Twin Cam HD Jack Sidewin d 25000 lbs. Static 1250

The REESE Twin Cam HD Jack Sidewind 25000 lbs. Static 1250 is a heavy-duty manual trailer jack engineered for serious towing operations, equipment transport, and recovery scenarios requiring reliable load support and precise height adjustment. With a 25,000-pound static capacity, this sidewind jack delivers the mechanical advantage needed to safely lift full trailers, cargo platforms, and specialty transport rigs in field conditions where power tools are unavailable or impractical.

The Twin Cam HD design features 12.5 inches of vertical travel with a 13.5-inch drop leg extension, providing flexible mounting options on different trailer frame heights and geometries. Manual sidewind operation gives operators full mechanical control—no dependency on electrical systems, batteries, or hydraulic pressure. The steel construction with black paint resists corrosion in varied weather and provides durability for repeated field deployment. At 64 pounds, the jack is portable enough for tactical transport and recovery kit integration while maintaining the rigidity necessary for safe load handling at full rated capacity. The crank-operated mechanism requires a separate handle (sold separately) and allows smooth, controlled lifting without shock loading or sudden movement.

This trailer jack is suited for law enforcement motor pool operations, military logistics, towing companies, off-road recovery teams, and anyone managing heavy trailer or equipment movement where a dedicated, non-motorized lifting solution is required. The 25,000-pound capacity accommodates standard commercial and specialty trailers, making it a critical component in mobile command vehicles, transport operations, and remote site setup scenarios where manual mechanical control and reliability are non-negotiable.

The REESE brand is recognized in the trailer equipment market for consistent build quality and straightforward mechanical design. Sidewind jacks remain the standard choice in industries where simplicity, repairability, and independence from external power systems are valued—particularly in austere or remote operating environments where redundancy and self-sufficiency are operational requirements.