Event Equipment
Terratrak plus
The terratrak plus range of heavy duty turf protection products are specifically designed for use in stadiums and arenas to protect the turf quality and enable the venue to host vital revenue generating events.
These driveable/heavy duty vehicle access tiles are designed to take the weight and stresses exerted by forklifts and 100+ ton cranes when preparing venues for special events. Easy to handle large panels allow a speedy installation, locking together seamlessly to create a monolithic floor.
Each tile incorporates a 100mm (4in) overlap providing
increased strength and preventing ingress of liquids
Fitting is simple, with strategically placed “location bosses”
to aid alignment
Unique multi-directional connectors allow the crew to start
at the middle of the pitch and fit outwards in both directions
simultaneously reducing installation time
Specification | Details |
---|---|
Material | Virgin high density polyethylene |
Construction Method | Structural foam injection moulded |
Colour | Translucent (terratak plus) or Grey (terratak plus-FV and terratak plus-ID) |
Panel Dimensions (WxDxH) | 110cm x 220cm x 3.8cm (43in x 87in x 1.5in)
Product supplied assembled in panels, two tiles bolted together and shipped on pallets. Tile dimensions: 110cm x 110cm x 3.8cm (43in x 43in x 1.5in) |
Panel Weight | 46kg (101lbs) |
Weight Loading | 1130 PSI / 7300 kN per m² / 152,000 lbf per ft² |
Temperature Range | -20C to +60C (-4F to +140F) |
Fitting Time | Approx. 1000m² per hour with a crew of around 24 people, including forklift drivers
With the use of bi-directional connectors, the fitting time can be almost halved. |
Fire Resistance | UL94 HB |
Slip Resistant | Yes - SATRA certified |
Cleaning | High pressure spray washer, steam cleaner or specialist machine |
Accessories |
Bi-directional connectors - allow fitting to take place in 2 directions simultaneously to reduce fitting time. Ramped edges - provide a safe, visible transition from ground to tile. Connection/Locking devices - aid installation in varying environments. |