Movements become geometric.

Chapter thirty seven developments on a balancing cube this will probably look like a golf ball when its science becomes exact. 'Volkswagen' could be contracted to build a prototype planet rover design. As it would be light and effective it may look like a hover-car. As it can sits just a foot or two in the air, using electromagnetic field although this uses road networks to get from A to B. Below is a design of a cube. Space Cruisers hopes bring Maneuverability as to definite a plus-point, as it can turn easily turn on the spot. Cubli can detect disturbances to adjust its position while balancing on its corner, and also rotate on the spot. Cubli is able to balance on one corner and spin for exploration of caves on Planet Venus. How does this Cubli work as sensors in the mechanical device are used to estimate the tilt of the cube and provide the angular velocity - the angular speed at which an object is rotating along with the direction in which it is rotating - of the reaction wheels, which are mounted on three faces of the cube.
The reaction wheels inside can brake suddenly to cause the Cubli to jump up from its ‘resting position’ onto one of its edges without external support, as it transfers momentum from the wheel’s to the cube’s body. Balancing on its corner is achieved by two ‘jump up’ manoeuvres. The first one raises the Cubli from one of its faces so that it can balance on its edge, while the second one raises it from the edge to one of its corners. Cubli can detect disturbances to adjust its position while balancing on its corner, and also rotate on the spot. The miniature mechanical device is able to use a ‘controlled fall’ to travel in a certain direction and when it combines its jumping, balancing and falling moves, it can ‘walk’ across a surface, the scientists said. While the technology could be used in future space explorer vehicles and self-assembling robots, the ‘cool little cube’ was simply designed to ‘jump up, balance and walk,’ its creators said.

'Cubli' - the cube that can walk, jump and balance Cubli uses two manoeuvres to jump from its resting position to one of its edges and then balance on one of its corners.
The mechanical device can detect disturbances to adjust its position while balancing on its corner (illustrated) and also rotate NASA wants to give future rovers a small electronic brain perfect for asteroids. As impressive as the Mars Curiosity’s findings have been, the rover just doesn't have the brains to cut it further out in the solar system. This is because, at the start of each Martian day, Nasa has to deal with a significant communication delay when it sends its agenda to the Mars rover. Even moving at light speed, instructions from Earth take about 20 minutes to reach the surface of Mars. This 40-minute round trip makes real-time control of the rover impossible On Jupiter's moon Europa, where astrobiologists suspect extraterrestrial life could exist, the delay balloons to over 90 minutes.

But an ‘intelligent’ camera that can not only take pictures of alien rock, but also analyse them and draw intelligent conclusions about what to do next is hoping to change all that. named ‘TextureCam’, the two-lens device snaps 3D images and a special processor, separate from the rover's main computer, analyses the pictures. By recognising textures in the photos, the processor distinguishes between sand, rocks and sky. The processor then uses the size and distance to rocks in the picture to determine if any are scientifically important layered rocks. When the Texture Cam spots an interesting rock, it can either upload a high-resolution image back to Earth or send a message to the main processor to move toward the rock and take a sample. It works similarly to the facial unlock feature available on smartphones and computers. The more examples of interesting rocks it was shown, the better it becomes at identifying the common features that make rocks scientifically important. Recently TextureCam was successfully run through its paces in the rocky landscape of the Mojave Desert in Southern California—a useful test environment for the Martian surface.