Escalo Telescopic Ladder Extendo V 3.2M

The Extendo telescopic ladder is the ideal choice for anyone who wants to combine flexibility, safety, and ease of use. Thanks to its innovative design, the ladder can be extended and retracted individually at each rung, making it easy to adjust the height to the job at hand. With extra-wide rungs and a rung spacing of 29 cm, you can work comfortably and stably, while the yellow rungs clearly indicate where you are not allowed to stand for added safety. Fully retracted, the ladder is compact, making it easy to store and transport.

Why choose the Extendo telescopic ladder?

The Extendo combines maximum safety with practical ease of use. Ideal for both DIYers and professionals who need a versatile and easy-to-transport ladder.

Individually extendable rungs

Each rung can be extended and retracted individually, allowing you to adjust the ladder to precisely the desired height. Perfect for a variety of tasks.

Safe retraction mechanism

The integrated brake mechanism ensures that the ladder retracts smoothly and smoothly. This prevents accidents and increases user safety.

Visual lock and safety marking

With a visual check of the lock, you can always be sure that the ladder is properly secured. The yellow rungs clearly mark the no-go areas.

Durable and easy to maintain

The ladder is anodized, keeping your hands clean and protecting the aluminum frame from corrosion. This keeps the ladder in top condition for longer.

Specifications

• Number of steps: 11
• Extended length: 3.2 m
• Maximum working height: 430 cm
• Maximum load capacity: 150 kg
• Weight: 12.5 kg
• Material: Anodized aluminum
• Rung spacing: 29 cm
• Warranty: 5 years
• Standard: EN131.6

The advantages in brief

• Individually extendable rungs
• Safe and controlled retraction mechanism
• Visual lock and yellow Markings
• Anodized: no dirty hands or corrosion
• Compact and easy to transport

Small point of attention

With a working height of 430 cm, the ladder offers versatile use; for extremely high applications, a model with more steps may be more suitable.