SPL Rear Traction Arms - 1993-1998 Nissan Skyline (R33) 528e 7 kg/mm (375 lbs/in) Spring

7 kg/mm (375 lbs/in) Spring Type Linear Top Mount (Front) Aluminum Mount no camber adjustment Top Mount (Rear) Aluminum Mount no camber adjustment Notes Ksport Electronic Damping Cancellation Kit EDCNS400 available for this application Vehicle Fitment

Premium (GP/GJ) are maintained while delivering an improved gear shift resulting in reduced initial torque loss and greater power transfer to the wheels

Part Number ISC-T026B-S Part Name Basic V2 Street Sport Coilovers Vehicle 2007-2012 Toyota Corolla Chassis Code AE140 Spring Rates - Front 8 kg/mm Spring Rates - Rear 5 kg/mm Spring Length - Front 180mm Spring Length - Rear 180mm Top Mounts - Front Factory like rubber top plates or re-use OE strut/shock mounts Top Mounts - Rear Factory like rubber top plates or re-use OE strut/shock mounts Ride-Height Adjustable Yes Damping Adjustment 1-Way Quantity Full Set (Front & Rear) Vehicle Fitment

1978 Volkswagen Scirocco (MK1/MKII/53/53B)

Part Number KLC141 Part Name Sway Bar Link Vehicle 1993-1997 Toyota Corolla DX Chassis Code E100 Adjustable Yes Bolt Thread Diameter 10 mm Grade Type Performance Grease Fitting Included No Greaseable No Installation Difficulty Easy Installation Time (hrs) 1 Kit Contents 2 Links Length 115-140 mm Locking Nuts Included Yes Material Steel Pre-Greased Yes Washers Included Yes Vehicle Placement Rear Wheel Alignment Required No Notes Suits models with control arm link mount - adjustable extra heavy duty

SPL Rear Traction Arms - 1993-1998 Nissan Skyline (R33) 528e 7 kg/mm (375 lbs/in) SpringOur SPL TITANIUM Series Rear Traction Links (RTR) eliminate the soft mushy rubber bushings on the stock links to reduce geometry changes in the rear suspension under hard acceleration braking and when going over bumps. This provides more stability and predictability to the rear suspension for tighter handling. Our Traction Links are also length adjustable to allow the rear suspension bumpsteer characteristics to be tuned. Using FEA (Finite Element