Honda, the Japanese manufacturer most known for its motorcycles and automobiles, has made a significant step towards space. The company disclosed this week that a reusable rocket created by its research and development division had a launch and landing test gone without a hitch. It is the first successful attempt by the business to launch a rocket and safely bring it down.

Neither was the test conducted from some far-off international launchpad. It took place at Honda’s own plant in Taiki Town, Japan, a location gradually turning into a growing space center. Rising to a height of 890 feet, the rocket fell and landed barely 37 cm apart from the target.

That is not a chance occurrence. Precision engineering is what that is.

At launch, the almost 21-foot tall rocket used in the test weights more than 2,800 pounds. It remained airborne for just 56.6 seconds, but those were vital. The aircraft proved not only vertical takeoff but also a steady and accurate landing during this brief flight. Its retractable landing legs, which supported the rocket at liftoff, enabled it to be precisely and gently brought down.

Given a company whose primary focus has been ground level transportation, one would not expect this. Still, the outcome reveals that Honda is creating functional spaceflight hardware with great promise rather than just testing concepts.

Honda is not haphazardly joining the space race. First revealing intentions to investigate space technologies in late 2021, the company has kept most of its developments under rather low profile. After years of subdued growth, this successful test now reveals the first indicators of what has been going on behind the scenes.

Honda is using already developed technologies from other sectors instead of creating a whole new ecosystem. For this rocket program, for example, its automated driving systems are proving rather important. Now helping to control vertical takeoff, flight stabilization, and pinpoint landings is the same level of exact control required in self-driving cars.

It’s a cross-industry use that makes great sense and seems to be working.

This rocket serves more than only flaunting technical ability. Honda is setting itself for a time when satellite and space-based infrastructure will be absolutely necessary for regular corporate operations. Whether it’s navigation, data transfer, or communications, access to the upper atmosphere is growingly important.

The success of this test suggests more general aspirations even though the rocket is still in the fundamental research stage. Honda sees possibilities in developing its own small-scale launch systems to meet the growing demand for satellite launches; this action might finally relate to its automotive, robotics, and communications divisions.

By 2029 the company is aiming for suborbital space. That implies flights generally regarded as the limit of space, reaching beyond 62 miles (or 100 kilometers) above sea level. Though they do not remain in orbit, these flights do break through Earth’s atmosphere, posing a significant technical difficulty all by itself.

A good suborbital flight would prove Honda has developed the propulsion, control, and recovery systems required for more audacious launches. But orbiting satellites would mean developing new launch vehicles, guidance systems, and maybe even payload technologies, not just reaching space.

The next action is unknown. Honda has not yet promised to turn its rocket program into a profit-making venture. But this test flight sets it on a course whereby that choice might not be far off.

Taiki Town: Space Village for Japan

Taiki Town, the launching site, is more than just background. The area has been aggressively trying to establish itself as a hub for aerospace innovation. Situated in Hokkaido, it has teamed with several private businesses and national agencies including JAXA to create training courses, support facilities, and testing infrastructure.

Taiki Town is fast rising as one of Japan’s most significant space innovation hotspots as Honda joins the increasing list of businesses running actual experiments there.

Still ahead is a long road. Honda is joining a field controlled by heavyweights like SpaceX and Blue Origin, businesses with enormous resources and years of orbital flight experience. But what Honda brings is something different: a background in manufacturing efficiency, robotics, and mobility technology — areas that could provide it a unique edge as it moves ahead.

The test this week was not one-off experimentation. It was a message Honda is getting ready for a future far beyond the surface of Earth.

And although the rocket might have landed just a few feet from its target, the company’s space mission is obviously far, much higher.