Aluminium step double ladder Krause 124715, max working height 2.25 m, double-sided steps

Aluminium step double ladder Krause 124715 is a compact, corrosion-resistant aluminium ladder designed for work at moderate heights with a maximum working height of 2.25 m. The ladder features double-sided steps that allow safe ascent and descent from either side, stable non-slip feet for firm placement on flat surfaces and a lightweight construction that simplifies transport and setup. Intended for both domestic and professional environments, this ladder provides a practical solution when a portable, easy-to-store access platform is required.

Advantages

The aluminium construction ensures long-term resistance to rust and reduces overall weight compared with steel alternatives. Double-sided steps increase flexibility of use and make it possible for two people to access the ladder from opposite sides, improving workflow in tasks like painting or installation. Wide steps and stable feet improve user stability, while the foldable design reduces storage footprint and supports quick deployment on site.

Suitable for

Key specifications

How to use

Place the ladder on a firm, level surface and fully extend it until all locking mechanisms engage. Ensure the feet make full contact with the ground and that the ladder is stable before climbing. Use the double-sided steps to access the work area from the most convenient side; do not exceed the maximum working height of 2.25 m. Climb and descend facing the ladder, keeping three points of contact when moving. Fold the ladder for transport or storage only after confirming it is unloaded and locked in the closed position.

Recommendations

Before each use, inspect the ladder for damage, loose joints or wear on the feet. Avoid using the ladder on uneven or soft ground without appropriate support. For tasks requiring extended reach, use a suitable platform or higher access equipment rather than overreaching from this ladder. Follow local safety regulations and wear appropriate footwear to reduce slippage risk.