Probably Not A Metaphor

Trevor Paglen’s orbital sculpture lost forever after government shutdown

Once fully deployed, the 100-foot-long balloon, coated in highly-reflective titanium dioxide, would have been the first piece of public art in space. (Trevor Paglen/ Nevada Museum of Art)

After a successful Kickstarter campaign last year raised $76,000 for the launch of the Orbital Reflector “art satellite,” the installation has been lost in space.

The project arose from a collaboration between American artist Trevor Paglen and the Nevada Museum of Art. Once the diamond-shaped balloon was fully deployed, it was supposed to circle the Earth for two months, reflecting sunlight back to the ground at night.

Once the small “CubeSat” carrying the balloon reached space, it was to separate from the rocket, establish a unique orbit, and inflate the balloon using a compressed nitrogen cartridge. Orbital Reflector was supposed to have been the first piece of public art visible from space, with a truly global reach (edging out Pepsi’s attempts at low Earth orbit advertising).

The 100-foot-long reflective polyethylene balloon was launched on a SpaceX Falcon 9 rocket alongside 63 other satellites on December 3 of last year, but was unable to deploy as scheduled thanks to the ongoing government shutdown. Each satellite requires a unique ID number so that it can be tracked at ground level; unfortunately, the Combined Space Operations Center, a division of the Air Force that allocates those identifiers, was unable to perform this task during the government shutdown.

The Nevada Museum of Art lost contact with the Federal Communications Commission (FCC), who had requested the team wait for their go-ahead before expanding the balloon, during that time as well.

Now it seems that the team has thrown in the towel. According to a letter dated May 1 posted on the Orbital Reflector website, communication with the satellite has been lost.

“Orbital Reflector successfully separated from the rocket,” reads the final update, “and was deployed within a cluster of similarly sized spacecraft. To avoid collision, Orbital Reflector was set to inflate once it drifted away from potential impacts, and after it had received final clearance and approval from the Federal Communications Commission (FCC). The satellite’s electronics and hardware were designed to function during this waiting period but were not hardened for long-term functionality in space. From the start, the satellite was designed to be as light and functional as possible to allow for eventual disintegration.

“By the time the government was re-opened and the Air Force renewed its attempts to sort out the cloud of satellites, communications from spacecraft had gone silent. At this point, it became clear that tracking Orbital Reflector, either before or after its inflation in space, would no longer be a viable outcome.”

With the satellite dead in the water, the project’s Kickstarter backers at least received the pins, patches, and postcards they had pledged for.

Related Stories