Rocket Lab's Electron rocket liftoff. Credits: Rocket Lab

Rocket Lab Successfully Launched a Rapid and Secretive Mission

The latest mission of Rocket Lab, "Changes in Latitudes, Changes in Attitudes" successfully deployed a satellite for a confidential commercial customer

The 54th Rocket Lab mission, “Changes in Latitudes, Changes in Attitudes” successfully lifted off on November 5, 2024, at 10:55 UTC from Launch Complex LC-1B on New Zealand’s Mahia Peninsula.

9 Rutherford engines lifting Electron during "Coming To A Storm Near You" mission. Credits: Rocket Lab
9 Rutherford engines lifting Electron. Credits: Rocket Lab

The company marks its 12th launch in 2024, with the Electron rocket’s dedicated mission to low Earth orbit. The new launch was deployed for a confidential commercial customer. Notably, this represents the fastest launch contract in Rocket Lab’s history, with the agreement finalized in less than two months.


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Mission Overview and the undisclosed customer

The mission deployed an unidentified payload into the Sun-Synchronous Orbit (SSO). However, due to the nature of the launch, details are not particularly clear. Although the customer has not been officially disclosed, the mission’s secrecy and timing seem to align well with the operational style of E-Space, a company dedicated to building a Low Earth Orbit (LEO) satellite constellation.

Electron supported near the complex launch LC-1. Credits: Rocket Lab
Electron supported near the complex launch LC-1. Credits: Rocket Lab

Companies often maintain high confidentiality around their satellite launches for various strategic, operational, and security reasons. These can include gaining a competitive advantage, managing market speculation, influencing business dynamics, and prototyping new technologies.

Several recent launches have exhibited unusual timing and secrecy that may draw comparisons to Electron’s 54th mission. For instance, Rocket Lab’s DARPA R3D2 mission in 2019, part of a U.S. Air Force initiative, was notably shrouded in confidentiality leading up to the launch.

Electron on launch pad LC-1 for Space Test Program (STP)-S30. Credits: Rocket Lab
Electron on launch pad LC-1 for Space Test Program (STP)-S30. Credits: Rocket Lab

Another mission is the recent NROL-123 launch, also known as “Live and Let Fly”. Rocket Lab is actively involved in the defense sector, so it’s also plausible that the payload would be a satellite intended for national security agencies or the U.S. Space Force.


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Achievement of Rocket Lab, Neutron, and future 2024 missions

The reactivity and rapidity of production of Electron vehicles have been demonstrated to be the key aspects of these fast on-demand launches. Rocket Lab has achieved a 100% increase in its Electron launch rate for the first half of this year compared with the same time in 2023, doubling its rocket production and launch readiness within a year.

With the arrival of the new Neutron launch vehicle, postponed for its first flight until mid-2025, the company’s plan to carry heavier payloads of up to 8 tons to low Earth orbit becomes ever nearer, including the capability of supporting missions to the Moon, Mars, and Venus.

Neutron rendering during a deploy in space. Credits: Rocket Lab
Neutron rendering during a deployment in space. Credits: Rocket Lab

Moreover, multiple launches for Kinéis, BlackSky, and Skylark are planned for next month. The NZSA Venus Mission, announced in May 2023 and updated in October of the same year, is scheduled to launch no earlier than December 30, 2024, to search for organic compounds within Venus’s atmosphere.

*Cover image credits: RocketLab


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Alberto Pellegrino

Alberto Pellegrino

Passionate Master’s student in Space Engineering with a love for art, cinema, and explosions.

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