Scale Set Elite Wireless 15in Pads 3000lbs

The Scale Set Elite Wireless 15in Pads 3000lbs from LONGACRE represents the gold standard for professional vehicle weighing in automotive shops, collision centers, and race facilities. Designed for technicians who demand accuracy when diagnosing suspension geometry, weight distribution, and chassis balance, this wireless scale set eliminates the guesswork from critical measurements that directly impact handling, tire wear, and safety. Whether you're setting up a track car, diagnosing brake pull issues, or performing pre-alignment diagnostics, knowing your vehicle's actual corner weights is non-negotiable—and this system delivers that data instantly.

Each pad in this four-pad set features a 15-inch platform designed to accommodate wheels across a wide range of vehicle sizes, from compact cars to full-size trucks and SUVs. The 3000-pound weight capacity per pad (12,000 pounds total system capacity) covers nearly every street and track vehicle application with margin to spare. Wireless connectivity eliminates cable management hassles and allows technicians to position themselves for optimal wheel placement and tire centering without being tethered to a display unit. The solid platform construction resists deflection under load, ensuring repeatable measurements that are essential for suspension tuning, load transfer analysis, and brake bias verification.

Professional mechanics rely on this scale set for pre-alignment weight checks that reveal suspension problems before they show up on a alignment rack. Fabricators and chassis builders use it to validate ride height changes and confirm weight transfer characteristics after modifications. The compact footprint (25 x 22 inches per pad) fits into tight shop spaces while the durable construction withstands daily use in demanding environments. Installation requires only a level concrete floor—no special preparation or calibration equipment needed beyond the wireless receiver, making this a practical investment for shops serious about precision diagnostics.