Global Invacom to Deliver Multiple TerraLInk Earth Observation Ground Stations to eNexus Space Data

Global Invacom Group Limited, a and eNexus Space Data have moved into the planned delivery phase during the month of October of eNexus’ first two Global Invacom TerraLink 370 Earth Observation (EO) ground stations, for installation in New Zealand and Iceland. These initial sites are part of ongoing growth and rollout plans for eNexus.

The TerraLInk 370EO, derived from Global Invacom’s proven TerraLink ground station range for Intelligence, Surveillance and Reconnaissance (ISR), is a fully integrated, cost-effective 3.7m-class S/X station, optimised for EO ground segment service providers and teleport operators. Its compact, low-loss protective radome ensures high availability and full-pass capture, even in the most extreme conditions.

Delivered as a complete and fully integrated terminal, key advantages include simultaneous S‑ and X‑band operation, optional Ka‑band for tri-band services, and full remote operation via secure user and network/cloud interfaces. The TerraLInk 370 series is manufactured in the UK and designed for installation on permanent pads or rooftop structures, while the optional containerised configuration selected by eNexus enables rapid deployment to greenfield sites and a unique ability to redeploy as required.

Bob Potter, CTO Global Invacom Group, commented: “GSaaS operators like eNexus need highly reliable, cost-effective ground infrastructure that can maximise customer pass support and data yield, but also easily deployed and integrated as they scale their ground network. The TerraLink containerised configuration delivered to eNexus is a complete, service-ready terminal that can be quickly brought online.”

Malcolm Burrell, Director of eNexus, added: “We are excited to begin the next phase of our network expansion, and Global Invacom’s TerraLink offered us the best combination of performance, capabilities, reliability, and cost. Global Invacom has a well-established reputation for innovative and highly reliable antenna systems, and its redeployable containerised configuration is enabling us to quickly and effectively grow our network and services”.