Military GNSS Receiver Market 2026 Forecast

The structure of demand follows Stratview's segmentation. Stratview describes GPS receivers as holding the lion's share of the market, which it attributes to investment by the US Department of Defense, and expects PGM-based GNSS receivers to remain the most sought-after application segment, aviation-based receivers to grow fastest, and dual-frequency receivers to remain both the largest and the fastest-growing frequency type. It expects North America to remain the largest market over the forecast period, with the USA accounting for a large share, and Asia-Pacific to grow fastest.

The defining US procurement programme is Military GPS User Equipment (MGUE) Increment 1, which fields M-Code-capable common GPS modules across platforms. The dated contract record is older than it is often presented. May 2021 reporting identified a USD 325.5 million multi-year Defense Logistics Agency contract, running through 2030, for BAE Systems' MGUE Increment 1 Common GPS Modules; December 2021 reporting identified a further USD 315 million Pentagon order for the same modules and put the reported combined value at USD 640 million (GPS World, 18 May 2021; EurAsian Times, 4 December 2021). The more recent public evidence is delivery rather than new awards: in March 2026 L3Harris announced delivery of its 100,000th next-generation M-Code GPS receiver under MGUE Increment 1, integrated across US and allied air, ground and maritime platforms, and in April 2026 BAE Systems announced full production and initial deliveries of NavGuide, a direct replacement for the Defense Advanced GPS Receiver (DAGR), of which more than 650,000 units have been deployed globally since 2004 (defence-industry.eu, 16 March and 28 April 2026).

At the space and ground segment, in September 2026 the US Space Force awarded Lockheed Martin two task orders collectively valued at approximately USD 113.5 million to modernise the GPS ground segment, specifically the rebuilding of payload controls for the GPS IIIF series, according to a contracting-news aggregator (SamSearch, 11 September 2026). Those task orders concern the GPS ground segment and are listed here as context, not as receiver procurement.

Our assessment: the receiver tier serves both the navigation-systems programmes covered on this site's US military navigation page and the munitions programmes covered on the precision-guided munitions page, so M-Code migration on either side adds receiver demand. The L3Harris delivery milestone and the NavGuide production announcement are the public evidence of deployment activity available for this page; neither source gives spending by segment.

The principal export-control framework for military GNSS equipment in the United States is the International Traffic in Arms Regulations (ITAR), administered by the State Department's Directorate of Defense Trade Controls through the US Munitions List (USML). A 2016 revision moved military GPS and GNSS receivers out of USML Category XV and into Category XII(d), effective 31 December 2016 (Office of Space Commerce, 12 October 2016).

The 2025 change concerns the antenna layer. GPS World reported in January 2025 that the Directorate of Defense Trade Controls had changed the regulatory status of controlled reception pattern antennas (CRPAs) for positioning, navigation and timing, so that from September 2025 they would no longer be subject to ITAR and would move to the Commerce Department's Export Administration Regulations. The State Department's targeted-revisions final rule, published 27 August 2025 and effective 15 September 2025, removes certain CRPAs from USML Category XI paragraph (c)(10) and adjusts the performance thresholds, adds subparagraphs for CRPAs with functions other than PNT, and removes certain GNSS anti-jam and anti-spoofing systems from Category XI(a)(4)(iii), while an entry in Category XII(d)(3) still enumerates some anti-jam systems (Holland & Knight summary via Mondaq, September 2025). The rule summary describes removal of certain CRPAs and certain GNSS anti-jam systems and notes that Category XII(d)(3) still lists some anti-jam systems; it does not amount to a blanket exemption for PNT antennas, and the 2016 source places military GPS and GNSS receivers themselves under Category XII(d).

The one allied M-Code receiver transaction with a public record on this page went through Foreign Military Sales. In June 2021 BAE Systems received an FMS contract through the Space and Missile Systems Center's Space Production Corps for M-Code GPS user equipment for Germany, which the company's director of navigation and sensor systems called a pathfinder for other FMS sales, with the value undisclosed; in July 2022 BAE announced delivery of MPE-M receivers to Germany under what it described as the first non-US sale of the equipment, with the quantity undisclosed (C4ISRNET, 29 June 2021 and 13 July 2022).

M-Code is the current generation of encrypted military GPS signal and the main technology driver for receiver replacement. The space segment reached its baseline in 2021: EurAsian Times reported in December 2021 that the US Space Force had declared baseline completion of the space segment that summer with the operational acceptance of the 24th M-Code-capable GPS satellite, while work continued on the user equipment side. The 2026 announcements above document receiver deliveries and production on the user-equipment side.

Anti-jam capability sits in two layers, the antenna and the receiver. Controlled reception pattern antennas use multiple elements and digital signal processing to place nulls in the direction of jammers. Hexagon NovAtel's GAJT-AE3, launched 4 March 2026 for airborne platforms, mitigates interference by creating up to seven nulls per band in the direction of jammers and outputs a protected signal usable by modern and legacy receivers; the company describes it as the first anti-jam product to protect all major GNSS constellations with full multi-constellation, multi-frequency coverage (NovAtel release, 4 March 2026). TUALCOM's TUALAJ 8200 pairs an eight-element CRPA with a digital controller to null up to seven jammers with more than 50 dB of suppression, for armoured vehicles, GNSS-guided munitions and naval platforms (everything RF product listing).

At the receiver layer, everything RF reported on 23 July 2026 that BAE Systems' NavFire has a 40 mm form factor, withstands shocks of up to 25,000 g, uses a dual-frequency architecture and carries integrated digital anti-jam electronics that can provide more than 86 dB of jamming protection while tracking GPS signals, for guided weapons and artillery. GPS World reported on 16 April 2026 that Thales had launched the TopStar Smart Receiver, which integrates Galileo PRS military signals with civilian GPS behind an adaptive CRPA; reported capabilities include operation up to 30 times closer to a jammer than a conventional GPS receiver and tactical-radio synchronisation for up to 48 hours after GNSS loss, with assembly at Thales' Valence, France site and integration into land vehicles, drones and munitions. Elbit Systems markets the GUR high-dynamics receiver series and the JaGuard anti-jam system for airborne, maritime and ground defence use (Elbit product page). Performance figures in this paragraph are manufacturer claims; no independent test data was reviewed.

On constellation coverage, Stratview expects GPS receivers to remain dominant and other GNSS receivers to show the fastest growth over the forecast period, from a smaller base.

The two MGUE Increment 1 suppliers with public milestones on this page are L3Harris, which reported its 100,000th receiver delivery in March 2026, and BAE Systems, whose 2021 GPS-module awards had a reported combined value of USD 640 million and whose NavGuide production and initial deliveries were announced in April 2026. BAE's portfolio also includes the MPE-M receiver engine delivered to Germany and the NavFire munitions receiver. Stratview lists both companies, together with RTX, Thales and Trimble, among the key players in its June 2025 report.

The antenna layer has a wider field. Hexagon NovAtel (GAJT line), TUALCOM (TUALAJ line) and Thales (the CRPA inside TopStar) compete on how many simultaneous jammers a unit can null, the constellations and frequencies it protects, and size, weight and power for small platforms. The September 2025 rule removed certain CRPAs from the USML; the sources on this page do not quantify what that does to export approvals or demand.

Our assessment: the dated product and delivery announcements describe a market in technology transition, and the competitive question worth monitoring is MGUE Increment 2. The March 2026 L3Harris article names Increment 2 as the next phase and records no timeline or contract value; this page found no Increment 2 award in the sources it cites.