Boost your payload and profit
The revolutionary, patented, weld-free Hicks aluminum dump body and trailer design redefines strength and maximizes profit for hauling sand, gravel, dirt, and asphalt. Increase your payload.
Avoid heavy degraded aluminum areas and costly weld repairs.
Eliminate aluminum welding costs and guarantee the workmanship. Hicks's design, using Huck fasteners, retains full temper of aluminum components. Our modular design is repairable to a like-new state.
Watch our trailer walk-around and bolted versus welded demonstration in the videos linked below.
Save money with a lighter load
Hicks customers earn thousands of extra dollars in revenue each year by transporting extra product with the lightweight dump body or trailer.
Hicks's design doesn't add extra pounds with extra metal needed to make up for aluminum weakened by welding.
- 8,823 pounds
- Hicks 39-Footer
Customize Your Own
Customize Your Own Frame Type
Watch
Bolted vs. Welded
Hicks Walk-Around
Hicks Manufacturing, LLC, of Minden, LA is a manufacturer of aluminum dump body, frameless, and frame type trailers. Our revolutionary and patented design replaces welding with Huck fasteners to address the age-old battle of aluminum cracking. Our lightweight design redefines strength, will last longer, is easier to repair, and will maximize payloads.
Browse our productsOur History
The Hicks family has been in the dump trailer industry for 70+ years. We understand how painful costly maintenance and repairs are. Glen Hicks recognized as early as the 1950s that bolted joints could perform in areas where welded joints fail. Aluminum alloys used in extrusions lose much of their yield strength when welded. Hicks is built using Huck fasteners. By not welding, we have no areas of low yield strength which is where competitors’ units fail. Hicks will provide you with lower weight, a beautiful finish, and greater durability.
The Hicks Family has served thousands of aggregate haulers over decades. We are dedicated to maximizing your trailers' uptime and payload.