ITI & Skill Development

Motor Mechanic Vehicle Trade

Training equipment for motor mechanic vehicle trade and automotive servicing.

2-Wheeler Ignition System

A practical model showing the ignition system of motorcycles and scooters, including spark generation, timing, and circuit connections. It helps students learn how ignition systems start and sustain engine operation.

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Air Bag Simulator

A safety training module that simulates airbag deployment under controlled conditions. It teaches students about vehicle occupant protection systems, sensor activation and the importance of safety mechanisms in modern automobile industry.

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Air/Drum Brake Assembly

A practical model showing the internal construction and functioning of both air brakes and drum brakes. It allows students to understand pressure-based braking, mechanical linkages and maintenance procedures used in commercial vehicles.

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Auto Electrical Test Bench

A comprehensive training bench for diagnosing and testing automotive electrical systems. It includes battery circuits, wiring, switches, and relays, enabling students to perform hands-on experiments and troubleshoot electrical problems.

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Brake Assembly

A fully functional brake assembly model designed to demonstrate the components, working principles, and operation of vehicle braking systems. Students can observe how brakes generate friction, stop the vehicle and ensure safety.

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CRDI Diesel Engine 4/6 Cylinder 4-Stroke

Working diesel engine models with common rail direct injection, used to teach students fuel injection principles, combustion, and cylinder operation. Suitable for advanced automotive labs and vocational training.

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Cross Ply and Radial Tyres

Physical models of cross ply and radial tyres that illustrate their construction, layers, and applications. These models help students learn about tyre strength, durability, grip, and suitability for different types of vehicle.

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Cut Section Model of Diesel and Petrol Engines

Detailed cutaway engine models that reveal internal components like pistons, crankshafts, valves, and fuel systems. These models help students understand engine construction, working principles and the differences.

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Different Types of Sensors (Petrol/Diesel)

Training models of various automotive sensors, including oxygen, temperature, and pressure sensors. Students can study how sensors detect engine conditions, send signals to control systems.

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Fault Simulation Board

A training board that allows students to simulate and diagnose faults in vehicle electrical, ignition, and sensor systems. It enhances practical troubleshooting skills and understanding of automotive diagnostics.

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Full Mock Layout of a Car

A complete mock-up of a car showing engine placement, transmission system, suspension, steering, and other major components. This model provides a holistic view of a vehicle’s layout, enabling students to understand.

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Model of Working Power Window

A hands-on model showing the mechanism, electrical connections, and operation of automotive power windows. Students can study how switches, motors, and regulators work together to operate vehicle windows efficiently.

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MPFI Petrol Engine 4-Cylinder 4-Stroke

A fully operational petrol engine demonstrating multi-point fuel injection, four-stroke cycles, and engine dynamics. It allows hands-on learning for engine maintenance, troubleshooting, and performance testing.

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MPFI/CRDI System

Hands-on models demonstrating Multi-Point Fuel Injection (MPFI) and Common Rail Direct Injection (CRDI) systems. These kits allow students to understand fuel delivery, injection timing, and engine performance optimization.

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Petrol MPFI 4-Cylinder 4-Stroke Engine with CNG Setup

A functional engine demonstrating multi-point fuel injection and CNG operation. It allows students to observe engine operation under dual fuel conditions, understand combustion dynamics, and study emission control systems.

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Radiator Down Flow

A working radiator model illustrating coolant flow, heat dissipation, and engine cooling processes. It helps students understand the principles of thermal management and prevents engine overheating.

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Single Cylinder 4-Stroke Water/Air-Cooled Diesel Engine

A small-scale functional diesel engine for practical experiments. It demonstrates cooling methods, fuel combustion, and basic engine mechanics, suitable for lab demonstrations and student training.

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Torque Converter

A training model of a torque converter used in automatic transmissions. It demonstrates torque multiplication, fluid coupling, and the transfer of power from the engine to the transmission system, helping students understand.

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Turbo Charger Cut Section

A cutaway model showing the internal components and working of a turbocharger. It demonstrates how exhaust gases drive a turbine to compress intake air, improving engine performance and fuel efficiency.

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Two Cylinder 4-Stroke Water-Cooled Diesel Engine

A dual-cylinder diesel engine demonstrating water cooling and four-stroke operation. It provides students with hands-on experience in engine assembly, operation, and performance analysis.

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Working Model of Diesel and Petrol Engines

Functional engine models that operate in real conditions, demonstrating combustion, piston movement, and power generation. Ideal for practical learning, these models help students connect theoretical knowledge with actual engine.

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