Sceye HAPS is Helium-Filled and Suited for a Range of Tasks
Michael Hemsworth — August 21, 2024 — Autos
The Sceye HAPS aircraft is an eco-friendly aircraft engineered with the needs of scientists, engineers and telecommunications companies alike in mind to provide a next-generation way to reach new heights.
The aircraft measures in at 65-meters and is helium-filled with no crew members aboard, and rated to launch vertically before proceeding on to altitudes up to 65,000-feet. The aircraft is powered by gallium selenide and gallium arsenide solar cells that are integrated into the silver foil full-body solar cape. The aircraft is suited for hovering high above the ground for months on end where it could be used for telecommunication purposes to support broadband access for underserved communities and more.
The Sceye HAPS aircraft has so far completed 20 test flights and is expected to enter commercial use starting in 2025.
Image Credit: Sceye
The aircraft measures in at 65-meters and is helium-filled with no crew members aboard, and rated to launch vertically before proceeding on to altitudes up to 65,000-feet. The aircraft is powered by gallium selenide and gallium arsenide solar cells that are integrated into the silver foil full-body solar cape. The aircraft is suited for hovering high above the ground for months on end where it could be used for telecommunication purposes to support broadband access for underserved communities and more.
The Sceye HAPS aircraft has so far completed 20 test flights and is expected to enter commercial use starting in 2025.
Image Credit: Sceye
Trend Themes
1. Helium-filled Aircrafts - Helium-filled aircrafts offer a sustainable alternative to traditional fuel-based aviation methods, presenting advancements in high-altitude travel and operations.
2. Solar-powered Aviation - Solar-powered aircrafts utilizing gallium selenide and gallium arsenide solar cells highlight innovations in renewable energy applications within the aviation industry.
3. Telecommunication Drones - High-altitude autonomous drones designed for telecommunications can revolutionize broadband access capabilities for underserved regions by hovering for extended periods.
Industry Implications
1. Aerospace - The aerospace industry could see significant shifts with the integration of eco-friendly, helium-filled, and solar-powered aircraft designed for high-altitude tasks.
2. Telecommunications - Telecommunication industries may leverage high-altitude drones to enhance broadband connectivity, especially in areas lacking infrastructure.
3. Renewable Energy - Renewable energy sectors stand to benefit from advancements in solar cell technologies used in sustainable aviation solutions.
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