Project "Remote Rover Experiment" which runs a lunar car which can be remotely controlled with a smartphone or tablet at the moon

Part-time scientists actually made lunar cars that can be operated remotely with tablets and smartphones because they wanted to run the lunar car they made on the lunar moon,RRE (Remote Rover Experiment)It is a project called.

RRE: Remote Rover Experiment by Robert Boehme - Kickstarter

As the temperature rises to 200 degrees Celsius and covered with fine sand, the lunar vehicle needs to withstand the deterioration of the hardware, and on the 1st of the month on the 14th and 15th It is essential to have as efficient a battery as possible. So, the movie that reflects the test of the lunar car "Asimov R3A" that enables remote operation made by the RRE project is as follows.


This is Robert Boehme, project leader.


People who ride Asimov R3A and climb snowy mountains. Where the hell are you heading for ... ...


A cave with an altitude of 1,500 meters.


We test Asimov R3A in an environment close to the moon called sandy land with many obstacles.


Robert Boehme who takes the command.


Proceed through the dark.


Asimov R3A is remotely controlled with a smartphone or tablet.


Install a solar panel ......


I will run on the sand.


RRE is a project by part-time scientists.


Asimov R3A is made by engineers who specialize in electronics and machinery.



Work clothes and shirts written as "HELL YEAH" are markers of people involved in the project.


Operate with tablet ......
To

You can proceed without difficulty the road with many obstacles.


Even on the lunar surface of the scaffoldingLuna BeagleIt is a specification that can proceed smoothly like.


Asimov R3A, which children can easily operate with tablets, is currently in the process of seeking investment. If you invest 15 dollars, you can operate Asimov R3A at the test ground which specified the time and reproduce the moon, increasing the price will include original goods such as T-shirts and pens and will capitalize at $ 7,500 (about 600,000 yen) Then you can actually get Asimov R2.5, the predecessor of Asimov R3A.


The money gathered through investment will be used to construct a test ground of 200 square meters equipped with lighting, sensors and electronic equipment.