An important milestone for the Pune-based start-up Astrophel Aerospace has been set for August 15, 2026, when the reusable rocket prototype will undergo a suborbital test flight.
Through the use of a vertical takeoff and vertical landing test vehicle, this mission seeks to further the development of domestic cryogenic systems and launch vehicles. The project is an important part of the company’s plan to develop a reusable launch vehicle that is profitable.
The prototype vehicle weighs about 200 kg in total and is a three-meter-long hopper. The company’s specialized facility in Pune is where all phases of its development, including design, production, and assembly, are carried out.
The company’s in-house cryogenic subsystems and patented propulsion technology will be validated on this future test flight.
The CEO and co-founder of Astrophel Aerospace, Suyash Bafna, pointed out that this could be one of the first occasions a privately developed reusable rocket prototype has been fully constructed and tested in India. In August 2023, the business successfully finished a cryogenic engine test, demonstrating its technological proficiency in propulsion systems.India’s foreign policy
The company’s technical portfolio now includes vacuum-insulated cryogenic tanks, turbopumps, and high-performance cryogenic control valves in addition to the rocket itself. Additionally, they have strengthened their array of space hardware by developing precision linear actuators. These advancements are essential to the company’s goal of developing strong domestic capabilities.
In order to lessen the Indian space industry’s present dependency on foreign parts, Astrophel’s approach mainly concentrates on the vertical integration of crucial subsystems. The start-up hopes to greatly accelerate development timeframes and promote independence within the domestic industry by producing these cutting-edge propulsion components locally.
Co-founder and COO Immanuel Louis clarified that their engineering approach is influenced by automobile manufacturing techniques. By using this strategy, the team may create sophisticated subsystems at a significantly lower cost than the current worldwide benchmarks, increasing the accessibility and competitiveness of their technology.
In addition to its immediate objective of developing launch vehicles, the company plans to generate income through component sales and licensing agreements. This business model is intended to support a broader ecosystem that includes the defense and aerospace industries as well as new energy sectors like green hydrogen.
Reusable systems are becoming increasingly important as the need for satellite launches grows, especially with the advent of low Earth orbit constellations.
Astrophel Aerospace’s impending test is a crucial step toward developing adaptable and affordable launch capabilities in India’s quickly developing private space industry.
