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Inspiration Rover

Taking building techniques learned from Parkaserver's curiosity rover
( https://steamhost.cn/steamcommunity_com/sharedfiles/filedetails/?id=708510734 ), I am proud to present the latest in planet exploration rover technology, the Inspiration Rover.

Thanks to a modified automation script originally by Coren, this rover is equipped with several abilities that make it superior to other rovers of similar size.

Low power mode: When not under control, the rover shuts off all blocks except the antenna and reactor to conserve as much power as possible. When you want to drive the rover, take control of its remote, then use toolbar slot 2 to bring the rover online. (sometimes it needs to be pressed twice)

Adaptable steering: The rover will change its steering mode depending on how it is driven. If moving it steers like a normal car. When not moving, it rotates on the spot, allowing for maneuvering in tight conditions.

Camera mast: The camera is able to be controlled using mouse inputs, and the roll inputs can be used to raise and lower the mast. When the rover is not under control, the camera mast automatically resets to default position.

Automatic part naming: If built off a projection in survival, the rotors and camera wont be built, and need to be placed manually. To help with setup, the rover will automatically rename the rotors as they are placed. Simply turn on the programmable block, then hit the button on the front of the rover to reset the program. It is best to check the detailed info of the programmable block before placing rotors. When it is frantically complaining about blocks not existing, you are ready to start placing rotors, starting with the azimuth (left/right rotating) rotor first.

Environment scanning: The rover is equipped with an ore detector, as well as a sensor-controlled beacon. This allows the rover to notify the driver of any objects of interest discovered during a mission.

Unflip systems: In the event the rover is flipped, use C to attempt to unflip the rover. C will extend the mast, the wheels will retract, kicking down when released, and the gyro will attempt to roll the rover onto its feet/wheels. The mouse inputs also affect the gyro as they normally would, so it can also be used to help unflip the rover.


Future plans: The rover itself is done unless I discover a bug in its coding or something. I do hope to build a planetary landing module for this rover, as well as a launch rocket so this rover can be used to scout other planets in survival mode.