Lightweight & Small Design (150 kg per set, 2.4m x 1.2m)
Example: A drainage team working in a tight urban area can easily handle the shield with a 1-tonne digger instead of a heavier 5 or 10-tonne digger, that would tipickaly be needed for steel shields. Two workers can setup the 2301 shield quickly for trench work, saving time and labor costs.
Stackable with Inbuilt Lifting Points
Example: Contractors performing multiple digs at different depths can stack shields efficiently for deeper trenches and easily lift them into position using small 1-tonne excavators.
Max Depth (3.6m or 2.4m on end)
Example: Drainlayers digging to connect stormwater pipes at varying depths can safely operate knowing the shield meets depth requirements, maintaining structural integrity. (This should always be checked by a site engineer first to ensure it is safe to use in the site's ground conditions.)
High Load Rating (20-50 kPa depending on strut placement)
Example: On sites with varying soil conditions, such as clay or sand, adjusting the strut positions ensures the shield can handle the different loads/pressure from surrounding earth.
Strut Sizes (1.0 to 1.8m) & Under Strut Clearance (0.29m)
Example: Drain layers can adjust the struts to accommodate wider or narrower trenches, while the under-strut clearance provides room for laying pipes without obstruction.
Compatible with Small Machines (1-tonne recommended)
Example: Ideal for small contractors using compact excavators in residential areas where larger machines are impractical.
Certified to Multiple International Standards
Example: Contractors can confidently use the shield across different regions, knowing it meets stringent safety standards: British and European Standards BS. EN 13331.1 and 13331.2, Australia & New Zealand Standard AS 4744.1-2000 & United States Standard, OSHA Sub Part P.
