Control Arm Screw-In Alum Shaft 10-1/4in 10Dg

The Control Arm Screw-In Aluminum Shaft 10-1/4in 10Dg from ALLSTAR PERFORMANCE is a precision suspension component engineered for street and competition vehicles requiring adjustable control arm geometry. This screw-in shaft design allows mechanics and fabricators to fine-tune caster and camber settings without complete control arm replacement, making it ideal for race car builders, suspension technicians, and enthusiasts pursuing optimal handling characteristics. The 10-degree offset incorporated into this aluminum shaft enables critical suspension alignment adjustments that directly impact tire wear, cornering stability, and overall vehicle dynamics.

Constructed from lightweight aluminum alloy, the 10-1/4 inch shaft delivers the strength-to-weight ratio necessary for high-performance applications while resisting bending and twisting under cornering loads. The screw-in design facilitates quick removal and replacement during suspension tuning sessions, allowing technicians to swap geometries without major disassembly. The 10-degree angle is a proven offset specification for correcting steering geometry in modified or lowered vehicles, where factory control arms no longer provide adequate caster or camber correction. This precision-machined component integrates seamlessly with existing ALLSTAR suspension systems and standard control arm mounting points, ensuring compatibility across multiple platform applications.

Professional suspension shops, short-track racers, and street performance builders benefit most from this screw-in shaft option when addressing alignment issues on modified A-arms or custom-fabricated suspension setups. Installation requires standard tools and basic suspension knowledge; the threaded design eliminates welding and allows field adjustment without special equipment. Whether you're dialing in a drag car's launch geometry, correcting bump steer on a lowered street machine, or fine-tuning a road course car's handling balance, this ALLSTAR component delivers the adjustability and durability demanded by serious suspension work.