Zarges ZAR41327 ZAP 2 Adjustable Access Platform – 5 to 9 Rungs, Platform Height 1.3m to 2.4m | 41327

Zarges 41327 ZAP 2 Adjustable Access Platform (5–9 rungs, 1.3–2.4m platform height)

Zarges 41327 adjustable access platform provides a stable, mobile working platform for trade and industrial tasks where secure access and comfortable standing are essential. With a telescopic, push-up ladder style adjustment, this Zarges work platform is designed to cover multiple working heights with one compact, foldable unit.

The 41327 features a large standing surface with guard rail and knee bar for safer working at height, plus integrated wheels to help reposition the platform on site. Crosspieces on both sides help stability, while swing-out stabilisers can be deployed for additional support.

Key Features

• Five adjustable platform heights: Push-up ladder style adjustment lets you set the platform to suit the task without changing equipment.
• Large standing surface: 665mm x 440mm platform area provides comfortable footing for longer-duration work.
• Guard rail with knee bar: Helps improve user safety and confidence while working at height.
• Stable design with crosspieces: Crosspieces on both sides support stability, designed to comply with EN 131 even without stabilisers.
• Swing-out stabilisers: Deployable stabilisers provide additional stability when required.
• Integrated wheel assemblies: Enables easier repositioning, including when the platform is erected.
• Folding, quick-erect construction: Handrails and guard rails unfold automatically to speed up set-up and keep storage compact.
• Durable aluminium build: High-strength flanged rung-to-stile connections and replaceable end caps support long service life in demanding environments.

Specifications at a glance

Suitable applications

• Facilities maintenance, installation and inspection work requiring a stable standing position.
• Trade tasks at variable heights where one adjustable platform can cover multiple set-ups.
• Site and workshop environments where the platform may need to be repositioned during the job.