Attention scale builders seeking a dually setup: Check out this blog for our latest item!

This is a special edition ProBuild™ 1.55" R12 6-Lug Adjustable Offset Aluminum Beadlock Wheels (2). Inspired from an iconic movie and vehicle from the 1990s, combined with our patented Probuild design for a quick and easy installation and setup. This beadlock wheel is a mix of nostalgic beauty and scale performance.

Are you a fanatic of a classic wheel? Look no further Boom Racing releases a new ProBuild™ 1.9" classic beadlock wheels. Run them deep dish or original width. These are perfect wheels for classic vehicles. 

Boom Racing releases a six-lug version of their popular 16-hole steelie beadlock wheels. Click to find out more.

This is ProBuild™ 1.9" Narrow RTS Adjustable Offset Aluminum Beadlock Wheels (2). The Boom Racing ProBuild wheels use a patented design for quick and easy installation and setup.

Boom Racing releases all-new reversible KRAIT 1.0" brass beadlock wheels for mini crawlers such as the SCX24.

Boom Racing releases a new option for the ProBuild 1.9" beadlock wheels - a heavy weighted brass center ring with adjustable lead weights.

Boom Racing released a new Neo Chrome color option for their ProBuild 1.9" Offset Beadlock Wheels.

Boom Racing is releasing the all-new transparent 1.9" ProBuild "CAL" beadlock wheels.

Introducing the all-new Boom Racing ProBuild 1.9" Customizable Beadlock Wheels with built-in offset features.

Ever needed to switch between standard offset and deep-dish wheels? Boom Racing releases two all-new 1.9" reversible S100 and S200 steelie reversible beadlocks.

Boom Racing just released three additional colors for their Extra Wide 1.9" KRAIT™ TE37XD deep dish aluminum beadlock wheels.

Boom Racing releases their 5-Lug billet aluminum wheel hub adapters in four different offset sizes.

Boom Racing releases a new scale 4wd center locking hub cover for their 1.55 and 1.9 beadlock wheels.

This all-new extra wide (40mm/1.57in) 1.9 KRAIT beadlock wheel features beefier look and improves sidewall conformity.