Adisyn has announced the establishment of a new defense technology subsidiary, 2D Radar Absorbers Ltd, following the successful demonstration of up
to 20dB radar signature reduction using graphene-enhanced composite materials. The testing was conducted in collaboration with Tel Aviv University.
The Company is now advancing a targeted development program aiming to optimize the materials to achieve approximately 30dB radar signature reduction A reduction of this magnitude represents a 1,000-fold decrease in radar return signal strength, meaning a drone that previously appeared as a large object on radar would appear closer to the size of a large insect. If achieved, such reductions may significantly reduce the radar detectability of drones and UAV platforms and have potential applications across defence, aerospace, and advanced materials sectors.
In addition to the targeted development program, Adisyn is also preparing a grant funding application to the Israeli Ministry of Defense, in collaboration with the Tel Aviv University development team. This initiative reflects the strategic defense relevance of radar signature reduction technologies in modern drone, UAV, and related systems. Adisyn is also in discussions regarding the formation of an Advisory Board for 2D Radar Absorbers Ltd, potentially including individuals with extensive defense and aerospace experience.
This radar signature reduction initiative marks a significant commercial application of Adisyn’s graphene materials expertise, developed alongside its core graphene semiconductor interconnect technology aimed at overcoming copper performance limitations in advanced semiconductors. The Company believes its broader graphene know‑how supports multiple high‑value applications across electronics, advanced materials, and defense technologies.
Upcoming milestones over the next few months include:
- Finalization of commercial terms with Tel Aviv University
- Expansion of the development program and continued materials optimization
- Submission of the Israeli Ministry of Defense grant funding application
- Further technical testing of graphene‑enhanced composite structures
Managing Director, Arye Kohavi, said: “Recent laboratory results demonstrating a 20dB radar signature reduction highlight the potential of graphene-enhanced materials in radar absorption applications. The establishment of 2D Radar Absorbers allows us to focus Targeted resources on advancing this technology alongside our core semiconductor program. While our primary focus remains on graphene interconnect solutions for next-generation semiconductors, the radar absorption program represents an exciting additional opportunity emerging from our graphene expertise. I can envisage a time in the not-too-distant future where this incredible technology could be spun out into a separate vehicle for the benefit of our shareholders.”
