Robotik-AG des Gymnasiums Markt Indersdorf
In the last few days we looked at designs for the parachute and learned how to use Fusion, a program to model our designs for the CanSat as a 3D model. We have completed the parts list and continued the schedule with the new estimated time we will need for the … Weiterlesen …
The new design has proven to be the better one. We already picked some parts but still have to find motors that fit our design. We also think about how to get the big tires and already have an idea: we 3d print the main part and fill the surrounding … Weiterlesen …
We finally finished the part list. We already make progress and we do have ideas of the first design. The first idea we had was to put a net at the end of the roboter to collect the balls. We will have a flap at the front so we can … Weiterlesen …
We have a new design, the part list is also growing and we thought about a new tactic. We decided to try and go trough the „Pfad Odins“ so we need a very small robot to manouver through. So our design is fitted for this. We don’t overcomplicate the ball … Weiterlesen …
This week we made the first calculations, looked at the battery consumption of all devices to enable our battery to run for four hours and calculated which parachutes we can use. We looked at parachutes to buy and once again reconsidered the advantages of a flutter tape because that would … Weiterlesen …
We met this monday and talked about the CanSat workshop for supervisors. Our teacher gave us the necessary information so that we can build our satellite as well as possible and comply with all regulations. We made our first considerations as to how we could slow down the CanSat in … Weiterlesen …
While some of us have just finished an important piece of work for school (and some also had their well-earned holidays…), there has still been some progress on our sustainable development project: We have been thinking a lot about “Quality Education” lately and besides noticing that we ourselves are very … Weiterlesen …
In our first week we designed a first 3D model, thought about non-final tactics and started to write a parts list. As the microcontroller for the robot, we plan on using a Teensy 4.1. For measuring distances, we prefer laser sensors, for black lines infrared sensors and for the magnetic … Weiterlesen …
We continued with the preparation of our satellite, revised the parts list and thought about how to best implement our ideas. To do this, we had to think how we set it up and which parts can be installed so that it is not too expensive but still work well. … Weiterlesen …
This week we started to work on the design and the mechanism to collect the balls. Our first idea was that we collect the balls by driving over them and storing them under the robot so we don‘t have any moving parts that would only make it unnecessarily complicated. Furthermore … Weiterlesen …