Metalcloak JK/JL/JT Wrangler Adjustable Bump Stops, Rear, (1″ – 4″)
445.00
MetalCloak’s adjustable rear (JK/JL/JT) Rear Bump-Stop System is designed so you can dial in the exact amount of bump stop for the tire size you choose. Designed for the JK/JL Jeep Wrangler & JT Gladiator Jeep Truck rear applications.
Features Include:
- 8 Rectangular Stackable One Inch Pads
- Easy Height Adjustment for 1″ – 4″
- Hard Thermoset Elastomer (90 durometer) Material
- All Required Hardware
- Easy Installation
Out of stock
Tech Support
For the life of the product
Satisfaction Guaranteed
No hassle return policy
Lowest Price
We'll match or beat any price
Free Shipping
on orders over 1000 SAR
What's in the kit?
- Bump Stop Pucks (8)
- All Required Hardware
Rear Bump Stops
Manufactured from trail-proven natural thermoplastic elastomer, each puck is designed to work universally with your JK/JL Wranglers and JT Gladiator.
Easy Adjustment
Designed specifically for the JK/JL/JT, the system comes with 8 Rectangular Pucks, allowing for easy adjustment between 1" - 4"
Dimensional Specifications
Bump Stop Size Recommendation
|
Items |
Details |
|---|---|
|
Compatibility |
2007 - 2018 JK Wrangler | 2018 + JL Wrangler | 2019 + JT Gladiator |
|
Bump Stops |
Thermoset Elastomer |
|
Steel Coating |
Gold Zinc |
|
Installation Difficulty |
Easy |
|
Body Modification |
Some Drilling Required (JT Gladiator) |
|
Installation Instructions |
| Brand | Metalcloak |
|---|
Only logged in customers who have purchased this product may leave a review.
| Year | Make | Model | Engine |
|---|---|---|---|
| Year | Make | Model | Engine |
| 2007 - 2018 | Jeep | Wrangler (JK) | |
| 2018 - 2024 | Jeep | Wrangler (JL) | |
| 2019 - 2024 | Jeep | Gladiator (JT) |
Metalcloak stands at the forefront as the premier manufacturer of game-changing off-road and 4×4 aftermarket lift kits, suspension systems, fenders, body armor, rockers, and skid plates. At Metalcloak, they operate as a Systems-Based Company, adhering to a philosophy centered on developing seamlessly integrated systems. Their approach involves designing each individual part to not only function effectively but also enhance the overall system’s performance.
Reviews
There are no reviews yet.