Telescopic Car Wheel Brace with 2 Sockets L Shaped Universal Wheel Wrench for Tire Removal

Description: 

• Remove stubborn wheel lug nuts effortlessly with this telescopic L shaped car wheel brace made of durable CR-V steel. The extendable handle provides extra leverage, while the 2 double sided sockets fit most passenger vehicles.

Features:

• CR-V Steel Material for Durability: Made of Chrome Vanadium alloy steel (CR-V) that is strong and wear resistant. Ensures the wheel brace will not deform or slip during tire removal, providing reliable performance for emergency roadside repairs.
• L Shaped Ergonomic Design with Telescopic Handle: Features an ergonomic L shape with a 36 to 50cm extendable shaft. Allows you to adjust the leverage length based on the tightness of the lug nuts, making tire changes more efficient and less strenuous especially for drivers with less upper body strength.
• 2 Double Ended Hex Sockets with 4 Sizes: Includes 4 commonly used socket sizes integrated into two ends: 17/19mm and 21/23mm. Covers the lug nut requirements of most passenger sedans and SUVs, eliminating the need to carry multiple tools.
• Quick Locking Extension Mechanism: The shaft locks securely when rotated 90 degrees after extension. Simple and quick to operate with a stable and reliable telescoping structure that stays in place during use.
• Compact Storage with Carrying Pouch: Folds down to a compact size for easy storage. Comes with a storage pouch that fits neatly in your car trunk, under a seat, or in the spare tire compartment.

Specifications:

• Material: Chrome Vanadium Steel (CR-V)
• Extended Length: Approx. 36 to 50cm
• Socket Sizes: 17mm, 19mm, 21mm, 23mm

Package Contents:

• 1 x Telescopic Car Wheel Brace
• 2 x Sockets
• 1 x Storage Pouch

Please Note:

• Ensure the wheel brace is fully locked in the extended position before applying force.
• Due to manual measurement, there might be a slight tolerance in the product size.
• The color of the item and that shown in the pictures might have a slight difference due to lighting effects and screen display.