Aerospace Garage

PRODUCT PROFILE

Kymeta u8

ELECTRONICALLY STEERED TERMINALS

Kymeta u8

United States · verified

MAKER

Kymeta →www.kymetacorp.comlast verified 21 Sept 2026
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

No newsroom coverage tied to this product yet.

LAST VERIFIED

21 Sept 2026

SOURCE CITATION

Maker website on record

Connected across the platform

IntelsatEutelsat OneWebMetamaterialKymeta Hawk u8GEO/LEO Hybrid NetworksComms-on-the-Move