High Speed Wind Test

In November 2008 SeaShell Awnings USA completed extensive wind testing of the SeaShell Radial Awning. The tests were completed to validate the wind speed at which the MagnaLoc™ release mechanism would retract the SeaShell Awning.

The MagnaLoc™ system is designed to retract and stow the structure in a safe position when wind speeds reach 35 mph. This happens in less than 4 seconds which is in stark comparison with standard automatic retractable awnings which take 40 seconds and are vulnerable to wind gusts.

Even when fitted with wind sensors and complex motors, it is recommended that owners of standard retractable awnings leave them retracted when not in use or as weather changes. This is due to the likelihood of micro-bursts of wind that can tear an awning off the structure. Since SeaShell retractable awnings can withstand the extreme stresses and close so quickly, you can leave your awning up all year round and reclaim your outdoor living area rain or shine.

The wind tests completed in November 2008 included multiple speeds, including sustained wind speeds of 95 mph. This was done with the central spars bolted together and the MagnaLoc™ system disabled. After 20 minutes at 95 mph, the maximum speed capable at the testing facility, the awning was left undamaged.

Eco-Friendly

SeaShell Awnings™ are designed to improve sustainability and outdoor living for residences and businesses. As members of the U.S. Green Building Council, SeaShell Awnings USA has also been discovered by the sustainable design community as a simple and effective way to earn LEED™ certification credits .

SeaShell Awnings™ create shaded outdoor living areas that reduce heating and cooling energy costs, peak demand, and greenhouse gas emissions for residences and businesses alike. The awnings’ unique 90-degree, 180-degree, 270-degree and 360-degree designs are made out of recycled aluminum and self-retracts when faced with 35-40mph winds. Their radial shape significantly reduces direct solar heat gain through windows which directly reduces HVAC and energy demand, which ultimately reduces energy costs.