Timon Singh

Titan Aerospace Developing World's First Solar-Powered Atmospheric Satellite Drones

by , 08/23/13

Titan Aerospace, Solara 50, Solara 60, UAV platform, solar power, solar batteries, solar panels, solar satellite, solar powered atmospheric satellite, solar drone,

Titan Aerospace has unveiled designs for the world’s first solar-powered atmospheric satellite. The craft, which resembles a large drone, would be completely powered by the sun, allowing it to stay in the air for five years with a mission range of over 4 million kilometers.

Titan Aerospace, Solara 50, Solara 60, UAV platform, solar power, solar batteries, solar panels, solar satellite, solar powered atmospheric satellite, solar drone,

The solar-powered satellite is known as the Solara 50 and would be launched at night using power from its battery banks. During the day, the aircraft would take position 20km above the Earth allowing the sun to charge its solar batteries. The satellite’s on-board management system ensures voltage and thermal thresholds are maintained in the subzero atmosphere.

The Solara 50 is not a small craft. It boasts a wingspan of 50 meters and is 15 meters in length. It’s also fast—capable of cruising at 104 kilometers an hour.

Titan Aerospace have said that the aircraft could be used for multiple applications, including mobile communications. Its systems would be able to provide coverage for over 17,800 square kilometers, making a single Solara platform provide a greater reach than 100 terrestrial cell towers.

“Titan Aerospace is revolutionizing near-earth applications for dozens of industries,” says the company. “The ability to park a stationary payload directly above a specific point is opening dramatic new possibilities and redefining the landscape.”

“Payloads previously available only on satellites can now be lofted for a fraction of the cost by leveraging the persistent solar UAV platforms.”

Despite the Solara 50 capability of lifting payloads of around 32 kg, its sibling—the Solara 60—is reportedly capable of providing “atmospheric parking” for over 100 kg of payload – enough to transform how satellite systems are taken into space.

+ Titan Aerospace

via Gizmodo

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