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UPC TEAMFerran Casulleras
Gisela DetrellSergio Mainar
Miguel Angel VillarejoMeritxell Viñas
Didac ZoritaMiquel Sureda (prof.)
2May, 2008 Google Lunar X Prize UPC Team
Since MoonCat won Since MoonCat won GLXP our company GLXP our company
reached…reached…
3May, 2008 Google Lunar X Prize UPC Team
•Radio control moon-rovers, and take personal pictures.
•Send people’s ashes to the Moon.
•Safe enterprise data.
•Record advertisements & entertainment films from the Moon.
We are the first company to…We are the first company to…
4May, 2008 Google Lunar X Prize UPC Team
•Public & private enterprises.
•Google Earth 3.0
•Martian missions, earth orbiters, …
MoonCat technology have been used for…MoonCat technology have been used for…
5May, 2008 Google Lunar X Prize UPC Team
•Polithical respect and non invasive procedures.
•Environmental ecology (no rubish!).
•Moon well-looking & topology must be conserved
And all that taking into account…And all that taking into account…
6May, 2008 Google Lunar X Prize UPC Team
With espectacular profit-making…With espectacular profit-making…
7May, 2008 Google Lunar X Prize UPC Team
We have not done it.
But we will!!!!!
Back to reality…Back to reality…
10
WE NEED LOTS OF MONEY…
May, 2008 Google Lunar X Prize UPC Team
MarketingMarketing
Marketing
Marketing
11
Fund Raising
May, 2008 Google Lunar X Prize UPC Team
PreliminarDesign
(≈30%)
Time
Total Mission
Cost
150 M$
Sponsoring for publicity (equipment)
Individual donations, receiving exclusive pictures & information e-mails in exchange
Sponsors: Advertisement in our mission
12
Fund Raising
May, 2008 Google Lunar X Prize UPC Team
PreliminarDesign
(≈30%)
DetailedDesign
(≈50%)
Time
Total Mission
Cost
150 M$
Venture Capitalist (Ownership of our company) 49%
Bank Credit
13
Fund Raising
May, 2008 Google Lunar X Prize UPC Team
PreliminarDesign
(≈30%)
DetailedDesign
(≈50%)
Construction
(≈20%)
Time
Total Mission
Cost
150 M$
15
Mission Parameters
May, 2008 Google Lunar X Prize UPC Team
Possible Launchers(that reach our requirements)
Falcon 9 (principal partner) Ariane5 (fiabilitity and European Technoloy)
19May, 2008 Google Lunar X Prize UPC Team
Lunar landing site
Landing on theLunar Equator:
Advantages- Safer- Earth View- Type of Landing- Solar Power Availability
20May, 2008 Google Lunar X Prize UPC Team
Deployment process
- Airbag deinflation- Tethraedron opening
21May, 2008 Google Lunar X Prize UPC Team
De la Terre à la Lune !
ROVER (15 Kg, 200W)- 2 antennas- 2 arms with 4 cameras (3D)- 6 wires- Solar Arrays + Batteries
TETRAHEDRON (50 Kg, 240W)- 3 antennas (1 parabolic + 2 Dipole)- 4 arms (for edge) with 8 cameras (3D)- Solar Arrays + Batteries- in Future with Thermic Energy
24
Spacecraft Technical Aspects
May, 2008 Google Lunar X Prize UPC Team
Concept Basic Information
Spacecraft Mass Total Launch Mass: 1700 Kg Fuel Mass: 1500 Kg of fuel
Structures Primarily Aluminum. (Some titanium, berylium and composites)
Avarage power requirement
Rover: 200WTetrahedron: 240 W Solar arrays & batteries
Attitude Control 3-axis stabilized
Thermal control Heaters, radiators & heat pipes
Payload Tetrahedron: 50 kgRover Mass: 15 kgExtra mass: 500g
Rocket Engine R-40A Isp=310s Bipropellant N2O4/MMH
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