Locomotion on unstructured, sandy terrain poses a great danger to planetary rovers. To counteract these risks, a robust locomotion system is an important aspect in the development of a rover. Model-based simulations could help to accelerate the development process. However, a reliable test setup is required for the validation of these models. This paper introduces the Terramechanics Robotics Locomotion Lab, a robot-based testbed specifically designed for wheel terrain interaction analysis. The Terramechanics Robotics Locomotion Lab is a facility that uses the complementary experience in robotics and terramechanics to improve the capabilities of practical experiments in the field of vehicle movement on unstructured, sandy terrai
The term of terramechanics is somewhat deceptive when used in conjunction with planetary exploration...
This paper traces the development of terramechanics-the study of the mechanics of vehicle-terrain in...
Wheeled mobile robots are popular in planetary exploration and other challenging applicati...
Robust locomotion on rough and sandy terrain is critical to the success of rover-based missions. The...
All robotic rovers for planetary exploration and the vehicles used to carry astronauts on the surfac...
All robotic rovers for planetary exploration and the vehicles used to carry astronauts on the surfac...
Robust locomotion through rough, sandy terrain is essential for planetary exploration rovers. In ord...
This paper presents analytical models to investigate the steering maneuvers of planetary exploration...
All robotic rovers for planetary exploration and the vehicles used to carry astronauts on the surfac...
All robotic rovers for planetary exploration and the vehicles used to carry astronauts on the surfac...
Legged rovers offer a potentially superior alternative to wheeled locomotion for the exploration of ...
Legged rovers offer a potentially superior alternative to wheeled locomotion for the exploration of ...
Based on insufficient studies of the tractive performance of a planetary rover's rigid wheels in sof...
The authors of this paper build on many years of experience in planetary rover locomotion system des...
Future exploration missions pose demanding requirements towards access by vehicles to scientifically...
The term of terramechanics is somewhat deceptive when used in conjunction with planetary exploration...
This paper traces the development of terramechanics-the study of the mechanics of vehicle-terrain in...
Wheeled mobile robots are popular in planetary exploration and other challenging applicati...
Robust locomotion on rough and sandy terrain is critical to the success of rover-based missions. The...
All robotic rovers for planetary exploration and the vehicles used to carry astronauts on the surfac...
All robotic rovers for planetary exploration and the vehicles used to carry astronauts on the surfac...
Robust locomotion through rough, sandy terrain is essential for planetary exploration rovers. In ord...
This paper presents analytical models to investigate the steering maneuvers of planetary exploration...
All robotic rovers for planetary exploration and the vehicles used to carry astronauts on the surfac...
All robotic rovers for planetary exploration and the vehicles used to carry astronauts on the surfac...
Legged rovers offer a potentially superior alternative to wheeled locomotion for the exploration of ...
Legged rovers offer a potentially superior alternative to wheeled locomotion for the exploration of ...
Based on insufficient studies of the tractive performance of a planetary rover's rigid wheels in sof...
The authors of this paper build on many years of experience in planetary rover locomotion system des...
Future exploration missions pose demanding requirements towards access by vehicles to scientifically...
The term of terramechanics is somewhat deceptive when used in conjunction with planetary exploration...
This paper traces the development of terramechanics-the study of the mechanics of vehicle-terrain in...
Wheeled mobile robots are popular in planetary exploration and other challenging applicati...