Compact and Portable Car Escape Tool - Your Lifesaving Companion This lightweight and portable car escape tool measures just 3.6 inches, making it easy to carry and store in your vehicle. Its compact design saves space and can be conveniently attached to a keychain for quick access. The safety hammer includes a base with adhesive backing, allowing secure placement inside your car where needed. Multiple units can be placed throughout the vehicle—two for the front and two for the back—ensuring accessibility for all passengers. Essential Emergency Escape Tools for Your Car This car window breaker and seatbelt cutter are vital tools for emergency situations. The window breaker is designed to function under water pressure, ideal for underwater escapes. It enables fast exit during critical events such as car fires, rollovers, electrical failures, floods, and other emergencies. Vehicle Window Breaker with High-Impact Power This 2-in-1 safety hammer features a durable tungsten steel tip with a hardness of 55 and a high-pressure spring mechanism for instant glass breaking. With 20KGF of impact force, it easily shatters side window glass with minimal effort. The metal tip remains recessed within the tool and only deploys upon activation, ensuring safe storage. Quick and Easy to Use for All Ages The compact design allows anyone to operate the tool in an emergency. Whether elderly, young, or adult, users can break a window with simple finger pressure, enabling rapid escape. The tool is intuitive and effective for all skill levels. Seatbelt Cutter for Quick Rescue Equipped with a concealed sharp U-shaped stainless steel blade, the safety hammer quickly cuts through jammed seatbelts. Simply position the blade against the seatbelt and push forward to sever it instantly, facilitating fast evacuation. Stay safe with this essential car escape tool, designed to protect you and your family during unexpected emergencies. Note: Due to lighting and screen settings, the item's color may vary slightly from images. Slight dimensional differences may occur due to manual measurement.