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Questions and Answers
Project 200 is designed to operate at Ultra-Low Earth Orbit between 180 and 250 km.
True
Bellatrix Aerospace is based in Chennai.
False
The breakthrough propulsion technology allows the satellite to operate at low altitudes for only a few months.
False
Project 200 reduces communication latency by half.
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The satellite significantly increases costs associated with satellite operations.
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Study Notes
Project 200 by Bellatrix Aerospace
- Bellatrix Aerospace, based in Bengaluru, introduced "Project 200" at the Bengaluru Space Expo 2024.
- This innovative satellite is designed for Ultra-Low Earth Orbit (180-250 km).
Potential Impact of Ultra-Low Earth Orbit
- Operating in this orbit could transform satellite capabilities, particularly in high-resolution Earth observation and telecommunications.
Breakthrough Propulsion Technology
- The startup's advanced propulsion technology enables sustained operation at low altitudes for extended periods, addressing issues of atmospheric drag.
Improvements and Benefits
- Communication latency is reduced by 50%, enhancing real-time data transmission.
- Image resolution is improved by a factor of three, allowing for more detailed observations.
- Lower satellite costs indicate significant advancements in affordability for satellite deployments, signaling a major evolution in satellite operations.
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Description
Explore the innovative Project 200 by Bellatrix Aerospace, unveiled at the Bengaluru Space Expo 2024. This groundbreaking satellite operates in Ultra-Low Earth Orbit, offering advancements in Earth observation and telecommunications. Discover how their unique propulsion technology addresses the challenges of atmospheric drag.
