Interstellar Technologies Prepares for ZERO Static Fire, Target 2025 For Orbital Launch

Interstellar Technologies is gearing up for a crucial static fire test later this year, a significant step toward launching their Zero rocket into orbit by 2025.

The Zero rocket, designed to carry nearly one metric ton to low-Earth orbit, is poised to meet the growing demand for small satellite launch capacity not only in Japan but across the globe.

Interstellar Technologies' journey to orbital launch began with the successful development and launch of suborbital rockets, most notably the Momo rocket, which has achieved spaceflight three times. The company's initial focus was on designing an orbital rocket capable of carrying 100 kilograms to low Earth orbit, with a planned launch date in 2020. However, after evaluating market demand and recognizing the need for increased payload capacity, Interstellar shifted its efforts towards developing the larger and more powerful Zero rocket.

The Zero rocket, measuring 25 meters in length with a diameter of 1.7 meters, is comparable in size to the Rocket Lab Electron, a well-known small satellite launch vehicle. 

Credit : Interstellar Technologies

The planned launch site for the Zero rocket is Japan's Hokkaido Spaceport, which provides the flexibility to launch payloads towards the east or south sides.

Looking ahead, Interstellar Technologies has further ambitious plans in store. In addition to the Zero rocket, the company is actively developing the Deca launch vehicle, a larger launch platform projected to commence operations in the 2030s.

Credit : Interstellar Technologies

Interstellar Technologies intends to target the burgeoning demand for small satellite launches, particularly from space agencies and universities in Asia, Australia, and New Zealand. By catering to this demand, the company aims to establish itself as a prominent player in the satellite launch market across the Asia-Oceania region.

In a groundbreaking move, Interstellar announced its intention to fuel the Zero rocket with liquid biomethane, a fuel derived from livestock manure. This environmentally-friendly approach highlights the company's commitment to sustainable and responsible space launch practices, setting a precedent for the industry.