Javascript must be enabled to continue!
Juventas Cubesat for the Hera mision
View through CrossRef
The Juventas CubeSat, will be delivered to the Didymos binary asteroid system by ESA's Hera mission within the context of the Asteroid Impact and Deflection Assessment (AIDA) international collaboration. AIDA is a technology demonstration of the kinetic impactor concept to deflect a small asteroid and to characterize its physical properties. Due to launch in 2024, Hera would travel to the binary asteroid system Didymos. It will explore the binary asteroid and the crater formed by the kinetic impact the NASA’s Double Asteroid Redirection Test (DART). HERA will carry two 6U CubeSats, one of which is the Juventas CubeSat developed by GomSpace Luxembourg with the Royal Observatory of Belgium as principal investigator. The spacecraft will attempt to characterize the internal structure of Didymos’ secondary body, Dimorphos, over a period of roughly 2 months using a low-frequency radar, JuRa. During this period, Juventas will also perform radio science measurements using its Inter-Satellite-Link to characterize the mass and mass distribution of Dimorphos. Afterwards, Juventas will attempt to land on Dimorphos, during which the spacecraft is expected to perform several bounces. Once landed, Juventas will use its gravimeter GRASS to obtain measurements of the surface acceleration on Dimorphos for a nominal duration of two orbits. Through the monitoring of dynamics for landing and bouncing impacts as well as measurements from the GRASS gravimeter payload while on the surface, Juventas will determine surface mechanical properties and provide further information on subsurface structure and dynamical properties of Dimorphos.
Title: Juventas Cubesat for the Hera mision
Description:
The Juventas CubeSat, will be delivered to the Didymos binary asteroid system by ESA's Hera mission within the context of the Asteroid Impact and Deflection Assessment (AIDA) international collaboration.
AIDA is a technology demonstration of the kinetic impactor concept to deflect a small asteroid and to characterize its physical properties.
Due to launch in 2024, Hera would travel to the binary asteroid system Didymos.
It will explore the binary asteroid and the crater formed by the kinetic impact the NASA’s Double Asteroid Redirection Test (DART).
HERA will carry two 6U CubeSats, one of which is the Juventas CubeSat developed by GomSpace Luxembourg with the Royal Observatory of Belgium as principal investigator.
The spacecraft will attempt to characterize the internal structure of Didymos’ secondary body, Dimorphos, over a period of roughly 2 months using a low-frequency radar, JuRa.
During this period, Juventas will also perform radio science measurements using its Inter-Satellite-Link to characterize the mass and mass distribution of Dimorphos.
Afterwards, Juventas will attempt to land on Dimorphos, during which the spacecraft is expected to perform several bounces.
Once landed, Juventas will use its gravimeter GRASS to obtain measurements of the surface acceleration on Dimorphos for a nominal duration of two orbits.
Through the monitoring of dynamics for landing and bouncing impacts as well as measurements from the GRASS gravimeter payload while on the surface, Juventas will determine surface mechanical properties and provide further information on subsurface structure and dynamical properties of Dimorphos.
Related Results
JuRa: the Juventas Radar on Hera to fathom Didymoon
JuRa: the Juventas Radar on Hera to fathom Didymoon
<p>The ESA HERA mission approved by the last ESA council Space19+ will be launched in 2024 to deeply investigate the Didymos binary system and especially its moonlet ...
Preliminary investigation of the Juventas CubeSat landing on asteroid Dimorphos
Preliminary investigation of the Juventas CubeSat landing on asteroid Dimorphos
The Hera mission will launch in 2023/2024 and explore binary asteroid Didymos after the kinetic impact of the DART spacecraft. It carries two 6U CubeSats, one of which is the Juven...
JuRa: the Juventas Radar on Hera to fathom Didymoon
JuRa: the Juventas Radar on Hera to fathom Didymoon
The ESA HERA mission approved by the last ESA council Space19+ will be launched in 2024 to deeply investigate the Didymos binary system and especially its moonlet. In 2022, DART/NA...
JuRa: the Juventas Radar on Hera to fathom Didymoon
JuRa: the Juventas Radar on Hera to fathom Didymoon
The ESA Hera mission approved by the last ESA council Sapec19+ will be launched in 2024 to deeply investigate the Didymos binary system and especially its moonlet. Onboard the Juve...
A Survey on CubeSat Missions and Their Antenna Designs
A Survey on CubeSat Missions and Their Antenna Designs
CubeSats are a class of miniaturized satellites that have become increasingly popular in academia and among hobbyists due to their short development time and low fabrication cost. ...
The Hera Milani mission
The Hera Milani mission
Abstract. Hera is the European part of the Asteroid Impact & Deflection Assessment (AIDA) international colaboration with NASA who is responsible for the DART (Double Asteroid ...
The science return of the ESA Hera mission to the binary asteroid Didymos
The science return of the ESA Hera mission to the binary asteroid Didymos
The Hera mission has been approved for development and launch in the new ESA Space Safety Programme by the ESA Council at Ministerial Level, Space19+, in November 2019. He...
Concepts for a German Small Sat Mission to (99942) Apophis
Concepts for a German Small Sat Mission to (99942) Apophis
Due to the increased performance of small satellites, their use in the exploration of asteroids is becoming increasingly more important. The DART mission with the CubeSat LICIACube...

