Automotive Four-Wheel Drive System Training Platform Manufacturer,Supplier and Exporter in India

Automotive Four-Wheel Drive System Training Platform

Product Code : SCL-EELE-13570

This advanced educational apparatus is built upon a genuine automotive chassis, specifically featuring a Four-Wheel Drive (4WD) System, providing a comprehensive and dynamic display of the entire vehicle undersurface. It is engineered to fully illustrate the complex compositional structure and interactive working processes of all major chassis subsystems, with a focus on all-wheel power distribution.

Comprehensive System Components

The platform is designed to meet the rigorous demands of theory, practical training, and maintenance curricula by including the following fully mounted, operational systems:

  • Front and Rear Suspension Systems
  • Steering System
  • 4WD Transmission System
  • Manual Transmission and Gear Mechanism
  • Braking System

For maximum utility and instructional flexibility, all major components are installed on a removable table equipped with mobile casters, facilitating flexible lab configuration and specialized training. This design supports immersive learning, a methodology proven effective in technical fields.

Key Functional Characteristics for Hands-On Mastery

The platform utilizes real, runnable car chassis systems to provide critical hands-on experience and dynamic visualization:

  1. Full Structural Demonstration and Disassembly: The system fully demonstrates the entire structural composition of the 4WD chassis, enabling disassembly and reassembly training for all installed components. This is essential for mastering component relationships and service procedures, a key element in advanced diagnostics.
  2. Dynamic Transmission Analysis: The dissected manual transmission allows for a dynamic, visible demonstration and testing of gear engagement and power flow. The reducer motor provides input power, enabling students to perform gear shifting while observing the internal mechanism, visualizing torque transfer and the function of the gear mechanism.
  3. Slow-Speed Driving Simulation (4WD): The system permits a slow driving demonstration where all four wheels maintain contact with the ground, simulating low-speed 4WD operation. This functionality allows learners to observe the complex power distribution through the transfer case and differentials, illustrating the principles of four-wheel traction control.

   

Office Address

Works: #975 Malleshwaram,
Bengaluru, Karnataka 560003

[email protected]

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