Hello!
Okay, now I'm going to tell you more about the project itself. As I told you before, me, Emil, Teddy and Josefin are doing a CanSat-project for ESA. We're suppose to build a sort of "satellite" with the help of a kit in the form of a soda can. Every team think of their satellite and what use it will be for.
So we thought and thought, and we wrote down all of our ideas, and then we picked out the best one. Since the satellite is very (small, like a coke can), we thought of something small that could do most use. Something that's really important today, something with weather. And then, YES A WEATHER-PROBE! So we want to send up a weather-probe. So our goal is first to make the probe land safely, then to collect data as long as possible and to send the data to a receiver on the ground. It will also have an internal memory for saving data which cannot be sent if no connection can be made between the probe and receiver.
So in short, we want create a small, functional weather-probe, which will easy to deploy. It can for example be useful when searching for a suitable landing place etc. We will also think of a suitable way of sending data from this probe to a receiver.
Well, tomorrow 9 a.m we're suppose to hand in our project.
So wish us good luck!
Okay, now I'm going to tell you more about the project itself. As I told you before, me, Emil, Teddy and Josefin are doing a CanSat-project for ESA. We're suppose to build a sort of "satellite" with the help of a kit in the form of a soda can. Every team think of their satellite and what use it will be for.
So we thought and thought, and we wrote down all of our ideas, and then we picked out the best one. Since the satellite is very (small, like a coke can), we thought of something small that could do most use. Something that's really important today, something with weather. And then, YES A WEATHER-PROBE! So we want to send up a weather-probe. So our goal is first to make the probe land safely, then to collect data as long as possible and to send the data to a receiver on the ground. It will also have an internal memory for saving data which cannot be sent if no connection can be made between the probe and receiver.
So in short, we want create a small, functional weather-probe, which will easy to deploy. It can for example be useful when searching for a suitable landing place etc. We will also think of a suitable way of sending data from this probe to a receiver.
Well, tomorrow 9 a.m we're suppose to hand in our project.
So wish us good luck!