82 in H Aluminum Wheelbarrow Ladder, 5 Steps, 350 lb Load Capacity MPN:WLARTR105244
82 in H Aluminum Wheelbarrow Ladder, 5 Steps, 350 lb Load Capacity
Elevate your outdoor tasks with the 82 in H Aluminum Wheelbarrow Ladder from TRI-ARC. This sturdy 5-step ladder features a 350 lb load capacity, perfect for gardening, landscaping, or heavy-duty yard work. The aluminum construction ensures durability and resistance to corrosion, while the ribbed step treads provide secure footing. The ladder's compact design and 56-degree climbing angle make it easy to maneuver in tight spaces. Ideal for professionals and DIYers alike, this ladder is ANSI and OSHA compliant, ensuring safety and reliability. Use it for tasks such as pruning, planting, or repairing outdoor structures, and enjoy the added convenience and efficiency it brings to your work.
Top product features:
- The product has 5 steps with a climbing angle of 56 degrees for easy and stable climbing.
- The ladder has a 350 lb load capacity for safe use with heavy loads.
- The ladder has handrails included for added safety and support.
Top product applications:
- Construction sites
- Outdoor events
- Home improvement projects
Wheelbarrow Ladder, Material Aluminum, Platform Height 4.2 ft, Handrails Included Yes, Handrail Height 2.7 ft, Overall Height 6.8 ft, Number of Steps 5, Assembled, Load Capacity 350 lb, Step Tread Ribbed, Platform Depth 14 in, Platform Width 24 in, Bottom Width 37 in, Base Depth 48 1/2 in, Overall Width 37 in, Climbing Angle 56 Degrees , Step Depth 7 in, Step Width 24 in, Ladder Actuation None, Finish Unfinished, Color Gray, Standards ANSI, OSHA Compliant, Includes Crutch Tips
Additional Information
- Country of Origin: US
- Drop Ship Item: Yes
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 8 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 96.00
- Package Width: 40.00
- Package Height: 49.00
- Package Weight: 107.00
Product info last updated on February 15, 2026 11:43am UTC
Category: Ladders, Scaffolding and Platforms