- NASA, via CNEOS, is forecasting that the upper stage of the Falcon 9 rocket from SpaceX’s Mission 5 will burn up upon reentry, meaning the debris poses no threat to Earth.
- According to the forecast, the debris will fall into the Pacific Ocean, where it is expected to burn up in the atmosphere. The forecast also notes that the upper stage could land in the Pacific Ocean near the Einstein crater, and that the probability of any impact on land is low.
- The material suggests that the upper stage of the rocket could fall into the ocean, and that the likelihood of any impact on Earth is low, based on the ESA’s calculations.
Five Falcon 9 launches for Mission 5 are expected to take place from NASA, after which the upper stage of the Falcon 9 rocket will be deployed between the United States and Japan for delivery of the scientific satellites modules. The NASA’s CNEOS forecast indicates that the object will reenter the atmosphere and burn up, as it is expected to fall into the ocean.
NASA’s material notes that the debris is not expected to pose a threat to Earth. NASA’s Jim Bridenstine said that the upper stage is expected to burn up upon reentry, meaning the risk to people is low.
According to data, the upper stage is expected to be protected between the United States and Japan for delivery of the scientific satellites modules. The probability of any debris reaching land is low, and it is expected to burn up in the atmosphere.
According to the forecast, the debris is expected to land in the Pacific Ocean near the Einstein crater. It is also expected that the reentry will occur at around 02:35 EDT (06:35 GMT) in the middle of the day.
In a statement published by the University of Cambridge, it is said that the risk of debris from the mission is low and that it is expected to burn up in the atmosphere. The material also notes that the upper stage could land in the ocean near the Einstein crater, and that the probability of any impact on land is low.
According to the material, the European Space Agency (ESA) estimates that the debris could be about 10 cm in size and weigh about 54,000, while the upper stage could be about 17,000 tonnes of debris. The material also notes that the mission is similar to the “deadly” rocket debris from Mission 2022, which was launched by the Long March 3C rocket Chang’e 5–T1 mission, and that it is unknown where the debris from that mission landed on Earth.