{"id":111477,"date":"2026-07-31T13:48:08","date_gmt":"2026-07-31T13:48:08","guid":{"rendered":"https:\/\/pakistaninewspaperlist.com\/news\/global-aerospace-provides-insights-on-what-in-orbit-servicing-is-how-in-orbit-servicing-works-and-the-key-technologies-enabling-the-ios-revolution\/"},"modified":"2026-07-31T13:48:08","modified_gmt":"2026-07-31T13:48:08","slug":"global-aerospace-provides-insights-on-what-in-orbit-servicing-is-how-in-orbit-servicing-works-and-the-key-technologies-enabling-the-ios-revolution","status":"publish","type":"post","link":"https:\/\/pakistaninewspaperlist.com\/news\/global-aerospace-provides-insights-on-what-in-orbit-servicing-is-how-in-orbit-servicing-works-and-the-key-technologies-enabling-the-ios-revolution\/","title":{"rendered":"Global Aerospace Provides Insights on What In-Orbit Servicing Is, How In-Orbit Servicing Works, and the Key Technologies Enabling the IOS Revolution"},"content":{"rendered":"
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Morris Plains, NJ, July 31, 2026 (GLOBE NEWSWIRE) — For decades, the space industry followed a very expensive and wasteful pattern. When a satellite failed or ran out of fuel, that was the end of the mission. These massive machines, which often cost hundreds of millions of dollars to build and launch, would simply become high-tech trash,\u00a0according to Global Aerospace.<\/p>\n

<\/a> <\/p>\n

Today, a new era is beginning as we move toward in-orbit servicing (IOS). This technology, also known as on-orbit satellite servicing, allows stakeholders to refuel, fix and even upgrade spacecraft while they are circling the Earth, as well as take out defunct spacecraft out of working orbits. <\/p>\n

The value of being able to maintain assets in space is enormous. By using satellite life extension services, companies can keep their satellites working much longer than originally planned. This shift reduces the need to launch expensive replacements and helps keep space from becoming crowded with debris. <\/p>\n

As more companies launch constellations of satellites into orbit, having a way to maintain them and\/or to de-orbit them is becoming a vital part of a sustainable space economy<\/a>. <\/p>\n

What Is In-Orbit Servicing? <\/b><\/p>\n

Think of in-orbit servicing as a mobile service expert or a roadside assistance service circling the Earth. It involves a \u201cservicer\u201d spacecraft traveling to a \u201cclient\u201d satellite to perform specific tasks. This is very different from how we traditionally handled satellites, where they were essentially single-use objects. Once they were launched, the units were on their own and only valuable until they stopped working. <\/p>\n

How In-Orbit Servicing Works <\/b><\/p>\n

Working on something that is moving at thousands of miles per hour in the vacuum of space is an incredible challenge. The process usually proceeds in a few careful stages to ensure nothing goes wrong. First, the servicer must locate and track the target satellite to determine its exact position and motion. This is followed by a series of manoeuvres where the servicer gets closer and closer to the client satellite. <\/p>\n

Once they are close enough, the servicer uses a robotic arm or a specialised docking system to grab the client. This part is tricky because many older satellites were never designed to be caught or refuelled. After they are firmly connected, the servicer performs the job, which might be pumping in new fuel, swapping out a part or just being docked to provide longer propulsion life. Finally, the servicer returns the satellite to its proper path or moves it to a new location if needed. <\/p>\n

Types of In-Orbit Servicing Missions <\/b><\/p>\n

There are several ways a servicer can help a satellite. Life-extension missions are currently among the most common. In these cases, a servicer docks with a satellite that has run out of fuel and uses its own engines to keep the satellite in the right spot. Refuelling missions are another major category. Instead of staying attached, the servicer transfers propellant directly into the client\u2019s tank, allowing it to keep moving on its own. <\/p>\n

Then, there are missions that address repair and assembly needs. This may include fixing a solar panel that didn\u2019t open correctly or replacing a camera with a newer version. There are also relocation missions where a servicer moves a satellite to a different orbit to help it reach a new market. Finally, inspection missions allow operators to get a close-up look at their satellites to diagnose problems that cannot be seen from the ground. <\/p>\n

Key Technologies Enabling the IOS Revolution <\/b><\/p>\n

Modern servicing missions rely on a mix of state-of-the-art hardware and software which may include artificial intelligence (AI) enabled elements. These tools allow machines to work together autonomously in a very challenging environment. <\/p>\n