About Us

Antenna Factory, a woman owned business, was established in 1987 as a custom antenna design, manufacturing and testing Services Company. Antenna Factory has worked with customers ranging from the US Army, Navy, NASA, and large aerospace prime contractors to small commercial businesses. Antenna Factory continues to build partnerships and solid customer relations utilizing our core values and benefits:

• A wealth of antenna design and manufacturing skill
• Engineering knowledge from concept to product
• Expertise (2 KHz — 110 GHz)
• Mechanical Design & Analysis Services
• Radome and composite component design and manufacturing
• Testing Services (Spherical Near to Far-Field/Anechoic Far-Field)
• Competitive pricing
• 100% Satisfaction Guarantee

Antenna Factory is dedicated to designing and building top quality antennas for the communication industry. Antenna Factory's mission is to enhance the performance, efficiency and overall business of its customers by providing unique and streamlined solutions while giving the utmost highest, and personalized, level of customer satisfaction. Antenna Factory is committed to its employees who become an integral part of the design process, and who ultimately cultivate a culture that allows for the creation of new opportunities and novel industry solutions.

Management Team

Antenna Factory's ability to develop working solutions for its customers is founded in its core competency — a wealth of antenna design experience, manufacturing and testing knowledge. The company continues to assemble an experienced and proven team, while the management team provides the vision for future growth. Reengineering, benchmarking, continuous improvement, total quality management and time-based competition have all proven vital for Antenna Factory's success.

Antenna Factory's Design Experience Includes:

Application Designed for Naval surface-to-air communications. Type of Antenna: The AFMS-1018/URC Antenna is a broadband omni-directional UHF ground-to-air communications antenna. Type of Customer: Government and Commercial Details: The antenna consists of a collinear array of two cylindrical parallel-fed dipole elements. The non-resonant dipoles provide broadband coverage and a horizontal pattern that is omni-directional within ± 1.0 dB. The lower half power point of the vertically polarized radiation pattern falls on or slightly below the horizon.	Application Designed for Long Range HF Mobile and Compact Fixed-Base Communications Type of Antenna: Remotely tunable Helical Antenna Type of Customer: US Military Details: Compact and rugged, maximum height can be as short as 7 feet, utilizing a CapHat and remotely tunable from 2-30 MHz. For Fixed station use it can accept up to 36 feet fiberglass whip for greater RE. High RF power handling: 1.5 kW or greater.	Application Designed for UAV Applications Type of Antenna: Dual Polarized patch antenna Type of Customer Government and Commercial Details Lightweight, minimal size antenna that can be used on small UAV aircraft. Ranges of up to 125 km (78 mi) have been demonstrated with this antenna. The antenna system is fully customizable for different frequency bands.
Application Designed for high gain and jungle environments Type of Antenna: 330 MHz Fiberglass Omnidirectional Antenna Type of Customer Indonesian Government Details: Full band coverage on 10-40 meters (1.6:1 at band edges typical). Solid one inch fiberglass trap forms for optimum mechanical stability. Heavy gauge aluminum with stainless steel hardware construction throughout. Full weatherproofing wrap with marine grade epoxy sealer conforming to Mil-Spec MIL-PRF-85285D	Design Experience Also Includes Log Periodic ENG Quad Ridged Horn GLONAS X-Band DSCS Conical Scanning Embedded Helical SIG-INT GOESS INMARSAT Angle Diversity Skewed Beam Arrays Direction Finding Remote Sensing Box Horn	Application Designed specifically for airborne EW applications Type of Antenna: Circularly Polarized High Power Horn Antenna Type of Customer: Government and Commercial Details: This circularly polarized horn antenna utilizes "lenses" to obtain customized beamwidths. Operating over wide bandwidths, this antenna operates in the kW range at 5% nominal duty cycle. A sampling port is provided for selective monitoring of radiating outputs.