Hybrid Plug-In Educational Trainer AHPLINK-01

Educational training vehicle based on a fully functional FORD C-MAX Plug-in Hybrid (PHEV) system. Includes original internal combustion engine and electric drivetrain components. Equipped with working ECU, ABS, SRS, AC, hybrid system, onboard diagnostics, and measurement box for system testing. Open-access wiring diagrams and signal testing points are included for two selectable subsystems. Fault simulation module is integrated. Factory-installed Type 2 charger for standard household socket charging is included. Body panels are sectioned for visual access during instruction.

• Vehicle base: FORD C-MAX Plug-In Hybrid.
• Hybrid type: PHEV (plug-in hybrid electric vehicle).
• Diagnostic interface: OBD 16-pin.
• Supported systems: engine, hybrid system, ABS, airbags, AC.
• ECU functions: identification, fault code read/erase, parameter viewing, actuator testing.
• Fault simulation: 2 selectable systems (hybrid, engine, AC, SRS).
• Included: household charger, open contact measuring box, sectioned body parts.
• Weight: 1620 kg.
• Dimensions: 4409 x 2085 x 1620 mm (vehicle).
• Product number: AHPLINK-01

• Learn plug-in hybrid powertrain structure: battery, electric motor, internal combustion engine, inverter, and power electronics.
• Perform hands-on diagnostics on engine, air conditioning, airbags, ABS, and hybrid system with fault code reading, live data, and ECU identification.
• Analyze electrical signals using oscilloscope via measurement box with open test contacts for selected systems.
• Operate OBD II scan tools for actuator tests, system parameter inspection, fault simulation, and system reset procedures.
• Explore power distribution between electric and petrol drive modes, regenerative braking function, and high-voltage system safety basics.
• Study hybrid energy flow from charging to drivetrain operation.
• Perform lab tasks with external tools like gas analyzers and AC service stations.
• Observe system reactions to introduced faults and understand failure behavior under simulated conditions.

• Clear visual layout of vehicle systems for practical hybrid technology instruction.
• Integrated fault simulation enables direct training on real-world system failures.
• ECU-level control and test functions allow full curriculum coverage of electronic vehicle systems.
• Measurement box supports safe signal analysis and parameter tracking for guided lab exercises.
• All major vehicle systems present and active, enabling multi-topic lesson integration.
• Flexible configuration with selectable diagnostic systems to match course content.
• Sectioned body parts provide easy visual access for demonstration of construction and components.