A timelapse from Florida shows a SpaceX Falcon 9 launching a Dragon cargo ship toward the ISS, creating a “space jellyfish” plume before the booster lands.
A predawn launch over Florida’s Space Coast offered a dramatic reminder that spaceflight is as much a spectacle as it is logistics. In a timelapse recorded from Indian Harbour Beach, Florida, a SpaceX Falcon 9 rocket lifts off carrying a Dragon spacecraft bound for low Earth orbit—part of NASA’s 35th Commercial Resupply Services mission to the International Space Station (ISS).
The video begins with the rocket departing Space Launch Complex 40 at Cape Canaveral Space Force Station. As the camera compresses the climb into a 30-second sequence, the flight quickly becomes a celestial chase: the Falcon 9 and Dragon are heading to rendezvous with the ISS, which is already circling Earth ahead of them.
Right on schedule, the space station itself appears in the shot. Nearly eight seconds into the timelapse, a bright, steady streak enters from the top of the frame and seems to travel “downward” toward the horizon—the ISS crossing the sky as the rocket follows its orbital path.
The most visually striking portion arrives as Falcon 9’s first and second stages split apart. At separation, a broad, luminous exhaust cloud blooms behind the vehicle, forming the well-known “space jellyfish” effect. The phenomenon occurs when high-altitude rocket exhaust expands into the thin upper atmosphere and becomes illuminated by sunlight, even while the ground below remains in darkness. In this case, the plume is already catching the first light of the rising Sun, painting a ghostly shape across the pre-dawn sky.
Around the 20-second mark in the timelapse, the sequence of burns associated with first-stage recovery becomes visible: the boost-back maneuver, followed by re-entry and then the final landing burn. While the second stage continues pushing Dragon toward orbit—and along the general line of sight toward the ISS and the distant horizon—the drifting exhaust plume lingers, slowly spreading across the sky.
The recovery concludes successfully with the first stage returning to Earth and landing at Landing Zone 40, near the launch site at Cape Canaveral. Even after touchdown, the timelapse shows the plume continuing to hang in the early morning darkness, a lingering signature of the rocket’s ascent.
Why it matters
Cargo runs like NASA’s 35th Commercial Resupply Services mission are essential for keeping the ISS supplied with equipment and experiments, sustaining ongoing research in orbit. The timelapse also highlights how reusable rocketry works in practice—separating stages, returning hardware, and landing it back on land. As commercial launches become more frequent, events like this provide a visible marker of how routine—and how technically complex—orbital operations have become.