Haigh-Farr Inc.

Haigh-Farr Inc., a woman-owned small business manufacturer based in Bedford, New Hampshire, designs and manufactures advanced antenna systems and related electronic components for defense and aerospace applications as a prime contractor on a multi-billion-dollar Air Force vehicle and as a subcontractor to major defense primes including Lockheed Martin, Raytheon, Northrop Grumman, and Boeing. The company holds no SBA set-aside certifications and competes full-and-open across its prime footprint; its 57% prime award share reflects its seat on the Eglin Wide Agile Acquisition Contract (EWAAC), a multiple-award IDC with a $46 billion ceiling awarded to Haigh-Farr in March 2025, against which it has placed seven task orders valued at $1 thousand combined. Performance occurs across Bedford, New Hampshire and subordinate locations supporting customer missions worldwide.

Haigh-Farr's capability portfolio centers on conformal antenna design and fabrication, wraparound GPS and S-band antennas, missile flight termination antennas, telemetry systems, and radar components. Representative prime work includes a $24.6 thousand firm fixed-price purchase order from the Naval Air Warfare Center in September 2023 for antenna design and manufacture with an ultimate completion date of March 2024; a $25.9 thousand firm fixed-price order from Naval Air Systems Command in April 2022 for a conformal S-band nose dome antenna; and a $17.8 thousand purchase order from Naval Air Warfare Center in April 2026 for rounded blade antennas. Across its subcontract footprint, Haigh-Farr supplies antennas and antenna assemblies to Lockheed Martin for PAC-3 missile production and Precision Strike Missile development; to Raytheon for AMRAAM, Small Diameter Bomb, and AGM-88B HARM programs; to Northrop Grumman for Stand-In Attack Weapon and Ground-Based Strategic Deterrent development; to Boeing for MMIII flight test telemetry and ARES I upper stage integration; and to Peraton and Joint Technical Solutions for sub-orbital payload and test-range antenna support.

Customer concentration is heavily weighted toward the Department of the Air Force, which accounts for 23 awards and the full $46 billion combined potential value on Haigh-Farr's EWAAC seat. The Department of the Navy Naval Air Warfare Center dominates by award count with 40 awards valued at $861 thousand combined, followed by the Department of the Navy proper with 18 awards ($240 thousand), the Department of the Army with 17 awards, and the Department of the Air Force Materiel Command Test Center with 9 awards ($382 thousand); these five customer clusters account for 49% of the vendor's recent award count and 100% of disclosed potential value. The gap between count and dollars reflects the high-value EWAAC seat against low-value single and dual-digit-thousand purchase orders from Naval Air platforms and Army missile programs.

Haigh-Farr's top work vehicles are the Eglin Wide Agile Acquisition Contract (7 task orders), supplemented by Navy and Army indefinite delivery contracts: IDC N6893697D0186 (6 task orders), IDC W91CRB24D0014 (6 task orders), IDC N6893603D0039 (4 task orders, $240 thousand), and IDC FA821422D0001 (3 task orders). Award volume has grown from 5 in 2022 to 37 in 2025, with 6 awards recorded through June 2026. The vendor's 230 total awards (132 prime, 98 sub) carry a combined potential value of $46 billion, but only $73.2 million (0.16%) has been obligated across the full portfolio, indicating that most value sits on the EWAAC ceiling with minimal task-order drawdown to date. Antenna and related equipment procurement (PSC code) accounts for 80 awards; radio and television broadcasting and wireless communications equipment manufacturing (NAICS 334220) anchors 66 awards across the prime and sub footprint. Subcontract work is concentrated with Lockheed Martin, Raytheon, Northrop Grumman, and Boeing on missile and space vehicle programs spanning development, production, and flight-test phases; additional sub relationships include BAE Systems, Sierra Space, Kratos Unmanned Aerial Systems, and Johns Hopkins University Applied Physics Laboratory.