Astrophel Aerospace has announced that it is targeting 15 August 2026 for the suborbital test flight of a reusable rocket prototype intended to demonstrate vertical takeoff and vertical landing capabilities. The test is presented as a critical milestone towards a fully operational and commercially viable reusable launch vehicle and as a validation platform for in-house cryogenic subsystems developed by the Pune-based startup. The planned flight is intended to accelerate development timelines and reduce reliance on imported components.

The three-metre prototype, described by the company as a hopper, weighs about 200 kilogram (kg) and is being designed, manufactured and assembled at Astrophel's Pune facility. The vertical takeoff and vertical landing test prototype is intended to validate high-performance cryogenic control valves that the company has developed as well as turbopumps, vacuum-insulated cryogenic storage tanks and high-speed precision linear actuators. These components form part of a broader portfolio aimed at enabling tighter integration across subsystems.

The company noted that it previously conducted a cryogenic engine test on 15 August 2023 and raised more than USD 800,000 last year as it pursued in-house development. The co-founders indicated that the in-house design and manufacturing approach draws on automotive best practices and allows the firm to develop subsystems at approximately 40 per cent of the cost compared to global players. Vertical integration is said to enable faster development cycles and improved performance control.

Astrophel aims to address a domestic gap in critical aerospace hardware by developing and validating components in-house while building revenue through component sales and licensing partnerships. The company argues that this approach will help to de-risk the path to orbit and make high-performance propulsion and cryogenic systems more accessible. With over 70,000 low Earth orbit (LEO) satellites expected to be launched over the next five years, demand for faster and more flexible launch solutions is expected to grow and reusability is identified as a key capability.