4 Pcs Rubber Jack Pad Block Compatible for BMW Car Jack Rubber Cushion

Dimensions: Drain diameter * Height from base = 72 * 24 mm, Top = 55 * 26 * 13 mm, Weight = 85 g, fits most sockets. Material: Robust rubber construction, compatible with most vehicles and offers increased cushioning and pressure resistance. Soft rubber surface that will not scratch painted or coated body panels. Secure grip: The underside of the pad has grooves that ensure a correct and secure fit on most sockets and vehicles. When lifting the vehicle, the frame rails and clamp welds are effectively protected from breakage and bending. Compare the dimensions and ensure the pad fits most jacks and vehicles, as well as common workshop equipment. Note: Please check the dimensions listed below before purchasing to confirm compatibility with your vehicle. Description: The durable, scratch-resistant rubber material will not slip and will not damage the vehicle's metal. Ideal for vehicle repairs or for storage in the car, as some tire shops don't use these pads, and unfortunately, they can bend the jacking point or scratch the welded paint. This ultimately leads to rust, and with this simple product, you can avoid these problems! Be sure to protect your frame rails with these jack pads. Without adequate support, the thin rails will bend and cause problems later. Fits most jacking points. Check the fit using the dimensions above. Product Information: Product Name: Rubber Jack Pads Size: Bottom Diameter * Bottom Height = 72 * 24 mm, Top = 55 * 26 * 13 mm Weight: 84 g Material: Solid Rubber Installation: Insert the pad into the jacking point opening of the vehicle and position the jack directly underneath. Ensure the jack is centered on the pad. Package Includes: 4 * Rubber Pads Note: 1. As it is a rubber material, it has a slight rubber odor. Please leave it in a well-ventilated room for a while. 2. If your car's rails have small edges, be careful when purchasing grooved rubber mats. 3. The product size is measured manually, therefore measurement errors of +/- 3 mm may occur.