 🟣 (SECURE & RELIABLE FITMENT)
Engineered for a precise fit with standard disc brake mounts. For best results, we recommend applying additional Loctite to ensure long-term reliability under high torque loads

Upgrade your e-bike setup with this high-quality 5mm stainless steel disc spacer, specifically designed for use with powerful hub motors. When running larger motors such as 3000W, 5000W, or even 8000W systems, clearance between the brake caliper and motor housing can become an issue. This precision-engineered spacer moves your brake disc out by 5mm, eliminating rubbing and ensuring proper alignment. Constructed from premium 304 stainless steel, this spacer is built for strength, durability, and long-term resistance to rust and corrosion — making it ideal for all-weather riding conditions. Included in the kit are 6x M5 stainless steel bolts (16mm length), each featuring a 4mm Allen key hex head and pre-applied threadlocker for added security. For maximum reliability, especially on high-power builds, additional threadlocker is recommended during installation. This is a must-have upgrade for anyone running high-performance hub motors and looking for a clean, reliable braking setup.