Rear Axel
Rear Axle Demonstration Unit
Overview
The Rear Axle Demonstration Unit is an educational setup that showcases the working principles and internal construction of a vehicle’s rear axle assembly. This trainer helps students visualize the differential mechanism, final drive, axle shafts, and bearing arrangements used in automobiles.
Designed for automobile and mechanical engineering labs, the setup provides a clear, safe, and interactive way to study power transmission from the propeller shaft to the driving wheels.
Product Range
★ Cut-section model of rear axle assembly
★ Fully operational rear axle trainer with hand rotation
★ Motorized rear axle demonstration kit
★ Differential gear working model
★ Transparent acrylic display rear axle assembly
★ Fully operational rear axle trainer with hand rotation
★ Motorized rear axle demonstration kit
★ Differential gear working model
★ Transparent acrylic display rear axle assembly
Key Features
★ Clearly visible differential and gear mechanism
★ Manual or motorized rotation to demonstrate wheel speed variation
★ Shows complete power transmission from propeller shaft to wheels
★ Mounted on heavy-duty frame for stability and safety
★ Powder-coated finish with labeled parts
★ Ideal for classroom demonstrations and practical sessions
★ Maintenance-free design for long-term use
★ Manual or motorized rotation to demonstrate wheel speed variation
★ Shows complete power transmission from propeller shaft to wheels
★ Mounted on heavy-duty frame for stability and safety
★ Powder-coated finish with labeled parts
★ Ideal for classroom demonstrations and practical sessions
★ Maintenance-free design for long-term use
Technical Specifications
| Parameter | Specification |
|---|---|
| Type | Live Rear Axle / Semi-floating or Full-floating |
| Drive Type | RWD (Rear Wheel Drive) demonstration |
| Differential Type | Hypoid / Spiral Bevel Gear Differential |
| Gear Ratio | 3.7 : 1 (Typical) |
| Bearings | Taper Roller Bearings |
| Drive Input | Hand Crank or Motor (Optional 0.25 HP, 230V AC) |
| Mounting | MS Frame with Rubber Base Pads |
| Finish | Powder-coated surface with labeled components |
| Accessories | Manual rotation handle, safety guards, instruction manual |
Applications
★ Demonstration of differential gear working
★ Study of torque transmission to drive wheels
★ Training on power flow through rear axle components
★ Understanding mechanical efficiency and motion transmission
★ Use in automobile engineering and ITI labs
★ Study of torque transmission to drive wheels
★ Training on power flow through rear axle components
★ Understanding mechanical efficiency and motion transmission
★ Use in automobile engineering and ITI labs
Learning Outcomes
★ Understand construction and function of the rear axle
★ Observe how differential allows wheel speed variation
★ Learn about various axle drive configurations
★ Study mechanical linkages and load distribution
★ Gain hands-on experience with real automotive assemblies
★ Observe how differential allows wheel speed variation
★ Learn about various axle drive configurations
★ Study mechanical linkages and load distribution
★ Gain hands-on experience with real automotive assemblies