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Bellatrix Aerospace Develops Groundbreaking Ultra-Low Orbit Satellites
Bellatrix readying ultra-low orbit satellites
Image: The Economic Times
Bellatrix Aerospace, based in Bengaluru, is pioneering ultra-low orbit satellites under 'Project 200', targeting altitudes of 180-200 km. This initiative aims to significantly reduce satellite costs and enhance imaging resolution to centimetre-level. Launches are planned for 2027-2028.
- 01Bellatrix's VLEO satellites will operate at altitudes of 180-200 km, significantly lower than conventional satellites.
- 02The company claims its satellites could reduce costs by three to four times compared to traditional optical Earth observation satellites.
- 03The propulsion system developed converts atmospheric particles into plasma fuel, enabling sustained orbit despite atmospheric drag.
- 04Bellatrix has already conducted ground demonstrations of its propulsion technology and is in talks with various partners for future satellite constellations.
- 05The startup recently raised $20 million to expand its manufacturing capacity and build a new facility near Bengaluru airport.
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Bellatrix Aerospace, a Bengaluru-based startup, is advancing the development of ultra-low orbit satellites through its initiative 'Project 200'. These satellites are designed to operate at altitudes of 180-200 km, which is significantly lower than conventional low Earth orbit satellites that function above 600 km. The project aims to reduce satellite costs by three to four times, while enhancing imaging capabilities to centimetre-level resolution. This is achieved through a unique propulsion system that converts atmospheric particles into plasma fuel, allowing the satellites to maintain orbit despite high atmospheric drag. Bellatrix has already demonstrated this propulsion technology on the ground and plans to launch its satellites in 2027 or 2028. The company has also raised $20 million to expand its manufacturing capabilities and is exploring partnerships for future satellite constellations. Potential applications for these satellites include defence, telecommunications, and Earth observation, with the promise of providing high-quality imagery from space.
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The development of ultra-low orbit satellites could lead to significant advancements in satellite technology and lower costs for various applications, impacting industries such as defence and telecommunications.
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