The HAILO L80 ComfortLine stepladder offers maximum safety and comfort for all your jobs in and around the house. Its extra-deep XXL 130 mm steps ensure a stable footing, while the galvanized steel platform with anti-slip ribs and non-slip feet provides added security. The parallel rail design provides more legroom and allows you to work more ergonomically. The multifunctional tray and bucket strap also keep your tools, paint cans, or accessories always within reach. A lightweight, sturdy, and practical stepladder that combines safety with ease of use.
Why choose the HAILO L80 ComfortLine?
This aluminum stepladder is specially designed for domestic use and combines high quality with clever details. It offers the perfect blend of stability, safety, and practical features.
Extra-deep XXL steps
The 130 mm deep aluminum steps with anti-slip ribs provide optimal grip and stability. This allows you to work comfortably, even on longer projects.
Multifunctional and practical
The integrated tray is ideal for tools, paint cans, or small parts. Thanks to the bucket strap with snap closure, you can securely secure buckets, cable reels, or vacuum cleaners.
Safety down to the last detail
The non-slip feet and the galvanized platform with anti-slip ribbing ensure maximum stability. The high-tech rail-tread connections guarantee durability and safety for every job.
Optional: HAILO EasyClix
For even more versatility, the stepladder is compatible with HAILO EasyClix interchangeable feet (optional accessory), so you can easily adapt it to different floors.
Specifications
- Height: 146 cm
- Width: 45 cm
- Depth: 85 cm
- Extended length: 1.46 m
- Number of steps: 4
- Maximum working height: 285 cm
- Maximum load capacity: 150 kg
- Weight: 4.5 kg
- Material: Aluminum
- Warranty: 3 years
Benefits in brief
- XXL steps, 130 mm deep
- Multifunctional tray and bucket strap
- Non-slip feet and sturdy platform
- More legroom thanks to parallel rails
Small point of attention
This stepladder is ideal for domestic use; for very intensive professional applications, a heavier model with more steps may be more suitable.
