Upload
others
View
9
Download
1
Embed Size (px)
Citation preview
Satellite Design Project
Bruce Burltonmailto:[email protected]
Carleton University
February 2015
Bruce Burlton (Carleton University) Satellite Design Project February 2015 1 / 12
The Satellite Design Project (SDP)
I What is the Satellite DesignProject
I What have we done in pastyears
I What are we planning for nextyear
Bruce Burlton (Carleton University) Satellite Design Project February 2015 2 / 12
What is the project
I A largely student run Design Project tasked with the PreliminaryDesign of a Space Vehicle.
I Several of the Lead Engineers have significant related IndustrialExperience; the project runs much as it would in industry.
I In past years we have attracted a great deal of interest from industry,both in the satellite manufacturing sector and the user community.
I Several of our “alumni” have found employment in the space industry,sometimes as a direct result of the PDR presentations.
I If you want to work in space, come and see us.
Bruce Burlton (Carleton University) Satellite Design Project February 2015 3 / 12
Previous Projects
I Over the past several years, we have worked projects, including:I AEGIS was targeted at the Boreal Forest region of Canada (and by
extension the World).I NORSAT was a Northern Canada sovereignty and surveillance mission
suggested by DRCD at Shirley Bay.I The AEGIS used a single satellite, while NORSAT utilized a
constellation of twelve satellites.I Culprit was a Lunar Penetrator system, targeted at the Lunar South
Pole in search of subsurface water.I SISS was a satellite constellation designed to take visible spectrum
stereo images of EarthI EODM is a satellite designed to remove “Space Debris” from Low
Earth Orbit
Bruce Burlton (Carleton University) Satellite Design Project February 2015 4 / 12
New Satellite Design Project
I In 2015 - 2016, weare undertaking aNew Project
I Will undertake theDesign andImplementation ofa CubeSat
I A miniaturizedsatellite: volume ofexactly one liter (10cm cube), mass ofless than 1.33kilograms
I Originated byCalPoly in 1999
Figure 1: Original CubeSat
Bruce Burlton (Carleton University) Satellite Design Project February 2015 5 / 12
New Satellite Design Project
I In 2015 - 2016, weare undertaking aNew Project
I Will undertake theDesign andImplementation ofa CubeSat
I A miniaturizedsatellite: volume ofexactly one liter (10cm cube), mass ofless than 1.33kilograms
I Originated byCalPoly in 1999
Figure 1: Original CubeSat
Bruce Burlton (Carleton University) Satellite Design Project February 2015 5 / 12
New Satellite Design Project
I In 2015 - 2016, weare undertaking aNew Project
I Will undertake theDesign andImplementation ofa CubeSat
I A miniaturizedsatellite: volume ofexactly one liter (10cm cube), mass ofless than 1.33kilograms
I Originated byCalPoly in 1999
Figure 1: Original CubeSat
Bruce Burlton (Carleton University) Satellite Design Project February 2015 5 / 12
New Satellite Design Project
I In 2015 - 2016, weare undertaking aNew Project
I Will undertake theDesign andImplementation ofa CubeSat
I A miniaturizedsatellite: volume ofexactly one liter (10cm cube), mass ofless than 1.33kilograms
I Originated byCalPoly in 1999
Figure 1: Original CubeSat
Bruce Burlton (Carleton University) Satellite Design Project February 2015 5 / 12
Possible Missions
I Two candidate missions
I Arctic Surveillance
I Satellite Formation Flying or Tethered Operation
I Probably a 3U Configuration
I Will draw on designs, development and reports of many previous SDPprojects
Bruce Burlton (Carleton University) Satellite Design Project February 2015 6 / 12
Possible Missions
I Two candidate missions
I Arctic Surveillance
I Satellite Formation Flying or Tethered Operation
I Probably a 3U Configuration
I Will draw on designs, development and reports of many previous SDPprojects
Bruce Burlton (Carleton University) Satellite Design Project February 2015 6 / 12
Possible Missions
I Two candidate missions
I Arctic Surveillance
I Satellite Formation Flying or Tethered Operation
I Probably a 3U Configuration
I Will draw on designs, development and reports of many previous SDPprojects
Bruce Burlton (Carleton University) Satellite Design Project February 2015 6 / 12
Possible Missions
I Two candidate missions
I Arctic Surveillance
I Satellite Formation Flying or Tethered Operation
I Probably a 3U Configuration
I Will draw on designs, development and reports of many previous SDPprojects
Bruce Burlton (Carleton University) Satellite Design Project February 2015 6 / 12
Possible Missions
I Two candidate missions
I Arctic Surveillance
I Satellite Formation Flying or Tethered Operation
I Probably a 3U Configuration
I Will draw on designs, development and reports of many previous SDPprojects
Bruce Burlton (Carleton University) Satellite Design Project February 2015 6 / 12
CubeSat
Figure 2: Original CubeSat
Bruce Burlton (Carleton University) Satellite Design Project February 2015 7 / 12
3U
Figure 3: 3U ConfigurationBruce Burlton (Carleton University) Satellite Design Project February 2015 8 / 12
Project Schedule
I First year - Conceptual design tradeoff (mission, bus, payload)
I Second year - Detailed design
I Third year - Prototype manufacturing, assembly with COTScomponents and preliminary testing in a lab environment
I Fourth year - Assembly with rad hard components and final assembly,integration and testing
Bruce Burlton (Carleton University) Satellite Design Project February 2015 9 / 12
Rules and Innovation
I RulesI Strict Interface definition for LV and CommunicationsI Needed in order to get launched
I InnovationI What you chose as a missionI How you go about accomplishing the missionI Room for Design Innovation
Bruce Burlton (Carleton University) Satellite Design Project February 2015 10 / 12
“Launch”
Figure 4: Launched From ISS
Bruce Burlton (Carleton University) Satellite Design Project February 2015 11 / 12
Invitation
I Our Preliminary Design Review (PDR) is on Saturday, March 28
I If you are interested in Space, please join us.
I We will be pleased to have you.
Bruce Burlton (Carleton University) Satellite Design Project February 2015 12 / 12