Premium Quality 10-Inch EV Hub Motor Rear Drum Plate Assembly | 110mm Mechanical Brake Shoe Kit

Brand: Generic ( Made in India )

Premium Quality 10-Inch EV Hub Motor Rear Drum Plate Assembly | 110mm Mechanical Brake Shoe Kit

Name: Premium Quality 10-Inch EV Hub Motor Rear Drum Plate Assembly | 110mm Mechanical Brake Shoe Kit
Brand: Generic ( Made in India )
SKU: SI-RD-75873
Price: 1129 INR
Availability: InStock
Rating: 5.00 (1 reviews)

SKU: SI-RD-75873

MRP : ₹1600 ₹1129

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Estimated Delivery By: Jul 16 - Jul 18

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₹1129 (Including GST)

MRP : ₹1600

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The Premium Quality 10-Inch EV Hub Motor Rear Drum Plate Assembly is a genuine, heavy-duty replacement kit featuring a pre-installed 110mm mechanical brake shoe.

Country of origin: India

Brand: Generic ( Made in India )

Product Type: Rear Wheel Drum Brake Plate Assembly
Brake Shoe Diameter: 110 mm
Compatible Motor Size: 10-Inch BLDC Hub Motors (Universal setup)
Material: Heavy-Duty Die-Cast Aluminum & Iron Steel Components
Position: Rear Wheel (Right/Left side dependent on axle configuration)
Actuation Method: Mechanical Cable / Rod Internal Expanding Linkage

Ensure smooth, reliable, and highly efficient braking performance for your electric two-wheeler with this heavy-duty Rear Drum Plate Assembly. Specifically engineered for universal compatibility with 10-inch EV hub motors, this 100% genuine replacement kit comes pre-assembled with a high-friction 110 mm diameter internal expanding brake shoe. It acts as a critical safety component by converting mechanical cable pulling force into optimal friction against the motor's inner drum, bringing your vehicle to a controlled stop. Built from durable materials that withstand high thermal friction and mechanical stress, this assembly is perfect for routine maintenance, performance upgrades, or professional EV workshop repairs.

Features

Integrated Brake Shoes: Pre-installed with 110 mm diameter high-friction drum brake shoes for immediate, drop-in replacement.
Heavy-Duty Construction: Manufactured using high-strength metal alloys designed to dissipate heat quickly and resist structural distortion.
Enhanced Safety Lining: Features premium, heat-resistant brake linings that ensure consistent stopping power under heavy loads and steep downhills.
Perfect Internal Expanding Action: Uses a balanced mechanical expanding system that delivers predictable lever feedback and zero-drag performance when released.
Weather-Resistant Coating: Outfitted with a corrosion-resistant backing plate finish to protect internal brake linkages from water, road grime, and rust.

Applications

Electric Scooters: Fits a broad spectrum of high-speed and low-speed electric scooters utilizing 10-inch rear hub motors.
E-Bikes & Mopeds: Ideal for multi-brand electric mopeds configured with standard 110mm mechanical drum brake housings.
EV Custom Builds: Perfect for DIY builders and engineering students assembling custom 10" hub motor-driven electric personal mobility devices.
Workshop Service Supply: Serves as a standard, universal replacement unit for EV repair workshops maintaining various multi-brand Chinese and Indian e-scooty platforms.

Usage

Primary Function: Acts as the stationary anchor plate holding the brake shoes inside the rotating drum of the 10-inch EV hub motor.
Plug-and-Play Installation: Designed for direct mounting onto the rear wheel shaft axle without requiring complex fabrication or custom spacers.
Cable Actuation Linkage: Connects seamlessly with standard rear hand-brake cables or mechanical foot-pedal linkages via the integrated brake arm cam.

Maintenance

Periodic Brake Shoe Inspection: Regularly check the thickness of the 110mm brake linings every 3,000–5,000 km and replace immediately if worn close to the metal backing plate.
De-Dusting the Assembly: Remove the drum plate during routine servicing to blow away accumulated carbon brake dust from inside the hub motor drum.
Cam Lubrication: Apply a minimal amount of high-temperature grease strictly to the pivot pins and the rotating brake cam to prevent stiff brake levers. Keep grease entirely away from the friction linings.
Spring Tension Verification: Ensure that the internal dual-retractor springs retain high tension so the brake shoes pull back completely and prevent unwanted wheel drag.