| Size & Shape |
The launch vehicle is a 33 gallon garbage can. There are four pegs
attached to the bottom of the can serving as a "launch adapter." The satellite
cannot be attached to these pegs. |
| Weight |
Maximum of 10 lbs. |
| Power |
Must source sufficient power to demonstrate satellite operation before
launch, remain on during testing of other satellites, and to demonstrate
operation after launches. |
| Thermal Sensor |
Must determine whether temperature is hot, medium, or cold. |
| Sun Sensor |
Within a 120 degree arc in a plane, the sensor must determine the location
of a light source to within 15 degrees. |
| Communications |
The satellite must downlink the thermal and sun sensor readings (telemetry)
as well as uplink commands. Only space applicable means such as RF or light
allowed. |
| Modularity |
The satellite must consist of the following discrete subsystems:
-
Communications receiver
-
Communications transmitter
-
Power control
-
Sun sensor
-
Thermal sensor
-
Satellite control (CPU)
-
Payload
|
| Payload |
A payload will be designed by YODA that will provide life and
entertainment to the demonstration of the satellite. |
| Cost Constraint |
The total cost of satellite components should not exceed $50. |