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RKLBFYI
Beginning Of The Swarm mission patch
Mission

Beginning Of The Swarm

Last Updated: 2 months ago

Beginning Of The Swarm was a Rocket Lab Electron mission for KAIST that launched successfully at 22:32 UTC on 23 April 2024 (10:32 a.m. NZST on 24 April; 6:32 p.m. EDT on 23 April) from Launch Complex 1B on New Zealand's Mahia Peninsula.

SUCCESS
Orbit Achieved
KAIST
Vehicle
Launch Site
Orbit
Sun-Synchronous Orbit
Profile
Dedicated Rideshare
Tuesday, April 23, 2024 10:32 PM UTC Mahia Peninsula, New Zealand

22:32 UTC on 23 April 2024 · 10:32 a.m. NZST on 24 April · 6:32 p.m. EDT on 23 April

Source: YouTube

Disclaimer: This livestream is from a third-party channel and is not an official Rocket Lab broadcast.

Mission State

Schedule
Date and time on file

This mission currently has a dated launch window in the tracker.

Coverage
External livestream linked

The current watch link is from a third-party source rather than Rocket Lab directly.

Launch Updates

16
  1. Launch success.

    by Cosmic_Penguin Source: en.yna.co.kr
  2. Both payloads have been deployed.

    by Cosmic_Penguin Source: twitter.com
  3. Liftoff.

    by Cosmic_Penguin Source: youtube.com

Updates via Launch Library 2 (The Space Devs).

Name Origin

AI

This name marks the initial launch of multiple satellites, including ACS3 and NeonSat-1, heralding the commencement of a coordinated satellite constellation or technological initiative.

"Beginning Of The Swarm"

Mission Overview

NASA's Advanced Composite Solar Sail System (ACS3) is a technology demonstration mission tasked with deploying a composite boom solar sail. NeonSat-1 is a high-resolution optical satellite by South Korea's KAIST that will be deployed as a technology demonstration for a planned future Earth observation constellation.

Technical Details

Vehicle
Electron
Rocket Lab launch vehicle
Launch Site
Launch Complex 1B
LC-1B · Mahia Peninsula, New Zealand
Target Orbit
Sun-Synchronous Orbit
Planned deployment regime
Mission Profile
Dedicated Rideshare
Mission architecture
Payload Mass
115 kg
Kiwi bird icon 46 kiwis
Booster Recovery
Not attempted
First-stage recovery outcome
Pad Turnaround
Since the previous launch from this pad
Customer
KAIST
Mission customer

Launch data cross-checked against Wikipedia.

Was this a jellyfish launch?

Unlikely

Sun 33° above the horizon at liftoff — daylight, the sky is too bright.

Details
  • Unlikely
  • Low
  • Moderate
  • High
Liftoff
10:32 a.m. NZST · 22:32 UTC
Astronomical dawn (−18°)
5:15 a.m. NZST · 17:15 UTC
Nautical dawn (−12°)
5:46 a.m. NZST · 17:46 UTC
Civil dawn (−6°)
6:17 a.m. NZST · 18:17 UTC
Sunrise
6:45 a.m. NZST · 18:45 UTC

Twilight times at the pad (Mahia, NZ) for the morning of the launch.

What's a rocket jellyfish? When a rocket launches in twilight, the ground is dark but its exhaust plume climbs into sunlight high above. The expanding plume glows against the dark sky in a jellyfish-like shape.

Space-Object Catalog

2024-077
Flight 47 · Orbital · Success
4 tracked objects
Neonsat-1
2024-077A · Payload
Operator Hanguk gwahag gisul-won
Built by
Hanguk gwahag gisul-won / Hanwha SatRec Initiative
Neonsat
Mass 100 kg
Orbit 438 × 447 km · 97.3°
Status On orbit
NORAD 59587
ACS3
2024-077B · Payload
Operator NASA Ames Research Center, Moffett Field
Built by
NASA Ames Research Center, Moffett Field / NanoAvionics US
Cubesat 12U
Mass 16.1 kg
Orbit 861 × 936 km · 97.3°
Status On orbit
NORAD 59588
Electron 47 Stage 2
2024-077C · Stage
Operator Rocket Lab Ltd.
Built by
Rocket Lab Ltd.
Electron St2
Mass 250 kg
Orbit 128 × 193 km · 97.4°
Status Decayed 2024-04-29
NORAD 59589
Electron 47 Kick Stage
2024-077D · Stage
Operator Rocket Lab Ltd.
Built by
Rocket Lab Ltd.
Kick Stage
Mass 50 kg
Orbit 455 × 937 km · 97.3°
Status On orbit
NORAD 59590
Catalog data: J. McDowell, planet4589.org (CC BY 4.0) and CelesTrak