Outstanding service | Free Ground Shipping | No Backorders Ever | 30 Day Return Policy

Skip to product information
1 of 2

BMR DSL002R - 91-96 B-Body Driveshaft Safety Loop - Red

BMR DSL002R - 91-96 B-Body Driveshaft Safety Loop - Red

BMR | DSL002R
SKU: BMR-DSL002R
Regular price $107.99 USD
Regular price $118.79 USD Sale price $107.99 USD
Sale Sold out
Shipping calculated at checkout.

Low stock: 2 left

Quantity

DISCLAIMER: This Item Is Special Ordered, which may have cancellation or return restrictions. Please see our terms and conditions for more information.

BMR DSL002R - 91-96 B-Body Driveshaft Safety Loop - Red

Protect your 1991-1996 GM B-Body, while complying with NHRA safety rules with a Driveshaft Safety Loop from BMR's suspension. If you drag race your Fourth Gen, chances are you need a driveshaft safety loop to be NHRA legal. Built from 1/4-inch laser-cut CNC-formed plate steel, BMRs DSL002 Driveshaft Safety Loop bolts-on using OE mounting holes from the factory transmission crossmember. This design gives you a solidly mounted loop that will stay in place should a driveshaft or transmission failure occur.BMR's suspension designed the Driveshaft Safety Loop to contain a driveshaft, keeping it from ripping through the floor or digging into the track in event of a failure. It simply attaches to the floor board using factory bolt holes with supplied Grade 8 hardware. BMR designed the DSL002 for street, drag race, and top speed applications. A Driveshaft Safety Loop is cheap insurance to protect your investment and provide peace-of-mind whether you are at the track or on the street. When performance is a must, rely on BMR's suspension!BMR's suspensions DSL002 bolt-on Driveshaft Safety Loop is available in black hammertone and red powdercoat for long-lasting good looks. Installation time is about 1 hour. Proudly made in the U.S.A.!

Adjustable: No
Driveshaft Safety Loop Finish: Red powdercoated
Driveshaft Safety Loop Material: Steel
Driveshaft Safety Loop Style: Flat
Installation: Bolt-on
Quantity: Sold Individually
View full details