This equipment is built using a real automotive ABS system architecture, accurately reproducing the working logic of wheel speed control, hydraulic pressure regulation, and electronic braking coordination. It provides learners with a highly realistic operational environment to understand system behavior during braking, fault conditions, and electronic intervention, making it ideal for vocational colleges and automotive technical training programs.
The platform is equipped with multiple test terminals that allow direct measurement of resistance, voltage, current, and frequency signals across ABS electronic components. Learners can perform real-time circuit analysis and compare theoretical diagrams with actual signal outputs, strengthening hands-on diagnostic capability and improving understanding of automotive electronic control systems.
A dedicated fault simulation module enables instructors to preset multiple ABS system failure scenarios. Students can use professional diagnostic tools to read fault codes, clear errors, and analyze data streams, simulating real workshop troubleshooting processes and enhancing practical maintenance skills in a controlled training environment.
The unit adopts a high-strength cold-rolled steel frame combined with an impact-resistant panel surface that supports long-term teaching use. The surface is treated for anti-corrosion, anti-moisture, and wear resistance. Mobile base design with lockable casters ensures flexibility in classroom arrangement while maintaining stable operation during training sessions.
This platform is supplied with integrated disassembly tools, digital multimeter, and testing lamps to support structured learning activities. It also includes multimedia courseware and instructional videos covering system principles, operation procedures, fault diagnosis cases, and practical exercises, enabling a complete teaching-to-practice learning cycle for automotive education institutions.
