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CALLISTO
CALLISTO is a reusable VTVL stage demonstrator. CALLISTO is jointly operated by DLR, JAXA and CNES designed, built and tested. Notable characteristics - compared to conventional consumable launchers – are CALLISTO's landing system and its aerodynamic control surfaces.
EAGLE – Environment for Autonomous GNC Landing Experiments
Experimental UAV with vertical take-off and vertical landing capabilities for the development and testing of algorithms and methods controlling launch vehicles and planetary landers
Eu:CROPIS: Attitude Control System
Development of the attitude control system for a DLR science mission aboard a small satellite
HPS - Hybrid Simulation Platform for Space Systems
Model and simulation library for flight dynamics, environmental conditions and system elements of spacecraft
MASCOT: Attitude Determination System
Autonomous attitude determination system for a small asteroid lander
ReFEx: Hybrid Navigation System and Guidance
Operational navigation and guidance system for the next DLR mission to test technologies for reusable launch vehicles
S2TEP (closed)
The micro satellite platform S2TEP will allow DLR to independently carry out technology experiments in the space environment.
Concluded Projects
ATON – Autonomous Terrain-Based Optical Navigation
DLR-internal project to research and develop methods and systems for autonomous navigation during approach and landing on planets, moons and asteroids
AISat: Attitude Control System
Attitude stabilization of a microsatellite for technology demonstration
AsteroidFinder: Attitude Control System
Development of an attitude control system with high pointing accuracy for an astronomy mission
FOSTER²NAV
EU project to develop a laser-based imaging 3D sensor (Flash LIDAR)
SHEFEX II: Navigation Experiment
Flight of a hybrid navigation system on a DLR mission to study of re-entry technologies
SINPLEX
EU project to develop a miniaturized autonomous navigation system for exploration missions
Video
The EAGLE has landed
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