Product details
Product information
At a glance
Catalogue details
- Catalogue configurations
- 1
Documents and compliance
Request the current approved file using this product's SKU before relying on a certificate, datasheet or compliance claim.
The Star MSP10 is a ten-step elevated work platform used for accessing overhead structures and tall industrial equipment. It belongs in high-ceiling environments such as large warehouses, manufacturing plants, and fac...
Description and applications
The Star MSP10 is a ten-step elevated work platform used for accessing overhead structures and tall industrial equipment. It belongs in high-ceiling environments such as large warehouses, manufacturing plants, and facilities management hubs where workers need a stable base for sustained tasks. Unlike standard ladders, this platform provides a secure area to stand while performing maintenance or inspections at height.
Operators benefit from a fully welded aluminium alloy frame that maintains structural integrity during heavy use. The inclusion of a rear safety gate and safety yellow handrails reduces the risk of falls, while the perforated non-slip deck ensures secure footing even in dusty or damp conditions. Because it arrives in a flat-packed, modular configuration, it can be assembled on-site without the need for specialist tools, which simplifies deployment across expansive worksites and lowers initial freight costs.
This unit provides a 2000mm working height and includes a front boom arm for added stability. It is built in Australia by Star Aluminium using a fully welded aluminium alloy construction.
Features
- 2000mm working height across ten steps
- Fully welded aluminium alloy construction
- Perforated non-slip deck for secure footing
- Safety yellow handrails and rear safety gate
- Flat-packed modular design for on-site assembly
- Includes front boom arm
Delivery, freight and returns
Delivery options depend on the product, quantity and postcode. Review delivery information or ask us to confirm bulky-item and site-access requirements.