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India’s first reusable hybrid rocket RHUMI-1

Context

India has successfully launched its first reusable hybrid rocket, RHUMI-1, developed by the Tamil Nadu-based start-up Space Zone India in collaboration with the Martin Group.

Key Details:

  • RHUMI-1 incorporates a reusable mechanism, promising a cost-effective and environmentally sustainable solution to satellite launches.
    • Rocket Technology: RHUMI-1 is equipped with a generic-fuel-based hybrid motor and electrically triggered parachute deployer. The spacecraft is 100% pyrotechnic-free and 0% TNT.
      • The hybrid propulsion system, combining solid fuel and liquid oxidizer technologies, is engineered to slash the costs associated with hybrid rocket operations while ensuring utmost safety.
    • The RHUMI-1 rocket combines the advantages of both liquid and solid fuel propellant systems to improve efficiency and reduce operational costs.
    • The RHUMI series includes three models—RHUMI-1, RHUMI-2, and RHUMI-3—capable of reaching altitudes ranging from 1 km to 500 km.
  • Application: Beyond its space exploration objectives, RHUMI 1’s applications extend to agriculture, environmental monitoring, and disaster management.
  • Key-features
    • Flexibility and reusability
    • Adjustable launch angle, which can be modified between 0 and 120 degrees
    • A CO2-triggered parachute system
  • Rocket and Satellites: RHUMI-1 carried 3 Cube Satellites and 50 PICO Satellites into a suborbital trajectory. These satellites will gather data on global warming and climate change.
  • Space Zone India: Based in Chennai, Space Zone India focuses on providing affordable, long-term space solutions. The company offers training in Aerodynamics, Satellite Technology, Drone Technology, and Rocket Technology. They also promote awareness about careers in the space industry.
    • Educational Initiatives: In 2023, Space Zone India ran the "Dr. APJ Abdul Kalam Students Satellite Launch" mission, involving over 2,500 students from various schools in designing and building a student satellite launch vehicle. This vehicle was capable of carrying 150 Pico satellites for research experiments.
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