Mini commercial Vehicle Chassis Structure
Mini Commercial Vehicle Chassis Structure
Overview
The Mini Commercial Vehicle Chassis Structure is a demonstration/training assembly that replicates the frame and associated sub-systems of a small commercial vehicle (light truck / van). It is designed for hands-on teaching of chassis layout, load paths, suspension mounting, steering linkage, driveline integration and safety design principles.
The trainer is ideal for automotive engineering labs, vocational training centres and R&D workshops, providing a safe, accessible platform to inspect, measure and experiment with vehicle chassis behavior and component interactions.
Product Range
★ Basic chassis frame trainer (exposed frame & mounting points)
★ Cut-section chassis with bolted-on components for inspection
★ Motorized rolling chassis for dynamic demonstration
★ Chassis with modular suspension and steering assemblies
★ Hybrid chassis model with simulated load & safety sensors
★ Cut-section chassis with bolted-on components for inspection
★ Motorized rolling chassis for dynamic demonstration
★ Chassis with modular suspension and steering assemblies
★ Hybrid chassis model with simulated load & safety sensors
Key Features
★ Realistic ladder-frame / boxed-frame construction sections
★ Visible mounting points for engine, transmission, axles and suspension
★ Replaceable modules: leaf spring, coil spring, shock absorber assemblies
★ Steering rack/pinion and tie-rod linkage demonstration
★ Brake system mock-up (hydraulic lines, master cylinder, drum/disc demo)
★ Provision for instrumentation: strain gauges, displacement & load sensors
★ Bench/stand mounting for safe classroom access and measurement
★ Visible mounting points for engine, transmission, axles and suspension
★ Replaceable modules: leaf spring, coil spring, shock absorber assemblies
★ Steering rack/pinion and tie-rod linkage demonstration
★ Brake system mock-up (hydraulic lines, master cylinder, drum/disc demo)
★ Provision for instrumentation: strain gauges, displacement & load sensors
★ Bench/stand mounting for safe classroom access and measurement
Applications
★ Automotive chassis and vehicle dynamics labs
★ Vocational & ITI practical training on vehicle systems
★ Demonstration of load paths, suspension geometry and steering kinematics
★ R&D demonstration platform for lightweight chassis studies
★ Brake, suspension and driveline hands-on experiments
★ Vocational & ITI practical training on vehicle systems
★ Demonstration of load paths, suspension geometry and steering kinematics
★ R&D demonstration platform for lightweight chassis studies
★ Brake, suspension and driveline hands-on experiments
Learning Outcomes
★ Identify and explain chassis components and mounting systems
★ Understand suspension types, steering geometry and their effect on handling
★ Analyse load transfer, frame deflection and structural stiffness
★ Perform basic instrumentation measurements (strain/displacement/loads)
★ Gain practical skills in assembly, inspection and maintenance of chassis subsystems
★ Understand suspension types, steering geometry and their effect on handling
★ Analyse load transfer, frame deflection and structural stiffness
★ Perform basic instrumentation measurements (strain/displacement/loads)
★ Gain practical skills in assembly, inspection and maintenance of chassis subsystems
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