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Modern satellites rely on high-precision optical payloads, including Earth observation cameras, space telescopes, and scientific sensors, to capture critical orbital data. As these instruments become more advanced and expensive, payload

Stationkeeping for 5G/6G Satellites: Precision in High-Frequency Orbits

June 1, 2026

5G satellite networks and future 6G services grow rapidly, which leads to higher demand for the accuracy of satellites in orbit. Even minor deviations may alter the communication quality; thus

Proactive Collision Avoidance: How Higher Thrust Water Systems Save Assets

May 25, 2026

Space debris has become a prominent issue in orbit, along with the growing number of satellites launched on a regular basis. Old satellites, fragments left by collisions, and uncontrolled objects

The Economics of Water Propulsion for LEO Constellations

May 19, 2026

Today, there are more and more satellite constellations in LEO. Dozens and hundreds of small satellites are launched for communications, Earth observation, internet services, and scientific research. However, the constellation

Zero-Debris Mandates: Using Water Thrusters for Guaranteed Deorbit

May 13, 2026

In recent years, the number of satellites in orbit has increased significantly. It poses an important challenge, namely space debris. Discarded satellites, collision debris, and uncontrolled objects gradually fill orbit.

Scale Your Mission with TunaTank: Higher Performance Thruster for CubeSats

May 4, 2026

Most modern CubeSat propulsion systems are designed to be compact and provide basic functionality. However, when the mission becomes more complicated, it is the propulsion system that begins to limit

Fuelling the CubeSat at the Customer’s Site with Water Propulsion

April 27, 2026

Fuelling the satellite is a very important step in the mission. This process directly affects whether the satellite will function properly in space. However, this process is often complicated and demands

Bi-Propellant Chemical Propulsion for Small Satellites

April 20, 2026

Benefits, Challenges, and Alternatives A bi-propellant chemical propulsion is a system that utilizes two components – fuel and oxidizer. Once they come into contact, the ignition occurs and delivers thrust.

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