Description
• Suspension angle modification on front and rear axles
• Toe angle modification on front and rear axles
• Camber angle modification on front and rear axles
• Caster angle modification, cradle adjustment, steering rack modification
• All suspension components are visible and easily adjustable
Wheels and tires should be ordered separately!
Technical Specifications and Functions:
Main Functions:
The wheel alignment training stand consists of a McPherson-type front suspension and multi-link rear suspension.
The McPherson-type front suspension has 8 adjustment points that allow:
• To adjust camber, steering axis inclination (SAI), and caster angles by sliding shock absorber upper mount.
• To adjust camber at 2 points.
• To adjust camber, caster, and SAI angles by turning the front eccentric bolt on the front lever.
• Adjust the caster angle by turning the rear eccentric bolt on the front lever. By turning the front and rear eccentric bolts it is possible to adjust the camber.
• To adjust Toe by the steering tie rod.
• Adjust the camber angle by sliding the wheel with an unscrewed lower link on the front lever. The steering axis inclination is also changing. • Caster angle and automobile base can be adjusted by loosening the subframe and sliding it along the
length. The Camber angle and steering axis (SAI) of the vehicle can be adjusted by sliding the subframe sideways.
• The steering wheel lock bolt allows capturing the steering wheel and the steering column in order to keep the steering wheel in a stable position.
The rear multi-link suspension has 3 adjustment points, that allow:

• To adjust Toe angles (alignment) by adjusting the lower rod.
• To adjust camber angles (alignment) by adjusting the eccentric bolts on the upper level.
• To adjust the longitudinal position (wheelbase) of the wheel by adjusting the front rod of the rear

Diagnostic and measurement
• With The Wheel Aligner For The Suspension Geometry Adjustment It Is Possible To Demonstrate These Measurements And Settings:
• Wheelbase distances and diagonals
• Axis shift in relation to one another
• Scrub radius
• Caster trail
• Steering axis inclination (SAI)
• Tread width
• Wheelbase length
• Front and rear axle wheel set back
• Ride height (zero ride height)
• Central line position
• Traction line operation, thrust angle
• Toe difference angle
• Turning radius (rolling radius)
• Other
Depending On Wheel Aligner Software Possibilities: The wheel alignment training stand is designed for making demonstrations of the suspension angles by using all types and technology of wheel aligners:
• 3D Technology Wheel Aligner
• CCD Technology Wheel Aligner
• Mechanical Wheel Aligner (rulers, ropes, lasers, and etc.)
• The best and most suitable wheel aligner is with 3D technology.
• The car lift is not necessary for training and demonstration because an open construction of the training stand construction allows one to see and perform various measurements from all sides.
Other
Wheels And Tires Should Be Ordered Separately!
Wheel alignment training stand can be easily folded and placed so that it takes up minimal space for storage and transportation
• The front axle has hydraulic brakes
• The rear axle wheels could be blocked by locking bolts
• Dimensions approx. (HxLxW): Fully spread base 110 x 310 x 170 / Folded for storage 110x 165 x 170 (Standing stand on the wheels) / Folded for storage 165 x 110 x 170 (Upright stand)
• Net weight approx. 195 Kg
• CE certificate
• Equipment for technical and vocational automotive education and training.
Optional Accessories
• Wheel alignment training stand wheels and tires set:
• Refurbished Wheels R14/R15 x 4 units (4×100)
• New tires 195/55 R 14/R15 x 4 units

Tesca training equipment is a great tool for professional teachers and technicians that help explain to students of technical subjects how processes in Wheel alignment training Educational Trainer MSVAZ01 Tesca to operate and its technology.