Lower control arm prying tool — designed to make ball joint removal and installation faster, safer, and more reliable. Key benefits Simple, single-operator use: Designed for effortless removal and installation of ball joints and related components without a second pair of hands. Saves time and reduces effort: Ergonomic, easy-grip handle and optimized leverage speed up common suspension and drivetrain jobs. Durable, workshop-ready construction: Built from sturdy materials to withstand repeated use and everyday maintenance work. What it does Removes and installs ball joints quickly and accurately. Assists with installation and positioning of wheel bearings, front axles, and CV joints. Provides controlled prying force to reduce risk of damage to adjacent components. Who it works with Compatible with trucks and many other vehicles that use lower control arm-mounted ball joints and similar suspension/drivetrain assemblies. Ideal for professional mechanics, backyard technicians, and anyone performing brake, hub, axle, or control-arm service. Features and performance Ergonomic handle for secure grip and improved leverage during prying and positioning tasks. Streamlined design for access to tight suspension and axle areas. Sturdy construction meant to tolerate repeated workshop use while maintaining performance. Typical use scenarios Replacing a worn ball joint on a lower control arm during suspension repair: frees the joint without needing a second technician and minimizes time under the vehicle. Installing a wheel bearing or repositioning a front axle: provides controlled force to seat bearings and align axle components. Removing or installing CV joints during drive-train service: helps separate components cleanly without excessive hammering or risk to surrounding parts. Practical notes Use with appropriate vehicle support and standard safety procedures. Designed to assist with common suspension and drivetrain tasks; may be used alongside other specialty tools for complete jobs. A reliable, easy-to-use tool for routine lower control arm and related maintenance that improves efficiency while protecting surrounding components.