DUAL RATE LINEAR LOWERING SPRINGS
IF YOUR SPRINGS HAVE RUBBERIZED BLACK ISOLATOR WRAPS AROUND THE COILS, KEEP THEM ON FOR INSTALLATION.
The vehicle must be lifted completely off of the ground and remain as such during the entire installation process.
NOTE: PLEASE CUT BUMP STOPS IN HALF FOR BOTH FRONT AND REAR TO ENSURE CAR DOES NOT DRIVE INTO THE BUMP STOPS. FAILURE TO DO THIS MAY RESULT IN NOISE.
REMOVE FRUNK TRIM PANELS
Prior to installation, the wheels, as well as the inner frunk trim panels must be removed for installation on all vehicles. To do so, begin by removing the plastic upper cowl cover trim panel (below the windshield) (FIGURE-1 ORANGE)
Next, flip up the small caps (FIGURE-1 YELLOW) and remove the two 10mm bolts.
Remove the front trim panel and lift up the rug and find the additional 10mm bolts securing lower section of the frunk tub to the chassis and remove them (FIGURE-2 YELLOW).
REMOVE FRONT DAMPER & SPRING ASSEMBLIES
Once the frunk tub is removed, on either shock tower, there will be four bolts visible which secure the upper shock mount to the chassis (FIGURE-3 YELLOW)
Remove the nut attaching the sway bar end link to the damper assembly (FIGURE-4 GREEN).
Remove the bolt attaching the damper assembly to the lower control arm. (FIGURE-4 BLUE).
To complete removal of the front shock assembly, remove the bolt and nut clamping the front upper A-arm’s ball joint to hub / carrier (FIGURE-5 YELLOW).
REMOVE FRONT SUSPENSION TOP MOUNT
Remove the three nuts securing the top mount of the shock to the front upper control arm mount (FIGURE-7 ORANGE). Set the upper control arm + control arm mount aside.
Next the OEM springs must be compressed and secured prior to removal of the damper’s top mount.
NOTE: A SET OF COIL SPRING COMPRESSORS IS RECOMMENDED (FIGURE-6 PURPLE).
Once the springs are securely compressed, remove the top dust cap (FIGURE-7 PINK), to access the nut securing the top mount to damper assembly. Remove this nut to release the top mount.
INSTALL U.P. SPRINGS ONTO THE OEM DAMPERS & REINSTALL
Next carefully remove the spring compressors from the OEM springs and transfer them to the U.P. Dual Rate Lowering Springs.
Follow steps 2 & 3 in reverse to reinstall the spring and shock assemblies.
***NOTE: Do not fully torque fasteners until the vehicle is supported by its own weight (either using a 4-post lift, or wheel lifts like Race Ramps)
REMOVE REAR SPRING ASSEMBLIES
To remove the rear spring, begin by removing the protective plastic cover from the rear control arm / spring perch (FIGURE-11 YELLOW).
Using a transmission jack, apply upward pressure to the underside of the control arm / spring perch to slighly compress the rear spring.
With pressure still applied, remove the bolt and nut securing the control arm / spring perch to the hub (FIGURE-11 BLUE), as well as the bolt and nut securing the bottom of the shock to the control arm (FIGURE-11 GREEN).
Once the bolts are remove, slowly lower the jack to gently uncompress the spring (the spring will need to be fully uncompressed – no tension).
The OEM spring should now be loose and capable of being removed.
Next, loosen the two bolts attaching the OEM damper to the vehicle’s chassis and remove the assembly (FIGURE-12 ORANGE).
INSTALL REAR SPRINGS
You will need to reuse the factory top and bottom rubber insulator pads (FIGURE-12 GREEN) when installing your new U.P. springs. **Be sure to install the spring and insulators in the correct orientation!
Next, you will need the transmission jack used to remove the factory spring again. With the jack under the lower perch, place the spring and insulators into the spring bucket area. (Applying gentle pressure with the jack may help with the positioning process.)
Using the jack, lift the OEM spring bucket until the bolts for the rear dampers, as well as the hub can be reinserted. Reattach nuts and tighten (recommended torque 85 ft⋅lb / 115Nm).
*** NOTE: Do not fully torque fasteners until the vehicle is supported by its own weight (either using a 4-post lift, or wheel lifts like Race Ramps)
Congratulations on your new springs!
***WE RECOMMEND PERFORMING A VEHICLE SUSPENSION ALIGNMENT ONCE THE INSTALLATION HAS BEEN COMPLETED***
MAKE SURE TO TORQUE WHEELS TO 129LBS/FT
• Every set of Unplugged Performance Dual Rate springs are engineered in a highly specific way for the intended vehicle configuration. Results of unintended applications are unsupported and not advised. Please ensure that the spring purchased is correct for your specific Model 3 in terms of battery pack size and RWD or dual motor configuration.
• If you have purchased used springs, please verify the original purchase invoice to ensure you have the correct spring for your car before installing.
• The Spring needs to be seated correctly. Please ensure that the spring is pressed against the stop at the bottom of the shock body. If it is not, the shock needs to be removed so that the spring can be re-seated correctly.
• Check all nuts and bolts and ensure they are tight and correctly torqued to spec. Step 4 of the installation guide details this.
• Have a Mid Range Battery Pack Car? There is no specific spring engineering for the extremely low production run Mid Range Pack cars. The long range RWD spring sets we make can be installed but may not provide the intended height results due to variances in vehicle weight.
• Have a Standard Range Battery Pack Car? All of our Long Range RWD springs should not be fitted to Standard Range cars. The reason is that Standard Range cars require their own dedicated spring engineering, which we list as a Standard Range specific spring. Fitting Long Range RWD springs to a Standard Range car will result in abnormal vehicle ride heights as the vehicle total weight and weight distribution is different than Long Range battery equipped cars.
IF YOU ARE EXPERIENCE ISSUES NOT OUTLINED ABOVE, PLEASE CONTACT SUPPORT@UNPLUGGEDPERFORMANCE.COM