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Wings Drop Test Marks Milestone for Air Launch Comeback Despite Test Anomaly
First air launch vehicle in years faces early control issue, but engineers remain optimistic after partial success.
10 May, 2025
John Doe
This article is classed as
ACCURACY REALISM
Wings test article on Amity Galatic 747-400. Image: Kwingo_NL
After months of preparation, the BloxSpace Program successfully conducted a drop test of its experimental Wings air launch rocket marking the first full attempt at air launch in Ro-Space since 2021. The test, conducted in partnership with Amity Galactic, involved releasing the unpowered vehicle from a modified Boeing 747-400 over the soon to be finished Avilon Operations Facility.
Though the drop test met its primary objectives, the flight was not without incident. Shortly after separation from the carrier aircraft, Wings experienced a control system anomaly, causing it to tumble and spin ballistically during descent. According to BSP, early analysis points to a failure in one of the orientation control systems that should have stabilised the vehicle after release.
“While the vehicle didn’t maintain stable flight as intended, it did land safely within the designated zone,” a BSP spokesperson said. “This was a learning opportunity, and overall, we consider the test a success.”
Carrier plane "Clipper Armstrong" in the air carrying the test vehicle. Image: Kwingo_NL
A Return to Air Launch
The Wings program represents a step forward for BSP, reintroducing the concept of air launch to orbit systems to the Ro-Space community after a multi year absence. Carried to altitude by Amity Galactic’s extensively modified 747-400, Wings is designed to eventually ignite in mid air and carry payloads into orbit, bypassing the need for traditional launch pads.
The vehicle's unique launch profile offers several advantages, including lower weather sensitivity, mobile launch capabilities, and cost effective access to specific orbits. However, it also introduces new technical challenges, including stable drop sequencing, orientation control during release, and ignition timing—all of which BSP is working to master.
While the control anomaly was a setback, BSP emphasised that the drop test was never intended to be a full demonstration of flight readiness.
“This test was about verifying drop mechanics, structural integrity, and basic systems behavior,” said one engineer. “The spin was unexpected, but it gives us valuable data we wouldn’t have otherwise.”
What is left of the vehicle, which was recovered after a ballistic descent lasting roughly three minutes, is now undergoing analysis. Teams are focused on the failed orientation control system and any software related causes behind the issue.
As BSP prepares for follow up tests, the Amity-BSP partnership continues to draw attention. With work nearly complete at the Avilon Operations Facility, both teams are eager to progress toward powered flight tests and, eventually, full orbital missions.
Despite the spinout, the test serves as a symbol for the return of air launch to Ro-Space, and a sign that unconventional access to space is once again part of the community.