A burnthrough on a Vulcan launch was observed at T+0:29 and the full SRB nozzle detached at T+1:06 in the provided launch video.

The GEM63XL total mass is 117,700 lb and the GEM63 total mass is 108,600 lb.

The smaller top dispenser ring is shown carrying five satellites in the render.

Amazon's LEO payload stack for LE-01 features three dispenser rings each carrying nine satellites.

The LE-01 payload stack includes a smaller top dispenser ring with capacity for six satellites.

The Vulcan launch experienced a solid rocket motor performance anomaly.

The Vulcan booster and Centaur upper stage performed nominally and delivered the spacecraft directly to the intended orbit.

United Launch Alliance had planned to launch GPS III SV10 on Vulcan as its next mission.

United Launch Alliance will conduct an investigation before the next Vulcan launch.

USSF-87 is a national security spacecraft that includes a "neighborhood watch" mission to patrol the strategic high ground of space.

United Launch Alliance’s Vulcan rocket delivered USSF-87 to geosynchronous orbit.

Arianespace’s VA267 mission launched on February 12, 2026 using the Ariane 64 configuration of Ariane 6.

The VA267 mission placed 32 Amazon Leo satellites into orbit.

VA267 was the first launch of the Amazon Leo constellation performed with a European launcher.

Arianespace demonstrated Ariane 6 in its full-power Ariane 64 configuration to support large-scale constellation deployments.

Amazon Leo is a Low Earth Orbit satellite network intended to deliver internet to customers beyond the reach of existing networks.

VA267 was the first of a series of 18 Ariane 6 launches contracted by Amazon Leo.

Amazon shipped the satellites for the Amazon Leo launch to French Guiana on January 23, 2026.

VA267 was the first Ariane 6 launch in the Ariane 64 configuration, which is equipped with four boosters.

The VA267 mission released all 32 satellites as planned after a mission lasting 1 hour and 54 minutes.

Rocket Lab will conduct a suborbital HASTE mission named "That's Not A Knife".

The HASTE hypersonic test mission will launch from Launch Complex 2 (LC-2) in Virginia.

Hazard areas indicate the HASTE launch is NET February 23 at 20:00 UTC.

The HASTE mission "That's Not A Knife" will carry Hypersonix’s DART-AE scramjet technology demonstrator inside the fairing.

Hypersonix’s DART-AE is a hydrogen-fueled scramjet technology demonstrator.

The HASTE mission is for the Defense Innovation Unit to deploy a scramjet-powered aircraft by Hypersonix.

The SD-3 launch carrying PRSC-EO2 was successful.

The SD-3 launch of PRSC-EO2 occurred on February 11, 2026.

SD-3 launched the PRSC-EO2 satellite.

iSpace secured D++ round funding of 5 billion rmb.

The Proton-M rocket carrying the Electro-L No.5 meteorological satellite was installed on the launch pad at the Baikonur cosmodrome.

This event is the first Proton-M launch since 2023.

A state commission has allowed fueling of the Proton-M rocket.

The launch of Proton-M with the Electro-L No.5 satellite is scheduled for February 12 at 13:52:15 local time (08:52:15 UTC).

Roscosmos is broadcasting a livestream of the launch of the Elektro-L No.5 satellite.

A YouTube livestream for the Elektro-L No.5 launch is scheduled to start at 11:00 Moscow Time on February 12, 2026.

The YouTube livestream URL for the Elektro-L No.5 launch is youtube.com/live/dwiBFPB0Vgs.

The Rosette Nebula (NGC 2237) appears in the background of the photograph.

The Elektro-L No.5 satellite appears as a short line slightly above the center of the image frame.

Block DM-03 carrying the Elektro-L No.5 satellite was photographed in geostationary transfer orbit after the Proton-M launch on February 12, 2026.

Ivan Timoshenko is a photographer for Roscosmos.

Ivan Timoshenko took photographs showing a rocket launch on February 12, 2026.

Roscosmos Video released additional launch footage.

VEOWARE SPACE CEO Julien Tallineau intends to embed autonomy inside hardware and sell the physical satellite box rather than selling recurring software licenses.

Julien Tallineau is CEO of VEOWARE SPACE and provides torque systems for rapid satellite rotation and stabilization.

Autonomous detection of rival assets, independent onboard decision-making, and high-thrust maneuvering are prerequisites for kinetic conflict in orbit.

Benchmark Space Systems builds propulsion systems that enable spacecraft to maneuver.

VEOWARE SPACE supplies high-torque attitude-control capability intended to enable aggressive pointing and instant stabilization for tracking fast-moving objects in Low Earth Orbit.

Ryan McDevitt framed the engineering challenge for autonomous spacecraft as the need to react faster than the communication loop to the ground.

Commercial vendors in the session described a tension between selling subscriptions and software licenses and defense customers' purchasing preferences.