Yachting Art Magazine

Japanese manufacturer Honda, previously associated with cars, motorcycles, boating (outboard motors), gardening and aviation (HondaJET), has taken a major step forward by successfully controlling the take-off and landing of a prototype reusable rocket. This feat was achieved without fanfare but with remarkable precision, quietly positioning the group in the world of private space travel.

Honda, known for its cars and engines, has just proven that it also has mastered the basics of space technology. In Taiki, on the island of Hokkaido, the manufacturer conducted a groundbreaking test in May 2025: launching and landing a small experimental rocket with impressive precision. The prototype, 6.5 metres high and weighing 1,270 kg at take-off, reached an altitude of 271 metres before returning to land just 37 centimetres from its intended spot.

The 56.6-second demonstration flight took place at the space test centre that Honda is developing in partnership with the Japanese space agency JAXA. This rapidly expanding site is intended for suborbital experiments and aims to become a major hub for Japanese aeronautical research.

This first success, although modest, marks a turning point for the company. While giants such as SpaceX and Blue Origin dominate the reusable launch vehicle market, Honda stands out with its methodical and pragmatic approach, without any fanfare. The manufacturer is now aiming for a suborbital flight by 2029, to break the symbolic 100 km altitude barrier and test atmospheric re-entry technologies.

The rocket project draws on skills developed in-house: the liquid fuel engine, control algorithms, position sensors and stabilisation systems are the direct result of the group's accumulated expertise in robotics, autonomous vehicles and automotive R&D. This technical cross-functionality, combined with an ability to design robust solutions, has enabled Honda to succeed where others have not yet dared to venture.

The test conducted in Taiki was not just a trial run: its aim was to validate key technologies for rocket reuse, including stability management during ascent and descent, as well as landing accuracy. The data collected during this flight will now feed into the next stages of development.

Officially, Honda is refusing to give a precise timetable for a possible commercial launch. According to the group, the programme is still at a fundamental stage. However, the success of the prototype puts the company in a unique position: that of the only car manufacturer to have designed and tested a reusable launch vehicle.

This unique positioning illustrates a broader vision of the role of mobility manufacturers in space exploration. As the private space sector develops rapidly, the expertise of players from the automotive industry could well become a strategic asset. Honda intends to continue its research with the aim of providing Japan with an independent suborbital launch capability, targeting the micro-satellite market in particular.

By focusing on gradual ramp-up and adapting proven automotive technologies to the space sector, Honda is positioning itself as a new player to watch closely. While the company remains silent on its commercial ambitions for the time being, its technological advances are opening up new prospects for Japanese industry.

With this successful first step into the field of reusable launchers, Honda is demonstrating that space could well become a natural extension of its industrial universe in the long term. This strategic diversification could quietly reshape the future of mobility.

Analysis: the cross-disciplinary nature of Honda's technological developments across its various divisions suggests major innovations in the nautical sector, particularly in the automation of certain phases of navigation, using cameras and sensors developed for the automotive industry.