The SpaceX Starship explosion causes airline flight diversions, DJI changes its geofencing feature for drone flights, synthetic aviation fuel eyed for military aircraft, Boeing resumes 777X certification flight tests.
The January 16 launch of the SpaceX Starship was successful, and the launch tower caught the returning booster with its “chopsticks,” but the spacecraft was lost about 8 minutes into the flight. According to data from FlightRadar24, multiple aircraft, including those flying routes for American Airlines, JetBlue, Delta Air Lines, and United Airlines, were placed in holding patterns or landed prior to reaching their final destination.
The impact of space launches on airline operations and the FAA notification process:
Video: Safe Integration of Space Launches
DJI drone control software includes a geofencing feature called Geospatial Environment Online (GEO). It’s designed to preventing drones from flying in restricted or sensitive areas. DJI’s geofencing will now use FAA data instead of DJI datasets. What was previously defined as a Restricted Zone (also known as No-Fly Zone) will be called Enhanced Warning Zones with a warning that the operator can dismiss.
DJI says “this shift puts more responsibility on drone operators to comply with airspace regulations and avoid restricted areas.” The company also notes that Remote ID solutions make detection and enforcement “much easier.”
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From Twelve: “E-Jet® SAF jet fuel made from air with up to 90% lower emissions than conventional fuel. It’s a Power-to-Liquid e-fuel made from CO2, water, and renewable energy.” $645M in funding was announced in September 2024 to support the development of future AirPlants, which will supply Twelve’s E-Jet fuel to customers like Alaska Airlines and International Aviation Group (IAG).
During flight testing, technicians discovered cracks and failures in the engine thrust links of the 777X test aircraft. This issue was first detected in mid-August 2024 on the aircraft registered as N779XY, after a five-hour test flight in Hawaii. The problem led to the grounding of the entire 777X test fleet, halting the certification campaign. The thrust link is a critical component that connects the engine to the aircraft’s wing, and its failure posed a significant safety risk. Boeing engineers replaced the faulty thrust links and conducted thorough inspections of the other test aircraft. The issue was resolved, and certification flights resumed in January 2025.
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