The Hillsboro Series 4000 and Hybrid STA 1000 share many functional features but differ in their material construction approach. Understanding these differences helps match deck choice to specific operational priorities.
The steel deck surface and tailboard provide enhanced durability for heavy-duty applications involving concentrated loads or abrasive materials. Aluminum skirting and toolboxes offer corrosion resistance in areas exposed to road spray and weather.
Full aluminum build uses .125-inch thick aluminum throughout the deck and tailboard, with steel limited to main frame rails. This construction prioritizes weight savings and comprehensive corrosion resistance over maximum surface hardness.
The Series 4000 includes flip-up stainless steel tie hooks that provide additional securing points beyond the standard stake pockets. These hooks flip down flush when not needed, maintaining a clear deck surface for loading operations.
Both decks include identical functional elements:
Side rails fold down for loading oversized equipment, then raise to contain cargo during transport. The consistent height provides uniform tie-down points along the deck length.
Side skirting incorporates a fuel fill access point for convenient refueling without reaching under the deck or accessing fuel caps from awkward positions.
Gooseneck ball hitch and rear receiver hitch come standard, supporting both conventional bumper-pull and gooseneck trailer towing without additional equipment.
Full-sealed aluminum toolbox construction protects stored tools from weather intrusion. The boxes unbolt for replacement if damaged, avoiding the need to replace entire deck sections.
Both decks deliver reliable performance for commercial hauling operations. The choice depends on whether your priority leans toward steel’s surface toughness or aluminum’s weight and corrosion advantages.
Compare detailed specifications across our Hillsboro flat deck lineup, or contact us to discuss which deck configuration matches your specific hauling requirements and operating environment.