The EM‑145S‑HN03 engine mounted on a swivel stand is purpose‑built for hands‑on student training in engine inspection, disassembly, measurement, and reassembly. The engine is securely supported by a heavy‑duty rotating stand with an automatic locking mechanism, ensuring safe and effortless 360‑degree rotation. A robust steel mounting plate provides full access to critical components, such as the rear main seal and flywheel. Each engine includes a flywheel suited to the application. The starting station supplies all required systems and connections, enabling reliable live operation for every swivel‑mounted engine.
Imagine your classroom buzzing with excitement as students tackle real-world electric vehicle technology. With the EV-2000, complex heat pump systems become approachable and hands-on, making advanced concepts engaging and accessible. Give your students a competitive edge and position your school as a leader—choose the EV-2000, the essential training solution for tomorrow’s EV professionals.
The EM-123-TY05 Brake Trainer for Hydraulic Diagnosis, based on a Toyota platform, is a comprehensive training tool for teaching and assessing brake service skills. Built with OEM components, multiple pedal sensations (soft, hard, spongy) can be reproduced, and a complete diagnosis be performed. Equipped with an integrated driver seat and hydraulic force gauges on all four wheels, trainer offers a practical, safe, and realistic experience for mastering modern braking systems.
Empower your students with the skills that matter. The EV-100 Motor Kit transforms your classroom into an interactive lab where theory meets hands-on application. Students don’t just learn, they build, test, and explore real 3-phase motor technology used in electric vehicles and renewable energy systems. Safe, engaging, and curriculum-ready, this kit develops critical thinking, problem-solving, and technical confidence. Whether you're teaching STEM, trades, or engineering, the EV-100 gives your students a competitive edge with real-world experience they can see, touch, and understand, preparing them for the careers of tomorrow.
The EC-123-DM Cutaway Drum Brake Service Assembly transforms a system that is often difficult to visualize into a hands-on, intuitive learning experience. Designed for demonstration and practice, it helps students better understand how drum brakes work while developing skills related to drum brake inspection, servicing, adjustment, and component replacement. Its compact size, stability, and cutaway sections make it an ideal tool for both the classroom and the workshop. By engaging the parking brake, students can directly observe the movement of internal components and see the self-adjusting mechanism in action, which facilitates understanding of concepts that are often difficult to explain on a complete vehicle. The unit also provides an opportunity to test and analyze the rear wheel speed sensor, helping students connect traditional brake service procedures with modern vehicle technology.
Students build real diagnostic confidence when they work on real systems. The ConsuLab EM-140S-NS02 brings a fully functional 2018–2024 Nissan Kicks 1.6L OEM engine into the classroom, with real components, OEM wiring, breakout boxes, and 27 insertable faults. Instructors can create realistic troubleshooting scenarios using actual symptoms, DTCs, and scan data, helping students develop practical skills before they work on a real car.
Understanding how a four-stroke gasoline engine works is much easier when students can see the process in motion. That is why the 1-cylinder engine cutaway has been specifically designed to provide a clear, visual understanding of four-stroke gasoline engine operation. By exposing the internal components through cutaway sections, the trainer helps students connect theory to real mechanical movement as they observe the relationship between the crankshaft, camshaft, valve train, piston assembly, lubrication system, and ignition components throughout the combustion cycle. For instructors, the value is simple: the trainer makes complex engine fundamentals easier to demonstrate, explain, and understand. It enables instructors to effectively demonstrate engine timing, valve operation, piston movement, and power output while reinforcing component identification and system fundamentals. Using the EC-045 single cylinder gives the instructor the advantage of showing engine component operation directly; by making these components visible, students gain a better understanding of combustion principles, mechanical movement, and engine operation before moving to hands-on activities.
The EM-045-HN04 Student-Built 1-Cylinder Engine is designed for hands-on learning, letting students explore real engine assembly and operation. Built on the trusted Honda GX35 platform and enhanced by ConsuLab for classroom safety, this compact kit features protective guards, clearly labeled parts, and all necessary tools. Students gain confidence as they build, adjust, and run a genuine engine while developing practical diagnostic skills. Perfect for automotive, small engine, agriculture, and engineering courses, the EM-045-HN04 makes mechanical theory come alive and helps learners bridge the gap between classroom concepts and real-world application.
The EV-400 EV High-Voltage Safety Trainer represents a fully functional battery electric vehicle (BEV) in a compact classroom sized package. It provides an intuitive, hands-on experience for high-voltage testing, Personal Protective Equipment (PPE) use including gloves and insulated tools, high voltage isolation testing with a mega-ohmmeter, high voltage interlock circuits, first responders’ loops, three phase motor control, high voltage power distribution, and much more. The product has a fault box and a faulty component, allowing diagnostic practice. The system reacts as a real BEV, demonstrating functions of various scenarios and components. All in a completely safe, controlled, classroom environment. The ConsuLab EV-400 High-Voltage Safety Trainer includes student assignments and practical exercises that (when combined with the required prerequisites) prepare a technician or instructor to successfully complete the CSA Group Automotive Electric Vehicle Technician Certification . This innovative product is perfect for: Technical training programs: automotive, electrical engineering, emergency response. Educational institutions: motive power trades, vocational schools, community colleges, and high schools. EV manufacturers and repair shops: upskilling technicians and ensuring safety protocols.
This exciting new trainer is for teaching the concepts of autonomous vehicle systems & Advanced Driver Assist Systems (ADAS). The EV-360 was designed to demonstrate the fundamental concepts and technologies currently incorporated in today’s advanced vehicles.This trainer allows a student to visualize sensor readings and results, literally locating where the components are on a vehicle and compares the strengths and weaknesses of the various sensors and technologies to one another. This trainer is a scale model, providing visual cues to help students recognize design function and orientation.
