A long video clip shows a rocket stage performing a landing burn.

The YF-100P engine is described as a fixed reusable engine.

The first-stage engine cluster comprises seven engines: three YF-100N swingable reusable engines, two YF-100P fixed reusable engines, and two YF-100L fixed non-restartable engines.

The YF-100L engine is described as a fixed non-restartable engine.

The landing burn uses one YF-100N engine.

The ascent burn uses three YF-100N engines, two YF-100P engines, and two YF-100L engines.

The reentry burn uses two YF-100N engines and two YF-100P engines.

The YF-100N engine is described as a swingable reusable engine.

The overall thrust of the cluster is 892.2 tons.

A launch video credited to SpaceLens is dated February 11, 2026.

The launch image shows a white orbital-class rocket standing on a seaside launch pad.

The rocket in the image displays a red Chinese national flag on its side.

The CCTV footage shows the launch, capsule splashdown, and booster landing burn from the Long March-10 test flight.

The CCTV footage includes coverage of the Mengzhou abort test.

CCTV released news footage of the Long March-10 (CZ-10) test flight.

The CZ-10A maiden flight included an in-flight launch abort test of the Mengzhou spacecraft on February 11, 2026.

The CZ-10A conducted its maiden flight (first stage only) on February 11, 2026.

The Mengzhou spacecraft underwent an in-flight launch abort test on February 11, 2026.

China completed its first test of spacecraft recovery at sea.

The Mengzhou capsule was lifted on board a recovery vessel at 04:20 UTC.

SpaceLens published launch photos at the Weibo URL m.weibo.cn/detail/5265111109.

CNSA/CMSEO released official photos of a launch.

One official photo from CNSA/CMSEO shows a booster still firing while the launch-abort-system motors fire to separate the capsule.

The image file used in the post is timestamped 2026.02.11 11:00.

The photo metadata printed on the image lists the camera as a vivo X300 Pro with ZEISS optics.

A social post identifies the Mengzhou capsule visible in the February 11, 2026 launch photo as the same capsule that performed a pad abort test at Jiuquan Space Launch Center in June 2025.

The image lists photographic settings of 600mm focal length, f/2.67 aperture, 1/588 second exposure, and ISO 50.

A recovery ship was positioned near the splashdown and tested a catching action.

The grid fin non-deployment had no effect on the flight.

The rocket stage splashed down in the ocean.

One grid fin on the rocket booster did not deploy during the flight.

An official mission recap video includes liftoff footage.

The mission's T-0 occurred at 03:00:08 UTC.

A ship carrying the Mengzhou capsule returned to port on February 11, 2026.

The CZ-10 test vehicle was fitted with five real engines and two mock-up engines.

The rocket in the launch image displays the flag of the People’s Republic of China on its first stage.

A Chinese rocket lifted off from a launch pad on February 11, 2026.

Orbex is in the process of appointing administrators following fundraising and merger and acquisition activity.

The cable-catching mechanism for the Long March 10A recovery system did not appear to be deployed during the splashdown.

A Long March 10A first stage splashed down and was captured on drone footage on Feb 11, 2026.

A recovery ship was standing by very close to the Long March 10A first stage splashdown.

United Launch Alliance’s play-by-play status journal for USSF-87 begins at 10 p.m. EST (0300 UTC) and the live webcast starts 20 minutes before liftoff.

United Launch Alliance’s Vulcan rocket is on the launch pad for the USSF-87 mission that will place U.S. national security spacecraft into geosynchronous orbit.

Liftoff for the USSF-87 Vulcan mission is scheduled for Thursday at 3:30 a.m. EST (0830 UTC) from Space Launch Complex-41 at Cape Canaveral.

United Launch Alliance is planning a rapid cadence of Vulcan launches following USSF-87.

The next Vulcan missions after USSF-87 are GPS III SV10, USSF-57, T1TR-B, and NROL-64, all scheduled in the first half of the year.

Weather forecasters give a 95% chance of GO conditions for the USSF-87 Vulcan liftoff.

Multiple Amazon LEO launches on Vulcan are planned contingent on VIF-A being ready.

The USSF-87 Vulcan mission will carry United Launch Alliance’s heaviest Vulcan payload to date and will have the longest Vulcan flight to date, lasting 10 hours.

The Crew Access Arm at Launch Complex 39A supported 18 crewed missions.