Redwire宣布投资下一代相控阵天线以服务军用卫星通信网络

Redwire Corporation (RDW) said Tuesday it is investing in next-generation phased-array antennas to support faster and more resilient communications among satellites and military forces.
The company plans to accelerate development and production of antennas that can operate in low, medium and geostationary Earth orbits. Redwire (RDW) didn't disclose the size of the investment, its expected completion date or any contracts tied directly to the expansion.
Phased-array antennas use multiple electronically controlled elements to direct communications beams without mechanically repositioning the equipment. Redwire said its planned systems will provide dynamic beam steering, greater throughput and more reliable connections as military customers shift toward distributed networks consisting of larger numbers of satellites.
“Space data networks are evolving at an unprecedented pace, and phased arrays are a foundational technology enabling that transformation,” Mike Sharkey, senior vice president of RF Systems at Redwire Defense Tech, said in a statement.
For investors, the announcement expands Redwire’s (RDW) exposure to rising military demand for secure satellite communications, but it is an investment commitment rather than a new customer order. The company disclosed no revenue, backlog or return targets associated with the initiative, leaving its financial effect unquantified. The principal opportunity is that Redwire could convert its flight experience and expanded manufacturing capacity into production orders for future military constellations. The risk is that development costs arrive before customer demand becomes contracted revenue.
The spending comes as Redwire (RDW) is already increasing investment in its defense operations. Capital expenditures for its Defense Tech segment rose to $11.3 million during the first half of 2026 from $812,000 a year earlier, according to the company’s latest quarterly filing. Redwire didn't specify how much of that spending was connected to its antenna business.
Redwire ended June with $542.1 million in contracted backlog, up from $411.2 million at the end of 2025. The company remains unprofitable, reporting a second-quarter net loss of $41 million, although that narrowed from $97 million a year earlier.
Redwire’s antenna portfolio already supports the Proliferated Warfighter Space Architecture, the military satellite network designed to improve communications, missile tracking and battlefield awareness.
Its L-band helical antenna enabled the first transmission of a Link 16 signal from space in November 2023. Link 16 is an encrypted tactical network used by U.S. and allied forces to exchange targeting and situational-awareness information.
Redwire (RDW) previously supplied antennas for the initial group of satellites in the architecture’s Transport Layer. It also received a 2022 order to produce 42 high-gain antennas for an unidentified national-security customer, with the equipment manufactured at its Longmont, Colorado, facility.
The new phased arrays would add more flexible beam control than conventional antennas, allowing satellites to redirect capacity as communications needs change. That capability is increasingly important for proliferated constellations, in which data must move among satellites, ground stations and military users across a wide geographic area.
Redwire said its latest investment follows a capital upgrade of its radio-frequency flight-electronics assembly facilities.
The company’s RF Systems group in Longmont supplies tactical communications antennas and sensing payloads to major aerospace and defense contractors. Redwire said it has delivered more than 200 antennas for space missions and is producing advanced radio-frequency payloads for a European defense contractor.
The phased-array systems are intended to serve national-security, civil and commercial customers across multiple orbital regimes.
Redwire said the investment will build on its existing flight hardware and manufacturing experience, potentially shortening the path from antenna development to production. Whether that potential becomes material to investors, however, will depend on subsequent contract awards and the economics of manufacturing the systems at scale.