Nitroniche Drum Brake Plate for Electric Vehicles

Nitroniche Drum Brake Plate for Electric Vehicles 110mm :

Our Drum Brake Plate for Electric Vehicles is designed for long-lasting durability and reliable braking performance. Made from high-quality metal alloy, it ensures smooth and safe braking while reducing wear and tear. Compatible with most EVs and electric rickshaws, this heavy-duty brake component is ideal for replacements or upgrades. Easy to install and maintain, it enhances your electric vehicle’s safety and control on the road.

Features of Drum Brake Plate for Electric Vehicles

• Optimised 110 mm diameter – The brake plate is designed for use with EVs and electric scooters that employ a 110 mm drum-brake system, delivering consistent, reliable stopping power.

• Precision-engineered build – Manufactured with accurately machined dimensions and high-tolerance fit to ensure smooth operation, minimal vibration and uniform wear.

• Durable materials & finish – Constructed from high-strength steel (or equivalent) with protective coating to resist corrosion, heat-fade and long-term fatigue from frequent braking.

• Designed for EV usage – Electric vehicles often have instant torque and regenerative braking transitions—this Drum brake plate is engineered for the unique demands of EV drivetrains (frequent stops, higher torque loads).

• Plug-in replacement simplicity – Compatible with standard 110 mm drum/shoe brake assemblies used on many e-scooter/e-bike rear hubs; straightforward to install for aftermarket upgrades or replacements.

• Safety & performance upgrade – For riders seeking to improve braking responsiveness, reduce fade and ensure consistent performance under load (especially with heavier battery packs or higher-speed EVs).

Technical Specifications (Typical – please confirm model specifics)

Why choose this Drum brake plate for EV applications?

• EVs (especially scooters and lighter electric vehicles) tend to have higher instant torque and sometimes heavier loads due to battery packs; using a well-designed brake plate helps maintain safety and stopping performance.

• Upgrading to a precision brake plate helps reduce brake fade under repeated stops and heat build-up—important when regenerative braking may not cover all deceleration.

• Compatibility with the common 110 mm drum dimension means you don’t need to redesign the wheel or hub assembly—this is a cost-effective performance upgrade or replacement.

• Durable construction ensures longer life and fewer maintenance intervals—which is especially beneficial for shared mobility fleets or frequent-use vehicles.

Installation & Usage Tips of 110mm Drum brake plate

• Before installation, ensure your vehicle’s drum diameter and brake shoe size match 110 mm specification (drum inside diameter approx 110 mm).

• Remove the wheel/hub and old brake plate carefully; clean the hub face and mounting surfaces to ensure flat seating.

• Fit the new brake plate, align bolt holes, torque to manufacturer specification, then install compatible 110 mm brake shoes and springs. Many 110 mm shoes are available in the market.

• After installation, bed-in the brake by performing moderate stops to allow surfaces to mate properly. Adjust cable or hydraulic actuation (if applicable) so that the brake engages fully but does not drag.

• Inspect periodically: check for signs of wear, scoring, rusting, or any misalignment. Keep the drum/brake assembly clean of debris.

• If you notice vibration, noise or longer stopping distance, check brake plate flatness, shoe seating and drum condition.

Safety & Warranty

• Always work on the wheel/brake assembly only when the vehicle is securely supported and disconnected from power.

• Ensure that your replacement brake plate and shoes meet the required safety certifications for your region; for commercial or fleet vehicles, using certified parts is especially important.

• Warranty terms: should be specified by the seller/brand (Nitroniche) including coverage for manufacturing defects, material failures and typical wear & tear exclusions.

  How drum brakes work(…)