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 Preparation Phase 1 - Building The Frame:
 A 28x12 framed home was used for our test purposes. The specifications were a 6/12 pitch roof, standard 2x6 trusses placed on 24" centers and 2x4 stud walls. The trusses were not nailed or fastened down to the walls of the structure to test the Stormtech System™ itself.
Preparation Phase 2 - Installing the System:
 Pre-made brackets, cables, anchors and turnbuckles were installed within the structure. The cables are run through the structure from end to end. This provides the patented system that permits roofs and structures to withstand the wind loads that occur during typical wind storms.
Preparation Phase 3 - Inspecting the System:
 As shown on the photo, plastic was placed over the trusses to provide an air tight seal for the internal air pressure test. During this phase, all brackets and turnbuckles were inspected for proper installation. The cables were tightened to 700+ pounds of pressure which was measured by a dynometer.
Preparation Phase 4 - Applying the Roof:
 Because the test completed applied internal air pressure, the roof had to be applied to withstand the simulated wind speed that creates the internal pressure. This was done to ensure the pressure was applied to the Stormtech System™ and not the structure itself. The roof of the structure was 5/8" OSB plywood and was applied with 2" screws.
Preparation Phase 5 - Applying Roof Bracing:
 The plywood sheathing was then braced using 2x4 studs to simulate roof coverings.
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