Kenya is poised to make history as the first country to test the Britain-made near-space glider Zephyr, a solar-powered pseudo-satellite designed for military surveillance. This groundbreaking test, scheduled to take place in the Rift Valley, could offer a cost-effective alternative to Elon Musk’s SpaceX and Starlink programs.
Reports indicate that if the project proves successful, the Zephyr aircraft will be ready to undertake missions for telecommunications and military surveillance. The high-altitude platform station (HAPS), developed over the past 20 years, will be mass-produced and sold at approximately Ksh647 million (USD 5 million) each.
The testing is not expected to pose any danger to Rift Valley residents or wildlife. Despite its impressive wingspan, comparable to that of an A380 Superjumbo, the Zephyr is relatively light, weighing less than an average British adult, depending on its payload.
Kenya was selected for the testing due to its favorable weather conditions and geographical location, which have also made it a preferred site for testing other high-altitude platform stations in the past. The Zephyr, developed in Farnborough, Hampshire, and funded by Airbus, represents a significant achievement for Britain.
Engineers behind the pseudo-satellite have highlighted the evolution of technology that has now made this decades-old idea feasible. Future developments aim to expand the Zephyr’s applications beyond military surveillance to include precision agriculture and forest fire management.
While the economic benefits for Kenya from hosting the prototype testing have not been publicly detailed, the collaboration marks a significant step in the advancement of high-altitude platform stations and their potential global impact.
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