Perform accurate alignments up to 30% faster from anywhere in the bay! The portable, tower-free R1085 is tablet operated and WIFI ready – no computer or monitor! The operator controls the process remotely with an integrated Android Tablet, which means fewer steps and quicker alignments!

Plus, the R1085 is engineered with advanced 3D target imaging technology and equipped with tire grabbing clamps, fixed cameras and remote-controlled sensors.

 Tower-free system – No tower. No limitations. No Interruptions.

• Easy-to-use software with on rack test drive system

• Quick locking clamps – Best in the market!

• Patented 3D targets – Increased accuracy

• Fixed cameras – Solid vision technology

ROTARY’S WHEEL SERVICE INCLUDES A 3 YEAR PARTS & 1 YEAR LABOR WARRANTY!

Features:

TOWER-FREE SYSTEM – NO TOWER. NO LIMITATIONS. NO INTERRUPTIONS. 

• No dedicated bay required  

• Other systems require up to 10 ft. of space in front of the lift 

• Works with any alignment lift at any height without interruptions to the targets 

EASY-TO-USE SOFTWARE WITH ON RACK TEST DRIVE PROGRAM 

• Position magnetized tablet to the cart, lift or vehicle during measuring process  

• Animated step-by-step instructions guide the process and provide live adjustment illustrations with easy-to-read results 

• Program double checks your alignment from the rack – no need for techs to physically test drive the vehicle 

QUICK LOCKING CLAMPS – BEST IN THE MARKET! 

• 4-point clamps don’t tighten around the wheel, eliminating damage to rims 

• No grabber claw depth 

• Less clamp distortion 

PATENTED 3D TARGETS – INCREASED ACCURACY 

• Lightweight with no electronic components inside 

• Built in leveling display 

• No maintenance required 

FIXED CAMERAS – SOLID VISION TECHNOLOGY 

• Cameras automatically position and recognize targets for precise reading in seconds 

• Rubber armored, high resolution measuring heads 

• Digital display keyboard with remote-controlled function 

• No adapters required with obtaining caster readings 

• True 3d image is mapped compared to a manipulated flat target