UMI 1993-2002 F Body Adjustable Front A Arms
Application: 1993-2002 GM F-BodyOur
tubular a-arms were built with this in mind-to offer the strongest
manufactured item on the market while adding great weight savings over
the stock piece. Over much research and development, we have
accomplished this by using the best components offered for this
application. By adding our tubular a-arms to the front of your F-Body
you immediately remove 8 lbs. from the front of your vehicle, while
adding strength and increased performance.
These tubular
a-arms were designed to outperform the stock setup, whether it’s at the
race track or a added improvement to your daily driver, they been
tested and improved to handle both applications. Our tubular lower
a-arms can be installed on the stock K-member or any aftermarket
K-member. They are designed to reduce front end weight, as well as
“unsprung” weight, providing improved handling performance to the front
of your vehicle. Our a-arms are built using strong DOM steel tubing
(Item # 2300CM uses DOM 4130 Chrome Moly Tubing - See Below); 0.188”
CNC machined shock mounts, Moog® Problem Solver ball joints and QA1® XM
Endura series rod ends. Each component has been chosen to offer the
highest quality part available today!
UMI’s a-arms are supplied with high quality QA1®
spherical bearing rod ends. These rod ends replace the stock rubber
bushings found in the OEM arms. Our rod end design is to allow free
movement and travel in the front suspension while adding additional
front end adjustment when needed.
Features:
- 1.250” x 0.120” Mild Steel DOM Tubing
- TIG Welded 4130 Chrome Moly Threaded Tube Adaptors
- Moog “Problem Solver” Grease able Ball Joints
- QA1® ¾” Hard Chrome Plated, Teflon/Kevlar Self Lubricating Race Rod Ends
- CNC Machined Ball Joint Cups
- Shock Mounts are CNC Machined from 0.188” Steel Plate and Precision Bent
- Grade 8 Shock Mounting Hardware Included
- Brilliant Durable Powder Coat
- Uses OEM Hardware
*Chrome Moly version uses 1.250" x 0.095" 4130 Chrome Moly steel adding increased strength and reducing product weight.