Jeep Grand Cherokee L Floor Liner - Rear - Husky Liners - X-act Contour - Black - `21-`23

The Jeep Grand Cherokee L Floor Liner - Rear by Husky Liners, X-act Contour in Black is specially designed for the `21-`23 models. This floor liner offers a perfect blend of protection and comfort while maintaining a secure fit for your vehicle.

These rear floor liners are crafted using Husky's advanced FormFit Design process, which utilizes precision laser scanning to ensure an exact fit to the contours of your Jeep Grand Cherokee L. Constructed with rubberized DuraGrip™ material, it combines the strength necessary for rigorous protection with a soft surface for enhanced comfort. Whether faced with mud, dirt, or even chemicals like battery acid and oil, this liner will safely contain spills and debris, ensuring easy cleanup thanks to the patented FormFit Edge™. In addition, StayPut™ Cleats provide exceptional stability, locking into factory anchors to ensure no-slip performance on the road. This product is available only in black, offering a classic look that complements any vehicle interior, and it comes with a lifetime guarantee, attesting to its durability and longevity.

Features

• Custom-fit using advanced FormFit Design process
• Made from durable yet soft DuraGrip™ material
• Features FormFit Edge™ to keep spills contained
• Includes StayPut™ Cleats for stability
• No Hassle Lifetime Guarantee
• Proudly made in the USA

If you're considering further customization of your vehicle, the Husky Liners X-act Contour floor liner is an excellent choice for enhancing both appearance and protection. For more details or inquiries about our installation and customization services, feel free to directly contact us. We offer these services at our two locations in Austin, Texas and the Los Angeles, California area. Our phone numbers are 512-982-9393 (TX) and 562-981-6800 (CA). For those interested in purchasing multiple items, please contact us directly for potential shipping discounts. Visit our stores for on-premises installations at both locations.