A stair tower each side of the Newmarket Railway track joined by a bridge - all designed and built by Camelspace.
This was erected in January 2008 and will be in place for two years.
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Complex stair & bridge causeway constructed at an airport to allow pedestrian access without inhibiting motorised traffic routes.
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A scaffold designed and supplied by Camelspace to stack four media Portacoms on top of each other for New Zealand Cricket’s England tour in 2008 (Hamilton matches).
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Camelspace building stair access down a bank at Big Day Out in Auckland 2007 - repeated for 2008’s event. This was built in a few hours.
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Layher scaffold and stairs combined to bridge a river.
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Camelspace were awarded the contract to build a stage on the side of a volcanic mountain in Fiji which was required for the American reality TV show 'Endurance'.
Camelspace shipped the equipment from New Zealand and helicoptered it in from the main island of Viti Levu.
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Construction of the largest ever hospitality platform installation in New Zealand underway at the Hamilton 400.
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\'Entrance 2\' onto Camelspace\'s bridge and stair tower structures from the Davis Crescent footpath in
Newamarket; access to a Camelspace bridge to the right and stair tower straight ahead - all part of a Camelspace
designed and built temporary structure 6m off the ground.
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Stair tower with childproof guardrails and floor landing access.
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A small cassette roof on top a scaffold tower with internal stair access.
A design such as this is idea as a viewing platform or camera tower.
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Incline stairs to a corporate area at an event.
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The rear of a temporary stadium entirely constructed from Layher material.
A number of internal stairwells exist.
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A side view of one of the stair towers designed and built by Camelspace to provide temporary access at the Newmarket Railway. This was erected in January 2008 and will be in place for two years.
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An entire circular stadium built from Layher material for the Sydney Olympics.
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Public access temporary incline stair tower at a train station.
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Camelspace provide temporary stair access to the rear of a temporary structure at the
Horse Of The Year show 2008.
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Standard Layher system scaffold along with specialist encapsulation components can be used to create such things as equipment
racks at sporting events (as shown above) or bike racks for triathlon transition areas.
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A Camelspace stair tower built on top of a building and with a viewing platform at each stair rise. The purpose was to allow potential off-plan purchasers of units in a new apartment block to be built on this spot in Wellington to be able to see what their view would be from the property.
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Massive temporary grandstand built from Layher material at the Salt Lake City Olympics.
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A view from across the street of the dual access off the footpath on each side of a
Camelspace bridge (bridge just visible above concrete footpath handrail).
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A stair tower on each side of the Newmarket Railway track joined by a bridge - all designed and built by Camelspace.
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Just a baby!
A small, low cost platform erected by Camelspace at Ellerslie racecourse for VIP Viewing.
No marquees, excessive height, extensive stair towers or guardrails were used here to keep costs down.
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Camelspace \'hung\' a stair tower 40m into an excavation. We started at the top and added new stair sections as the \'hole\' was dug deeper over a period of 12 months.
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Ironman New Zealand, Taupo 2007.
Camelspace material providing athlete access across State Highway 1.
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Temporary stairs and walkway erected to access temporary buildings on a
construction site; safer, more flexible and cost-effective than alternatives.
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The decking system going on a hospitality platform over 100m long, 10m wide and 14m high.
Over 7,500 square metres of hospitality platforms were supplied by Camelspace to the event.
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Ski jump constructed from Layher material at the Salt Lake City Olympics.
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A typical intermediate or terminal stair landing.
Landings can be built to be flush with the floor level of the structure to which
they provide access, or supplied with a step-down (as is the case here) or half step-down.
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