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🛰️ SATELLITE · HISTORICAL RECORD

SHERPA-LTE SXRS-5

Re-entered 5 Jul 2024

SHERPA-LTE SXRS-5 (NORAD 48941, COSPAR 2021-059BQ) was a US satellite that re-entered Earth's atmosphere on 5 Jul 2024, launched on 30 Jun 2021 on the Transporter-2 mission. It was operated by SFLIN as part of the SFLIN programme. The spacecraft was built by SFLIN on the ESPA/Sherpa-LTE bus, with a mass of 203 kg. Like most satellites in low orbits, it was gradually slowed by atmospheric drag until re-entry. Historical record from Orbital Radar's satellite archive, cross-referenced with the live satellite catalogue.

2021
launched
2024
re-entered
3
years on orbit
203
kg mass

Lifecycle

Launched30 Jun 2021 · on the Transporter-2 mission
Operational1 Sep 2022 · entered service
Retired1 Jan 2023 · end of operational service
Re-entered5 Jul 2024 · atmospheric re-entry — object destroyed

Specifications

NORAD ID48941
COSPAR2021-059BQ
TypeSatellite
OperatorSFLIN
Country / StateUS
ManufacturerSFLIN
BusESPA/Sherpa-LTE
Mass203 kg
ProgrammeSFLIN
CategoryTECH
OrbitLEO (LLEO/S)
Altitude524 × 536 km
Inclination97.5°

Frequently asked questions

What happened to SHERPA-LTE SXRS-5?

SHERPA-LTE SXRS-5 re-entered Earth's atmosphere on 5 Jul 2024, ending a mission that began with its launch in 2021. Objects in low orbits are gradually slowed by atmospheric drag until they fall back and burn up on re-entry.

When did SHERPA-LTE SXRS-5 re-enter the atmosphere?

SHERPA-LTE SXRS-5 re-entered on 5 Jul 2024, according to Orbital Radar's historical catalogue records.

How long was SHERPA-LTE SXRS-5 operational?

SHERPA-LTE SXRS-5 was operational for roughly 4 months, from 1 Sep 2022 to 1 Jan 2023.

Who operated and built SHERPA-LTE SXRS-5?

SHERPA-LTE SXRS-5 was operated by SFLIN and built by SFLIN (US).

Launched together

Starlink TSP2-01Re-entered 2024LINCS BRe-entered 2025SpaceBEE 111Re-entered 2024Nusat-19Re-entered 2024Umbra-SAR 2001Re-entered 2024Mandrake 2ANORAD 48907Mandrake 2BNORAD 48908PACE-1NORAD 48909
Historical record from the Orbital Radar satellite archive. Sources & methodology: data sources. Accessed 2026-09-06.