Overview
- The flight, scheduled for Monday, Sept. 28, 2026, will launch Starship from Texas on a precautionary suborbital arc and attempt a conditional second burn to place the upper stage into a roughly 275 km circular orbit.
- SpaceX will not try to recover the booster on this test so the first stage will fall into the Gulf of Mexico while the upper stage is expected to complete multiple orbits before ending in the Pacific if the burn succeeds.
- If the upper stage reaches orbit it will deploy 26 next‑generation Starlink satellites as an operational payload during the roughly ten‑hour test sequence.
- Engineers say orbital insertion is the toughest remaining technical step because it needs far greater velocity, precise multi‑phase burns and control across changing gravity loads, and success will be a key mark of progress toward full reusability.
- The outcome will shape near‑term commercial plans, future in‑orbit refueling and NASA lunar ambitions, and it will influence public and investor confidence as SpaceX continues development amid rising international competition.