Werner Soft Close Telescopic Extension Ladder,2.9m

Product Information

Big performance, but small enough to slide into the van, this extension ladder is suitable for professional and home use.

Made from corrosion-resistant aluminium alloy, this 4.7m (15.5ft) option weighs in at just 13.3kg, while offering a maximum load of 150kg. Key specs – Maximum length: 3.8m (12.6ft); Closed length: 1.1m; Maximum load: 150kg; Weight: 12.5kg; Material: Aluminium; Colour: Silver An extremely popular option, the WolfWise has been designed with safety at the fore, with non-slip end caps to keep it firmly in place when in use and a design that prevents trapped fingers.

Features

As the name suggests, the Youngman extends to 3.8 metres, giving you a safe working height of 4.51 metres (based on the average reach height). Collapsing down to just 1.1m, it’s also easy to store away when not in use. The Nestling is extremely lightweight at just 6.3kg and yet capable of bearing a maximum weight of 150kg. EN 131 certification goes hand in hand with a stable design that feels sturdy even on the higher rungs, and the non-slip rubber feet and stabiliser bar also do their bit.

Sadly, WolfWise does not specify an EN 131 certification, but with so many safety features in place, owners should still be confident of usage.Some requirements for a Telescopic ladder around the home go beyond just D.I.Y., and those with a loft they regularly use for either storage or as another room of the house will find a world of convenience in the installation of a Telescopic ladder specifically for this purpose. How to choose the best telescopic ladder for you How do telescopic ladders differ from traditional ladders? The Werner weighs a reassuringly hefty 11.75kg and is only one metre high when collapsed, yet fully extends to a total of 2.8m, thus giving a safe working height of 3.63m (nearly 12ft). It also functions as a stepladder, stairway stepladder, extension ladder and as two scaffold bases, with the telescopic sections allowing for rung-by-rung height adjustment to reach the desired height.