CFD International

CFD International (CFD) was founded in 1985 by the late Paul Sanderson, inventor of the original OMS, that is fielded and still flying after two and a half decades. Our focus is serving warfighters by providing premium weapon systems for helicopters. CFD provides the U.S. Government and foreign military allies with precision-engineered weapon system solutions emphasizing accuracy, reliability, durability and light weight. Because of our specialization and experience, this equipment cannot be built better, for less, anywhere else. We're not just a pretty website; we've actually done it. For 32 years. All while successfully navigating the complex regulations of AED, FAA, DCAA, DCMA, BATF, DDTC (ITAR), US Customs, DLA and on and on... We are a small business of about 40 employees. Our low inertia allows maximum flexibility to shift resources where needed most. We maintain direct control over manufacturing of parts in-house and we perform all assembly in our Princeton, TX plant. CFD does engineering, prototyping, testing, tech pubs, manufacturing and assembly all in-house. Often heard around CFD: "we'll make it happen". CFD operates a private test cell capable of up to 30mm automatic fire. The range, coupled with our Class 10 Federal Firearms License (FFL), enables us to move uninhibited from concept through qualification. CFD has sold and fielded rocket and gun mounting systems for over 1,000 aircraft. These include: CFD's Princeton campus is positioned on 13 acres of land (triangular property line shown in the image) 8 miles southeast of McKinney National Airport and 42 miles northeast of DFW International Airport. We have 24,000 total square feet of manufacturing space and room to expand as needed. Our newest building, built in 2012, nearly doubled our space by adding 10,500 square feet. CFD operates an outdoor gun range 70 miles northwest of Princeton. This facility is used for test shoots requiring longer range or slewing of the weapons. The facility is available for private lease. Our precision parts are ...