KVector

Originating from research at the University of Birmingham, this entity focuses on patent-pending low loss dynamic metasurface structures. Its core technology enables the rapid development of low-complexity advanced systems for beam scanning radar, satellite communications (Satcom), and telecommunications, targeting performance levels previously unattainable.

The strategic direction is guided by a Chair, Henry, noted for identifying market discontinuities and building teams to capitalize on them. Operational and research leadership includes James Churm, COO, an experienced researcher in RF devices with expertise in millimetre wave and terahertz metamaterial components, and a Royal Academy of Engineering Enterprise Fellow for 2025. Professor Alex brings over two decades of pioneering work in metamaterial and metasurface-based antennas in millimetre and THz bands, from theoretical design to prototype development.

The venture aims to meet the increasing demand for enhanced performance in communication and sensing. Its proprietary dynamic metasurface technology is central to reducing complexity and development timelines for sophisticated radar, Satcom, and telecom applications. While specific end-users are not explicitly defined, the technology's utility clearly points towards industries dependent on advanced RF systems. The anticipated business model likely encompasses the development and commercialization of these advanced systems or components, or the licensing of its patent-pending intellectual property to established entities in the radar, satellite, and telecommunications sectors. Consequently, revenue streams are expected from these commercial activities. The entity is positioned to make a substantial impact on the evolution of communication and sensing technologies.

Keywords: Metamaterials, Metasurfaces, RF devices, Millimetre wave, Terahertz, Beam scanning radar, Satcom, Telecom systems, Antenna design, Dynamic metasurfaces