2. MECHANICAL Sea Buoys form. Small design. Material: Nylamid Weight with parachute: 493 gr The Center of mass is really down, with this, we assure an upright position always.
4. ELECTRICAL The electrical part is simple. It has a Temperature Sensor, Pressure Sensor, Control system, transmitting system and releasing mechanism .
11. Planned CONOPS Actual CONOPS - The whole trajectory was going to be plotted live. - Our Ground Station was only useful to check if the CanSat was transmitting and it storage the data. -The reception was going to be stored and organized automatically. -All our data arrived codified and separately. -The Data Analysis was really easy to do. In an afternoon. -The Data Analysis is going to take a while and we will need our software engineer.
12. After the set button is activated the cansat begins to transmit the pressure data. The collection and organization of the data is made by our software. Without the software we only have words of bits arriving to our serial port. We know that the data structure has an order, we have bits used to control the communication, and thanks to that itâs possible to use the Hyperterminal from windows to capture the data. This solution came out from the need of store information. As long as we know the Hyperterminal allows the communication via serial port and shows the words of bits into the serial port.
14. WhenCanSATisnottransmitting Its supposed to be ascii, but there are some symbols that not appear in the ascii tables. We are going to check the information with our Software expert once we return to Mexico. Our only certainty is the apparition on the same patron every time the cansat is transmitting.