RubberShox®

Modular Universal Natural Rubber Suspension Bump Stop - END Module (Set of 2)

UB3 : The UB3 module is the end module for use with the RubberShox patented UB series of modular bump stops. UB3 is added to the end of UB1 base or UB2 sub-modules with a firmness of 60A (for softer 45A, see UB3F).

The RubberShox UB series is a patented, modular bump stop replacement solution. Combine the base UB1 module with one or more interlocking UB2 submodule(s) and a UB3 end module to customize the height of your bump stop.

UB3F : The UB3F module is the end module for use with the RubberShox patented UB series of modular bump stops. UB3 is added to the end of UB1 base or UB2 sub-modules with a firmness of 45A (for firmer 60A, see UB3).

Features

UB3

UB3 is the end-module of a patented, modular, universal rubber bump stop system. Required for use with other RubberShox Modular Bump Stops.
Dimensions: 2.91” height x 4” width. Combine with UB1 and UB2 modules to increase height. UB1: 1.4”, UB3: 1.85”.
Customizable height: UB1+UB3 = 4”H. UB1+UB2+UB3 = 5.5”H. UB1+UB2+UB2+UB3=
7”H. UB1/UB2 modules not included.
Heavy Duty: Each unit supports 2500 lbs, or 5000 lbs per axle. Hardness: 60A.
Disclaimer: These do not increase vehicle load capacity. Refer to your vehicle’s factory GVWR and payload rating before operation. Always follow applicable laws/regulations during operation and exercise discretion.

UB3F

UB3F is the end-module of a patented, modular, universal rubber bump stop system. Required for use with other RubberShox Modular Bump Stops.
Dimensions: 2.91” height x 4” width. Combine with UB1 and UB2 modules to increase height. UB1: 1.4”, UB3: 1.85”.
Customizable height: UB1+UB3 = 4”H. UB1+UB2+UB3 = 5.5”H. UB1+UB2+UB2+UB3=7”H. UB1/UB2 modules not included.
Heavy Duty: Each unit supports 2500 lbs, or 5000 lbs per axle. Hardness: 45A.
Disclaimer: These do not increase vehicle load capacity. Refer to your vehicle’s factory GVWR and payload rating before operation. Always follow applicable laws/regulations during operation and exercise discretion.