Pentagon’s X-37B Attack Space Drone Can Reach Space & “De-Orbit”

By Kris Osborn, President, Center for Military Modernization

(Washington DC) Defending satellites, destroying ICBMs, tracking enemy missile launches and blanketing massive areas of surveillance .. are all possible missions for the seemingly unrealistic X-37B space drone

It may not seem realistic for there to be an attack space drone anytime soon, yet such a platform has already been in development for many years and is in fact making progress.

It’s called the X-37B or the Orbital Test Vehicle, an unmanned space platform designed to enter space and then re-enter the atmosphere. The platform, now being developed by the US Space Force, demonstrated an ability to de-orbit and land at a NASA facility last year, according to an interesting essay published recently by US Space Force News.

Development of the platform actually goes back as far as 2006 as a NASA technology, and the unmanned space vehicle has actually spent 908 days in orbit during a mission from 2020 to 2022. The OTV is thrust into space by a launch vehicle before returning to land as a space vehicle when re-entering the atmosphere.

In more recent years, the platform has been more fully militarized as a technology which could potentially operate as a space drone. While many of its technologies may not be available for public consumption and also very much still in development, such a platform certainly introduces a wide range of significant tactical advantages. As a mobile platform, it seems clear the X-37B could move faster and cover wider areas faster and more efficiently than existing satellites, should it have sensors with sufficient range to detect ground and air threats. For example, overhead infrared warning satellites can detect the heat signature of an enemy missile launch to provide early warning. Should an unmanned system be capable of something similar, it could bring a wider, more continuous and mobile threat warning system beyond the earth’s atmosphere.

The largest advantages of such a vehicle might be discovered in the realm of networking and weapons. For instance, should a mobile space “node” be able to share time-sensitive data with satellites and therefore ground-based command and control, the response, attack and countermeasure cycle would be massively accelerated. Also, while it may seem like Star Wars, the idea of a weaponized space platform, if operated by humans functioning in a command and control capacity, could ensure the safety of satellites and potentially be capable of offensive operations.