Prototype Scanning Antenna Development
On June 9, 2026, researchers announced a prototype scanning antenna featuring a reflective array, designed for military satellite applications. This device, named the Hosted Nimble Beamforming Anti-Jam Reflectarray (HoNi BAJR), targets satellite networks operating in low Earth orbit. It leverages a reflective surface with individually controlled elements to alter signal phases and direct them toward a separate receiving antenna, slashing power usage by roughly 95% compared to conventional antenna systems. The compact design also enables installation on smaller satellites.
During tests, the antenna showed the ability to function at wide angles and serve multiple users simultaneously. Engineers behind the project aimed to create broader interference suppression zones rather than targeting individual jamming sources. However, antenna calibration remains a major technical hurdle. The team plans to refine signal-shaping techniques, enhance calibration processes, and explore potential use cases for the new antenna.
“Future military systems need solutions with reduced size, weight, power consumption, and cost requirements.”
Michael Creighton
This innovation could significantly boost the effectiveness of military communications and control, especially where traditional systems face various obstacles and disruptions. Breakthroughs like HoNi BAJR help improve military adaptability to modern threats, making them critical for national security.
“Creating equipment itself is a complex task, but integrating new technology into a complete system that meets specific mission requirements is even more challenging.”
Michael Creighton