Designed for both technical training and showroom display, the Transparent Chassis Platform combines a detailed view of vehicle engineering with an eye-catching presentation. Its exposed layout and transparent sections reveal major components and their connections, making EV technology easier to explore and understand.

The platform enables learners to observe supported systems in operation and analyse electrical signals as they run. Dynamic lighting effects draw attention to key components, while a mirrored base reveals underside details and adds visual depth—making the platform equally suited to hands-on lessons, exhibitions, and automotive showrooms.

The platform can be customised using vehicles from a wide range of brands, including Tesla, BYD, Geely, Leapmotor, Toyota, and XPeng. Conversion options depend on the selected model and training requirements.

Key Features

• Detailed component visibility: An exposed chassis and transparent sections clearly display major car components and their connections.

• Operational learning: Demonstrates supported systems while stationary, allowing close observation of their operation.

• Live signal analysis: Supports electrical signal measurement during system operation using compatible instruments.

• Dynamic lighting effects: Highlights selected components and connections for engaging lessons and displays.

• Mirrored display base: Offers reflected views of underside components and enhances the showcase presentation.

• Diagnostic training support: Enables fault-code reading, live-data monitoring, and troubleshooting using compatible equipment.

• Optional fault simulation: Connects to an optional Electrical Fault Setting and Detection Panel for practical diagnostic exercises.

Electrical Fault Setting and Detection Panel (Optional)

Designed to connect to the electric vehicle training platform without modifying the original wiring harness, it allows instructors to introduce faults while students measure signals, trace circuits, and practise troubleshooting.

The panel supports practical learning across vehicle control, motor control, and charging systems, helping students understand electrical faults and develop diagnostic skills.

Key Features

• Real-time measurements: Supports voltage, current, resistance, frequency, and waveform testing using a multimeter or oscilloscope.

• Clearly labelled circuits: Controller and wiring harness terminal diagrams simplify circuit tracing and signal comparison.

• Interactive teaching support: Includes a computer and large interactive display for demonstrations and classroom instruction.

• Mobile, organised workstation: Features a durable frame, casters, and built-in drawers for harness storage.