From the Burj Khalifa to the Freedom Tower and Cairo International Airport to Whiteman Air Force Base, Flash Technology has installed industry-leading obstruction and airport lighting systems around the world. Airfields, buildings, helipads, wind farms and iconic arches rely on our systems to protect them year round. While we can’t share all of our projects publicly, we invite you to explore the case studies below as well as our FAA and ICAO-compliant obstruction lighting and airfield lighting solutions.
As part of a safety improvement program at this general aviation facility, Truckee Tahoe Airport first installed solar-powered taxiway lights in 2003. After a thorough analysis, solar enabled them to save over $272,000 versus a cabled, AC-powered system!
According to the American Wind Energy Association, wind farms across America operate in 40 states plus Puerto Rico and produce more than 88,000 jobs. Flash is proud to light many of these wind turbines with the Vanguard Medium FTS 370d, FTS 370i and FTB 324
On a peninsula in Lake Erie, Cedar Point is the second-oldest amusement park in the United States and home to 6 roller coasters taller than 200 feet. As with other tall structures, amusement park rides of a certain height have to marked for day and
Officially named One World Trade Center, the same as the North Tower of the original World Trade Center, the Freedom Tower is the tallest building in the Western Hemisphere and the second tallest freestanding structure. An FTB 205 high intensity xenon lighting system marks the
The São Bento do Norte wind complex comprises 47 Vestas 2MW turbines installed across the district and is lit with Flash Technology's ICAO-compliant FTS 370d Vanguard Medium wind turbine lights.
Kadena Air Base is home to the United States Air Force’s largest combat wing—the 18th Wing—and associated units. Kadena helps pilots acquire the runway with Flash's FTS 830 current-driven airport lighting.
At Meadowbank Mine, 70km north of Canada’s Arctic community of Baker Lake, winter temperatures can reach well below -36 °C (-33 °F) and December days get as little as 4 hours of sunlight. Despite the harsh conditions, Flash Technology's 600 Series solar safety lights
Tsay Keh Dene, a rural Canadian First Nations community, relies on a 4,500 ft runway to move supplies, groceries and community members to nearby towns. One of its most critical uses is medical. The absence of runway edge and threshold lighting after dusk meant that
Saluting the westward expansion of the United States, the Gateway Arch gracefully rises 630’ above the west bank of the Mississippi River. An FTS 360i Vanguard integrated L-864 LED obstruction lighting system lights the Gateway Arch.
A Jordanian military client required the supply, installation and commission of 4 solar helipad lighting systems within a one-month timeframe. The A650 and our unique solar power array offered a controlled, reliable and portable system without dependency on an external power source and met the
CFB Trenton required a temporary lighting solution with NVG compatibility and rugged enough to function in the harsh Canadian winter. Our lights were temporarily installed on the main runway for training purposes. After training, the lights were moved to CFD Mountain View, where they support
Spanning the Fraser River to connect cities within metro Vancouver, the Port Mann Bridge is a tiered-arch bridge. The towers are approximately 246’ above deck level, with a total height of 535’ from the footings. The bridge employs the FTB 225 high intensity xenon lighting
Located amidst the beautiful scenery of the Monts d'Ardèche regional park in France, the Cham Longe wind farm contains 14 turbines with a total installed power capacity of 23 megawatts. The wind farm employs the Flash Technology FTB 310 white xenon obstruction lighting system.
Flash Technology solar LED airport lights are being installed at Calgary International Airport (YYC) as part of a massive facility upgrade. A new international concourse, expected to be completed by 2015, will incorporate sustainable design principles, reduce energy consumption and minimize environmental impact. The first phase
Completed in 2009 and officially opened in 2010, the 2,722 ft. Burj Khalifa (burj is Arabic for tower) is the world’s tallest structure. Burj Khalifa uses the Flash Technology FTB 205 high intensity xenon lighting system.
