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 by Morris Jones for SpaceDaily Sydney, Australia (SPX) Oct 28, 2019
The recent landing of the latest X-37B robot spaceplane mission has been less visible to outsiders than any previous mission. The US Air Force has released photos of the spacecraft taken soon after its return. They show that the vehicle seems to be in fairly good condition after its longest flight ever, which extended for well over two years. The photos also show that the spacecraft has no visible features that would distinguish it from other spacecraft launched in this program, and in some ways make it hard to know exactly which one of the identical X-37B vehicles was used on this mission. We can probably judge that the mission was successful, but we are still not entirely sure of what the spacecraft was doing in orbit. Analysts have been speculating on the program for years, and have never been successful in penetrating the veil of secrecy surrounding the project. While the project itself is an amazing feat of technology, kudos must be extended to the team behind the scenes, who have managed to keep so much under wraps for so long. The existence of X-37B is no secret, and much has been officially released into the public domain. But there is an ongoing trend of tightening secrecy for the X-37B. In the past, we were given detailed images of the spacecraft being encapsulated in its payload fairing for launch, and then treated to nice video and images of its landing. That changed for recent missions, when pre-launch imagery of the spacecraft was not released. At the time, this analyst speculated that something had changed with the hardware, and this needed to be concealed. The theory was that some form of instrument or sensor target had been added to the interface between the spacecraft and its launch vehicle, which would be used in some sort of interactions between the X-37B and the final launch stage shortly after launch. The fact that the US Air Force had no problems with releasing full views of the spaceplane after landing suggested that any sensitive parts were on the rocket and not the X-37B itself. This time, it's different. Admittedly, we still have photos of the spacecraft after landing, but they are far more restricted than ever before. The US Air Force Web site and an affiliated site contain just two images of the latest landing. No video of the landing has been released, either, which is also a departure from earlier trends. Curiously, the images do not give any proper views of the rear of the spacecraft. By not showing certain things, the USAF is hinting that something unusual is there. What could it be? This analyst suggests that some sort of calibration target is pasted to the rear of the X-37B. It was presumably photographed by sensors on the rocket soon after the spaceplane separated from it. This suggests that cameras or other sensors are being tested for close inspections of other satellites. T hat being said, this analyst does not believe that any X-37B mission has ever made a close inspection of any foreign satellite, despite speculation elsewhere. An alternative theory could be that there is a mounting bracket for a sub-satellite that was deployed from X-37B at some point in its mission. Such a satellite would be very small, and would presumably be in close proximity to the spaceplane. Thus, it could be hard to track or detect it. What really lies at the rear of the spacecraft? We may never know until this program is declassified, and we could be waiting a long time for that. Dr Morris Jones is an Australian space analyst who has written for spacedaily.com since 1999. Email morrisjonesNOSPAMhotmail.com. Replace NOSPAM with @ to send email. Dr Jones will answer media inquiries.
Formal recognition of JTF-SD expands US Space Command's protect, defend mission Schriever AFB CO (AFNS) Oct 25, 2019 Gen. John "Jay" Raymond, U.S. Space Command commander, recognized the establishment of the Joint Task Force-Space Defense along with the JTF-SD's new commander, Army Brig. Gen. Thomas L. James, during a ceremony Oct. 21. JTF-SD is one of two subordinate commands to the newly formed USSPACECOM, with a mission to conduct unified action with mission partners, space superiority operations to deter aggression, defend capability and defeat adversaries throughout the continuum of conflict. James, the tas ... read more
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