PRODUCT PROFILE
Kymeta u8
ELECTRONICALLY STEERED TERMINALS
Kymeta u8
United States · verified
- COUNTRY
- United States
- PROGRAMME STATUS
- verified
Specifications
- Function
- Provides broadband satellite connectivity to mobile platforms using electronically steered holographic beamforming.
- Platform fit
- Low-profile design suitable for rooftop mounting on SUVs, utility vehicles, buses, and maritime vessels.
- Commercial model
- Available as standalone hardware or through subscription-based 'Connectivity-as-a-Service' programmes.
- Deployment status
- Currently in full-scale production and active global operation across multiple industry verticals.
- Power requirement
- Operates on standard DC vehicle power, though external power conversion may be required for certain terminal configurations.
- Evidence to demand
- Documented adoption by the US Army and various international emergency response organisations for mobile command centres.
Description
The Kymeta u8 is a software-defined, electronically steered antenna designed for mobile satellite communications. Unlike traditional parabolic dishes that rely on mechanical gimbals, this flat-panel terminal uses holographic beamforming technology to track satellites while the vehicle is in motion. It represents the second major generation of the manufacturer's metamaterial-based hardware, succeeding the original u7 model with improvements to throughput and power consumption. This hardware is primarily acquired by government agencies, emergency services, and maritime operators requiring 'Comms-on-the-Move' capabilities. It is distributed through a mix of direct sales and bundled service packages, notably via partnerships with satellite operators like Intelsat and Eutelsat OneWeb. It is frequently mounted on first-responder vehicles, armoured personnel carriers, and commercial transit vessels where low-profile integration is a requirement. Prospective buyers should note that real-world throughput is highly dependent on the specific satellite network used and the terminal's power profile. The Aerospace Garage desk would verify the thermal management performance in high-ambient-temperature environments, as flat-panel arrays are susceptible to overheating during prolonged high-bandwidth sessions. We would also confirm the current certification status for specific LEO and GEO constellations to ensure cross-network compatibility.
Linked stories
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LAST VERIFIED
21 Sept 2026
SOURCE CITATION
Maker website on record