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California Radomes is a Santa Clara, CA-based company in the Manufacturing sector.
The New Terminal One (NTO) will reimagine the international passenger experience at John F. Kennedy International Airport while creating opportunities for local, minority and women-owned business enterprises (MWBE) and service-disabled veteran-owned businesses (SDVOB). NTO will serve as a global gateway to the New York metropolitan area and set a new standard for world-class design and service, aspiring to be among the top ten airport terminals in the world. NTO will be a 23-gate, state-of-the-art terminal. Sustainably designed and future focused, the terminal will feature expansive, naturally lit, public spaces, cutting edge technology, and an array of amenities, all designed to enhance the customer experience and compete with some of the highest-rated airport terminals in the world. With more than 300,000 square feet of dining, retail, lounges, and recreational space, NTO will offer passengers a uniquely New York sense of place, with a Queens flavor.
Coorstek Inc / Keystone Holdings is a Golden, CO-based company in the Manufacturing sector.
Houston Airport System is a Houston, TX-based company in the Manufacturing sector.
INFLIGHT WARNING SYSTEMS was formed in 2002 specifically for the purpose of developing a line of bearing vibration monitors for use in commercial aircraft. Flight diversions resulting from smoke in the cockpit and cabin caused by fan failure has become a significant problem in flight operations. IWS has worked closely with airline customers to develop a successful product line, and has delivered over 4000 units worldwide. We specialize in vibration analysis, the basis for predicting fan failure. Although aircraft fan applications have been the core of the IWS products, other applications, including non-aviation markets, are also a part of our products and expertise. The IWS Vibration Monitor Unit (VMU) is a proven device that is easily retrofitted to aircraft fans to eliminate fan smoke failures thus eliminating flight diversions resulting from these failures.