Luman Aerospace designs and builds high‑altitude pseudo‑satellites (HAPS)—unmanned aircraft that operate in the stratosphere at around 20 km altitude.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional satellite systems require costly launches, have high latency due to orbital distances, and lack flexibility for rapid deployment, limiting connectivity in remote or underserved regions and constraining timely earth‑observation and defence operations.
Solution
Luman Aerospace develops high‑altitude pseudo‑satellites (HAPS), unmanned aircraft that operate in the stratosphere at roughly 20 km altitude. Powered by hydrogen or solar energy, these platforms can remain airborne for weeks to months, providing low‑latency telecommunications, high‑resolution earth‑observation, and responsive defence services. Their proximity to the ground enables direct‑to‑handset connectivity and rapid repositioning, offering a more adaptable and cost‑effective alternative to conventional orbiting satellites.
Target Audience
Primary customers include telecom operators seeking to extend coverage, government and defence agencies requiring agile surveillance, and organizations needing timely earth‑observation data for remote or underserved locations.
Features
- Stratospheric flight at ~20 km delivering low‑latency, line‑of‑sight communications
- Hydrogen or solar propulsion allowing weeks‑to‑months of continuous operation
- Direct‑to‑handset capability eliminates the need for ground infrastructure in remote areas
- Flexible payload integration for telecommunications, high‑resolution imaging, or defence sensors
- Rapid deployment and repositioning to address dynamic coverage or mission requirements