3/4 Aluminum Scalloped Tube - 20in.

The QUICKCAR Racing Products 3/4 Aluminum Scalloped Tube – 20in. (QRP75-200) is a precision suspension component engineered for high-performance racing applications. This 20-inch aluminum tube features a scalloped design that reduces weight while maintaining structural integrity, making it an ideal choice for builders seeking to optimize suspension geometry in competition vehicles. The 3/4-16 female thread specification integrates seamlessly with standard suspension rod ends and adjustment hardware used across drag racing, circle track, and street-strip builds.

Manufactured in aluminum and available in both black anodized and natural finishes, this suspension tube delivers a weight advantage over steel alternatives without compromising durability. The 1.25-pound specification reflects the material's efficient strength-to-weight ratio—critical when tuning suspension compliance and unsprung mass in vehicles where handling precision directly impacts lap times. The scalloped profile is not merely aesthetic; the material reduction through strategic cutouts lowers inertial load on suspension articulation while maintaining the load-carrying capacity required for aggressive cornering and acceleration cycles.

This component is purpose-built for engine builders, chassis fabricators, and race teams who require OEM-quality suspension tubes for independent front end (IFS) conversions, coilover installations, and adjustable suspension systems. The 20-inch length and female threading configuration accommodate both bolt-in repairs on existing vehicles and custom suspension architectures. Whether replacing a worn OEM component or integrating into a ground-up build, the precision 3/4-16 thread pitch ensures consistent engagement with industry-standard rod ends and jam nuts.

QUICKCAR Racing Products is recognized by serious competitors for delivering suspension hardware that meets the exacting standards of circle track and drag racing environments, where component reliability directly impacts safety and performance consistency.