Ladder Leveler 380 lb Capacity PP Stair and Uneven Ground Stabilizer Platform
Tools, Home & Hobby
1K+ Sold
Tools, Home & Hobby
1K+ Sold
Create a more stable ladder setup on challenging surfaces with this ladder leveler designed for slopes, steps, rooftops, wood, and grass. Its high-strength PP construction supports loads up to 380 lb while the anti-slip foot design increases friction for steadier positioning. The ladder stabilizer works with fiberglass, aluminum, telescopic, and straight ladders. Designed around 26°±1° and 77°±1° angles, it provides practical support for a variety of leveling applications.
Key Features
380 lb Load Capacity — Provides sturdy support for demanding ladder setups.
High-Strength PP Construction — Offers toughness for repeated leveling applications.
Anti-Slip Foot Design — Increases friction to help reduce unwanted sliding.
Multi-Surface Use — Suitable for slopes, indoor steps, wood, grass, and rooftops.
Broad Ladder Compatibility — Works with fiberglass, aluminum, telescopic, and straight ladders.
Integrated Storage — Provides convenient storage as part of the leveler design.
Specifications
Material: PP
Color: Silver
Size / Dimensions: 3.82 in diameter x 19.41 in (97 x 493 mm)
Maximum Load Capacity: 380 lb (172.4 kg)
Angles: 26°±1° and 77°±1°
Net Weight: 8 lb (3.62 kg)
Compatible Uprights: 7.5–8 in
Compatible Step Width: 10 in
Why Choose Our Ladder Leveler 380 lb Capacity PP Stair and Uneven Ground Stabilizer Platform
This ladder leveling tool combines high-strength PP construction with anti-slip support for use across multiple surfaces and ladder types. Its 380 lb capacity and defined leveling angles make it a practical accessory for uneven or sloped working areas.
Perfect For
Suitable for ladder setups on stairs, slopes, rooftops, grassy areas, wood surfaces, and other uneven terrain. Center the ladder feet on the platform for proper stability.
Improve Stability on Uneven Surfaces
Add dependable leveling support to compatible ladder setups and work more confidently across difficult surfaces.
