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ViralFlight Trial Of PHASA-35 Drone Conducted Successfully, Could Replace Satellites Soon: Watch
The weight of the PHASA-35 drone is 150 kg while the weight of a satellite is significantly higher. The drone is being viewed as a potential substitute for satellite technology.
PHASA-35 Drone: A company from the United Kingdom has developed a solar-electric drone, known as the PHASA-35, which can compete with satellites. The company claims that this drone is superior to a satellite and will soon replace it. According to an article in the Daily Mail, the PHASA-35 drone weighs 150 kg, whereas satellites weigh hundreds of kilograms. Additionally, the cost of manufacturing the PHASA-35 drone is much lower compared to satellites.
Watch the video here:
PHASA-35 is bridging the gap between air and space 🛰️. Over a 24-hour period, PHASA-35 reached an altitude of over 66,000 ft in the stratosphere before landing successfully. Find out more: [link to article]
What distinguishes the PHASA-35 Drone from a satellite?
Satellite: Satellites remain in the thermosphere, the Earth’s fourth atmospheric layer. Since there is no gravitational force there, satellites orbit the Earth. They obtain energy from the battery, which is charged by solar panels. When the battery life is depleted, the satellite becomes useless and turns into space debris.
PHASA-35 Drone: This drone will operate in the stratosphere, the Earth’s second atmospheric layer, where gravitational force exists. For stability, the drone’s wings must remain in constant motion. The wings also function as solar panels, generating energy from the sun during the day and charging the battery. At night, the drone operates using stored battery energy. It will be retrieved from the sky before its battery life expires in a year.
Features of the PHASA-35 Drone:
– Wingspan of 115 feet with installed solar panels.
– Can carry up to 15 kg of equipment such as cameras, sensors, and communication devices.
– Capable of providing 4G and 5G communication services in remote areas where internet access is limited.
– Suitable for various applications, including disaster relief and border protection, as an alternative to traditional airborne and satellite systems.
– Utilizes advanced technologies such as composites, energy management, solar electric cells, and photo-voltaic arrays to generate and store energy for flight.
Due to its lightweight nature, the PHASA-35 drone is considered a promising alternative to satellite technology.
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