10′ L x 16″ W Heavy Equipment Ramps, Hook End, Stub Foot – 10,000 lb. per Axle

Heavy-Duty Hook-End Aluminum Equipment Ramps – 10′ x 16″

Load your heavy machinery safely and efficiently with these Hook-End Aluminum Equipment Ramps, designed for skid steers, trenchers, tractors, loaders, and other heavy-duty vehicles. Each ramp supports up to 10,000 lbs. per axle and accommodates heights from 36″ to 42″.

Key Features:

• Hook-End Design: Securely attaches to the rub rail or angle iron of your trailer to prevent slipping during use—no extra safety straps required.
• Stub Foot: Reinforced rectangular foot offers superior durability and allows flexible positioning to match various loading heights.
• Serrated Rungs for Traction: Horizontally serrated rungs provide maximum tire grip and effective water drainage, ensuring safe loading even in wet or muddy conditions.
• Lightweight Aluminum Build: Crafted in the USA from high-strength, military-grade aluminum—each ramp weighs only 73 lbs., yet offers exceptional load capacity.

Specifications:

• Length: 10′
• Width: 16″
• Height: 4-1/4″
• Weight: 73 lbs. each
• Maximum Capacity: 10,000 lbs. per axle
• Minimum Height: 36″
• Maximum Height: 42″
• Material: Aluminum
• Foot Type: Stub
• Attaching End: Hook

Additional Information:

• Sold in pairs for complete loading setup
• Ideal for heavy-duty construction or farm equipment
• Serrated surface ensures secure footing in all weather conditions
• Compact design fits most trailer pockets for easy storage

Usage Guidelines:

• Not recommended for vehicles with mounted cranes, forklifts, or steel tracks
• Never exceed maximum axle weight
• To determine your vehicle’s axle weight, drive the heaviest axle onto a scale (usually the front axle due to engine weight)

Warranty & Safety:
This HD Ramps product is backed by a 5-year warranty and guaranteed to be free of defects at the time of purchase.

⚠️ WARNING: This product may expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.