Overview

The Bluesat project is the University of New South Wales's student space engineering projects group. Bluesat aims to promote the advancement of th
Australian Space Sector
and give students the opportunity to undertake space engineering projects. Current projects include a high altitude balloon platform for near-space research and testing, a rover design for international competitions and the further development of our satellite tracking groundstation.

Current Projects

High Altitude Balloon

Bluesat's high altitude balloon platform is designed as a modular testbed for space hardware and high altitude research. The platform will contain all telemetry instrumentation for flight tracking including an ADSB transceiver as well as hardware for monitoring internal and external temperature, altitude and atmospheric pressure. Following preliminary testing, the platform will support the near-space testing of space hardware and allow for advanced data collection on the atmospheric conditions of the Earth.

Off-World Robotics

Bluesat's Off-World robotics team is involved in the design and manufacture of rovers for traversing and completing a variety of tasks on a simulated lunar surface. Using knowledge previously gained from competitions from 2015-2018, the team now looks to participate in the Australian and European Rover Challenges once again.

Groundstation

One of Bluesat's oldest projects, the satellite tracking groundstation allows Bluesat to manage data transfer up and down from satellites. Currently, the team is focused on developing a smaller, portable groundstation that may also be used to communicate with the High Altitude Balloon and Off-World Robotics rover.

Past projects

Bluesat's ground station team assisted in the tracking of and communications with the ECO360 satellite fo
ACSER
Bluesat's Off-World Robotics team has been involved in several rover platform designs for various competitions. Bluesat's rover BLUEtounge participated in th
European Rover Challenge
from 2015 to 2018. The team came 16th out of 40 in 2015, 9th in 2016 and 8th in 2018. In 2019 Bluesat collaborated with Biosphere UNSW and AIAA Rocketry UNSW to launch a 2U CubeSat on a rocket for the THUNDA 2019 rocket launch competition. The ADCS team also designed a detumble system for the rocket however it was not tested in that project. Their design is kept for future projects. Other previous projects include an

attitude control Spacecraft attitude control is the process of controlling the orientation of a spacecraft (vehicle or satellite) with respect to an inertial frame of reference or another entity such as the celestial sphere, certain fields, and nearby objects, ...

system for the Waratah Seed project and a

CubeSat A CubeSat is a class of small satellite with a form factor of cubes. CubeSats have a mass of no more than per unit,, url=https://static1.squarespace.com/static/5418c831e4b0fa4ecac1bacd/t/5f24997b6deea10cc52bb016/1596234122437/CDS+REV14+2020-07-3 ...

design for the Japanese Satellite Design Competition (Satcon). Most Recently, Bluesat's satellite team developed a 4U CubeSat payload as a collaboration with the UNSW Rocketry Team for their entry to th
Spaceport America Cup
in 2023. The payload served as a proof of concept for UV resin 3D printing in microgravity and was flown to 30,000ft in the competition.

Current Executives

* Gregory Papantoniou - President * Annie Ming Kowalik - Vice President * Georgina Tinning - Secretary * Alexander Foster - Chief Technical Officer * Abraham Brown - Treasurer * James Hanlon - Grievance Officer

Current Team Leads

* Jackson Andrews - High Altitude Balloon * Ruben Stones - Off-World Robotics * Reuben Larson - Groundstation

Competition results

References

External links

Bluesat project website
Amateur radio satellites University of New South Wales student organisations Rover Challenge Series {{spacecraft-stub