Aerocapture demonstration mission
Programme Reference
21-P-M-HRE-06-a
Status
Closed
Country
United Kingdom
Start Date
2022
End Date
2023
Programme: Preparation Prime Contractor: VORTICITY LTD
Description
An interplanetary probe must decelerate from a hyperbolic interplanetory trajectory to an orbital trajectory when it arrives at its destination. Currently, this maneuvre is achieved using chemical propulsion, which means that propellant makes up a significant fraction of the vehicle mass. Aerocapture is an alternative concept that instead uses aerodynamic drag from the athmosphere of the planet to decelerate the arriving spacecraft.So far, no mission has used aerocapture, mainly due to a lack of heritage. In this ESA pre-phase A stud, concepts were developed for a Mars aerocapture demonstration mission which would place a scientific payload in a 70deg. inclination, 1000km circular orbit using single-event drag modulation aerocapture. Such a mission would increase the aerocapture TRL and heritage, enabling its consideration for future missions.
• Application domain: Exploration
•
Technology Domain:
10 - Flight Dynamics and GNSS
18 - Fluid Dynamics
08 - System Design & Verification
09 - Mission Operation and Ground Data Systems
10 - Flight Dynamics and GNSS
18 - Fluid Dynamics
08 - System Design & Verification
09 - Mission Operation and Ground Data Systems
•
Competence Domain:
02 - Structures / Mechanisms / Materials / Thermal
06 - Life / Physical Science Payloads / Life Support / Robotics and Automation
07 - Propulsion, Space Transportation and Re-entry Vehicles
08 - Ground Data Systems / Mission Operations
10 - Astrodynamics / Space Debris / Space Environment
02 - Structures / Mechanisms / Materials / Thermal
06 - Life / Physical Science Payloads / Life Support / Robotics and Automation
07 - Propulsion, Space Transportation and Re-entry Vehicles
08 - Ground Data Systems / Mission Operations
10 - Astrodynamics / Space Debris / Space Environment
• Initial TRL: TRL N/A
• Target TRL: TRL N/A
• Achieved TRL: TRL N/A
•Public Document: