In a major step towards space innovation, Honda successfully launched and landed an experimental rocket earlier this week. The test flight took place in Taiki Town, Japan, marking the automaker’s first successful rocket landing. Now, the company has gone from automobile manufacturer to space innovation pioneer.

In the official press release, the company notes the four-legged rocket reached a maximum altitude of 890 feet before landing. It landed with precision — just 37 centimeters from the target point.

This development demonstrates the Japanese company’s determination to bring its engineering and automation know-how to the next frontier — space.

A Precise Test Flight

The launch saw the company’s nearly 21-foot-tall, 2,800-pound rocket climb nearly 900 feet before landing. During the 56.6-second flight, it demonstrated consistent vertical lift, flight control, and landing abilities — three essential functions of a reusable launch system.

The rockets legs were retractable and used for two purposes. During liftoff, they stabilized the rocket and balanced its weight. During landing, they ensured a controlled descent.

It’s a huge step for a company that had no publicly declared history in space flight — until recently.

Honda’s Quiet Return to Space

It may come as a surprise to many, but Honda isn’t new to space. The company announced its return to space in 2021. But since then, it’s been relatively secretive about its rocket development process.

What’s different here is the rocket’s tech roots — the company borrowed from other industries to develop it. Honda pulled technology from its automated driving programs, originally designed for road safety and navigation, and used it for rocket navigation and control.

Honda’s goal in space isn’t solely to become a space company.

The company sees the growing need for satellite infrastructure, which could impact several of its future businesses, such as connectivity, logistics, and autonomous vehicles. With satellites powering navigation, data transmission, and communications services, having an in-house launch capability could provide Honda with a unique competitive advantage in a growing market.

Still, the company is taking things slowly. Honda notes the project is still in the basic research phase and there are no final decisions about commercialization.

“Although Honda rocket research is still in the fundamental research phase, and no decisions have been made regarding commercialization of these rocket technologies, Honda will continue making progress in the fundamental research with a technology development goal of realizing technological capability to enable a suborbital launch by 2029,” the company stated.

Honda Aims for 2029

Honda has a larger goal in mind — the company aims to achieve a suborbital launch by 2029. A suborbital flight passes the Kármán line — around 62 miles above sea level — but doesn’t reach orbit. It’s a big step in spaceflight and lays the groundwork for more testing, satellite payload tests, and future manned missions.

Suborbital flights, however, don’t take satellites into orbit. For that, Honda would need to build a much more powerful, complex system — and it may require a bigger financial and technical commitment. The company hasn’t announced if it will enter the competitive orbital launch market, which SpaceX and Blue Origin dominate.

But with this week’s test, it appears Honda is serious. It has the capability, the tech backing, and now the flight data to support its ambitions.

The test flight happened in Taiki Town, Japan, which is quickly becoming a “space town.” Efforts from the public and private sectors — and even the Japan Aerospace Exploration Agency (JAXA) — have transformed the once-rural area into a new hub for space innovation.

The collaboration between Honda and Taiki Town represents how corporate ambition and local development can come together to move Japan’s space industry forward.

Closing Thoughts

It’s just the beginning for Honda. Whether it moves into commercial launches or not, its first successful rocket landing puts it in a different class of private space players.

And with a goal set for 2029, the next few years will be telling — not only for the company’s technological advancement but for determining its role in the increasingly competitive space race.