The ConsuLab EM-200-28_053054 is designed to help demonstrate and simplify the complex acceleration and deceleration phenomenon that occurs in revolving universal joints and drive shafts operating at various angles. Even when the input driveshaft rotates at constant speed, the output driveshaft maintains a variable speed depending on the angle between them, which causes vibrations and wear over time. The higher the angle between the shafts, the more amplified the effect is.

The ConsuLab HV-1918-2S Single-sided Heavy Vehicle Lighting System Trainer utilizes the “Moduponent®” design feature which allows unlimited expansion capabilities. A Moduponent® consists of a clear Plexiglas sheet with components, wiring and socket test points attached. The Moduponent® is attached to the trainer using disconnect fasteners which allows easy adaptation and configuration for different applications.

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 most popular way to package this trainer is as a classroom package , which is perfect for: Technical training programs (automotive, electrical engineering, emergency response), Educational institutions (motive power trades, vocational schools, community colleges, and high schools) and EV manufacturers and repair shops (upskilling technicians and ensuring safety protocols).

The MF400-HCTS Hydraulic Cylinder Training Simulator is a complete hands-on system designed to teach safe, industry-correct hydraulic cylinder service procedures. Students learn how to overhaul, inspect, reseal, test, and air-bleed hydraulic cylinders using real components, specialized fixtures, and clear safety covers, all mounted on a rugged, mobile four-station platform. This simulator eliminates the risks normally associated with live hydraulic service while giving learners the exact skills technicians need in real industrial, mobile equipment, and maintenance environments. Purpose-built for workforce development, technical colleges, and maintenance training facilities, the MF400-HCTS ensures students gain the proven techniques used by professional cylinder overhaul specialists. The system teaches root-cause analysis, proper disassembly and assembly, safety-critical tool use, and real-time failure inspection, all within an efficient, classroom-friendly footprint.

The FP-MF300-VCLS 2-in-1 training simulator features a fully functional, “build-and-drive” hydraulic steering system on the front-end, and a fully functional “build-and-drive” hydrostatic transmission on the rear-end. The hydraulic steering system employs every hydraulic component found in a typical articulated vehicle’s steering system, including dual steering cylinders. The hydrostatic transmission or, closed-loop system, is arguably one of the most challenging systems to both teach, and learn... not anymore! The FP-MF300-VCLS “build-and-drive” hydrostatic transmission simulator will have students understanding exactly how these unique hydraulic transmissions work in no time at all.

The MF200-CAV Pump Cavitation Simulator is one of the most visually powerful hydraulic training tools available. With a fully transparent, back-lit reservoir and inlet/outlet transmission lines, students can see cavitation, turbulence, vortexing, aeration, and pseudo-cavitation happen in real time, eliminating confusion around one of the most misunderstood hydraulic failures. Instructors can instantly demonstrate how oil level, pump speed, inlet restriction, air leaks, and system design all impact pump health. This trainer brings hydraulic theory to life, dramatically improving learner comprehension and retention. Perfect for industrial training centers, mobile equipment programs, and advanced hydraulics courses, the MF200-CAV allows learners to observe, measure, and troubleshoot real pump inlet conditions using authentic gauges, valves, and diagnostic tools. By the end of training, students not only understand cavitation, they understand how to prevent it, identify symptoms, protect system components, and avoid catastrophic pump failures.

The MF100-BH Hydraulic Training System is an affordable, modular, and highly flexible entry point into hands-on hydraulic training. Built on a lightweight, durable platform, the MF100-BH gives instructors a simple and scalable way to teach fluid power fundamentals using real industrial components. Its plug-and-play mounting system, onboard storage, and compact rolling frame make it ideal for classrooms, mobile labs, and technical skill development programs that need a practical and budget-friendly solution. Whether used as a single learning station or expanded with additional components, the MF100-BH grows with your curriculum, supporting everything from introductory hydraulic circuits to more advanced system behavior analysis. Designed for maximum teaching flexibility, it delivers a clean, intuitive layout that helps learners quickly understand hydraulic principles while giving instructors a reliable, portable, and easy-to-configure training platform.

The ConsuLink TM Cummins B6.7 engine bench is an innovative training solution for your classroom. The intuitive ConsuLink TM student learning platform empowers students to perform diagnosis without needing direct input from an instructor. Various diagnostic scenarios can be created and inserted in multiple ways; by the student with instructions, by the student blindly, by the instructor, or by manually inserted faults. The brand-new Cummins B6.7 represents the pinnacle of modern diesel technology with cutting-edge emissions systems, advanced injection technologies and high-power density. Integrated breakout boxes for the engine ECU and Deutsch 9-pin DLC facilitate durable and repeatable multimeter and oscilloscope measurements. Included student exercises save teacher prep time.

ConsuLab has created an intuitive student-led learning system to practice proper non-destructive back-probing of connectors and components while measuring voltages, resistances, and waveform signals using both oscilloscopes and digital multimeters. The tabletop format makes it easy to use and accessible for students to learn. The product includes a simulated ECU, multiple sensors and connectors, and a power supply. Student competency can be measured through instructor-controlled fault scenarios that students then diagnose. This interactive product provides an exciting learning experience for students to practice and perfect their skills. All connectors, terminals and components are field serviceable.

Have you ever wondered how to give your students hands-on exploration of a complete electrical vehicle in a safe environment? The EV-601-TS_053322 Interactive Demonstrative Electric Vehicle is not just a training aid, it’s an actual Tesla Model 3 training car visually displayed for maximum learning! All major components are identified in their actual location, most have been exposed (cutaway) in a way that is not possible on an operating vehicle, this helps attain a better understanding of their internal components and workings.