Can satellite cansat design manual

The CanSat design presented in this paper is based on the mission of CanSat competition for aero-braking atmospheric entry probe. Every subsystem has been designed to work well and cover all of the operations of a CanSat model of an actual satellite. Besides using a CanSat as a satellite, it can also be used as a weather sensor equipment. Cork Electronics Industry Association – CanSat Users Manual 1. CanSat Overview A CanSat is a simulation of a real satellite, contained within the volume of a ml soft-drinks can. The Primary Mission of the CanSat is to remotely measure temperature and pressure, and transmit the data to the ground-station (laptop computer). regarding CanSat design, allowing us to use and providing us with the Gerber files for the AAU CanSat sensor shield, and allowing us to use information from the CanSat Handbook Edition in the preparation of this manual. This user manual is written for CanSat teams new to the CanSat concept and can be used both as an.

CanX,is a “picosatellite” program for research and education, with graduate students leading the design, development, testing, and operations of Canada’s smallest satellites having,a mass. Teams must be able to design and build a space-type system, following the approved competition guide, and then compete against each at the end of two semesters to determine the winners. Rockets will be provided but teams are responsible for funding the construction of their CanSat and all travel/lodging expenses. Competition Application Link. A time schedule, a design report and a final report must be submitted on fixed dates. In addition, they have to write an instruction manual for the CanSat and present their results in a presentation to the jury at the end of the project. Conditions of participation.

Can Satellite (CanSat). Design Manual. University Space Engineering Consortium Japan (UNISEC). November, Ver. Can Satellite (CanSat). The correlation between our CanSat design and the properties this device can measure could be valuable in the field of STEM education. Key words: Arduino. We are TORUS team and compete in CanSat a student competition that consists of sending a miniature satellite in the shape of a can to an altitude of m.