35” 160 mm Drum differential

Upgrade your high-capacity fleet with our premium 35” 160mm Drum Differential. Specifically designed for heavy-duty electric cargo three-wheelers, e-rickshaws, and industrial utility vehicles, this complete rear-axle differential assembly maximizes vehicle stability. The extended 35-inch housing provides a wider track width, significantly reducing body roll and improving balance when transporting large, top-heavy, or wide commercial payloads.

Heavy-Duty Braking & Premium Gearing

This differential features a fully integrated 160mm drum brake assembly, providing dependable, high-friction stopping power directly at the hubs. Built with high-precision internal gears machined to strict tolerances, the drivetrain maximizes mechanical efficiency, minimizes power loss from the motor, and ensures an ultra-quiet, smooth ride even under strenuous operational demands.

Key Features

• Extended 35-Inch Track Width: Offers the highest level of chassis stability and weight distribution for extra-wide or heavy cargo beds.

• Integrated 160mm Drum Brakes: Engineered to deliver consistent, fade-resistant braking performance under maximum weight capacities.

• Rugged Steel Housing: Built from high-tensile alloy material to withstand rough commercial roads, continuous daily operation, and high-torque electric powertrains.

• Sealed, Low-Maintenance Design: Completely encloses the differential gears to keep out dust, mud, and water, extending service life and reducing maintenance overhead.

Technical Specifications

• Differential Type: Integrated Drum Brake Rear Axle Differential

• Axle/Housing Length: 35 inches

• Brake Drum Diameter: 160 mm

• Common Applications: Heavy cargo e-rickshaws, wide-bed electric utility loaders, multi-passenger transport e-vehicles, and specialized industrial tugs.

Ideal For

This 35-inch model is the ideal choice for EV manufacturers and fleet managers building or retrofitting extra-wide cargo delivery platforms where maximum stability, passenger safety, and long-term drivetrain structural integrity are essential.