250 likes | 369 Views
UPC TEAM. Ferran Casulleras Gisela Detrell Sergio Mainar Miguel Angel Villarejo Meritxell Viñas Didac Zorita Miquel Sureda ( prof. ). Since MoonCat won GLXP our company reached …. May, 2008. Google Lunar X Prize UPC Team. We are the first company to ….
E N D
UPC TEAM Ferran Casulleras Gisela Detrell Sergio Mainar Miguel Angel Villarejo Meritxell Viñas Didac Zorita Miquel Sureda (prof.)
SinceMoonCat won GLXP ourcompanyreached… May, 2008 Google Lunar X Prize UPC Team
We are thefirstcompanyto… • 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. May, 2008 Google Lunar X Prize UPC Team
MoonCattechnologyhavebeenusedfor… • Public & private enterprises. • Google Earth 3.0 • Martian missions, earth orbiters, … May, 2008 Google Lunar X Prize UPC Team
And allthattakingintoaccount… • Polithical respect and non invasive procedures. • Environmental ecology (no rubish!). • Moon well-looking & topology must be conserved May, 2008 Google Lunar X Prize UPC Team
With espectacular profit-making… May, 2008 Google Lunar X Prize UPC Team
Back toreality… • We have not done it. • But we will!!!!! May, 2008 Google Lunar X Prize UPC Team
Fund Raising Google Lunar X Prize UPC Team
Fund Raising Total cost: 150 M $ needed!! May, 2008 Google Lunar X Prize UPC Team
WE NEED LOTS OF MONEY… Marketing Marketing Marketing Marketing May, 2008 Google Lunar X Prize UPC Team
Fund Raising Total Mission Cost 150 M$ Sponsoring for publicity (equipment) Individual donations, receiving exclusive pictures & information e-mails in exchange Sponsors: Advertisement in our mission Preliminar Design (≈30%) Time May, 2008 Google Lunar X Prize UPC Team
Fund Raising Total Mission Cost 150 M$ Venture Capitalist (Ownership of our company) 49% Bank Credit Preliminar Design (≈30%) Detailed Design (≈50%) Time May, 2008 Google Lunar X Prize UPC Team
Fund Raising Total Mission Cost 150 M$ Construction (≈20%) Preliminar Design (≈30%) Detailed Design (≈50%) Time May, 2008 Google Lunar X Prize UPC Team
Technical Aspects 14 May, 2008 Google Lunar X Prize UPC Team
Mission Parameters Possible Launchers (that reach our requirements) Falcon 9 (principal partner) Ariane5 (fiabilitity and European Technoloy) May, 2008 Google Lunar X Prize UPC Team
ReachingtheMoon! 1. Launch 2. LEO orbit 3. LTI 4. LLO 5. Lunar Descent Orbit
Landing 4 cameras ontheedges Bouncingeffect
Lunar landing site Landing on the Lunar Equator: Advantages • Safer • Earth View • Type of Landing • Solar Power Availability May, 2008 Google Lunar X Prize UPC Team
Deployment process • Airbag deinflation • Tethraedron opening May, 2008 Google Lunar X Prize UPC Team
De la Terre à la Lune ! • 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 • ROVER (15 Kg, 200W) • 2 antennas • 2 arms with 4 cameras (3D) • 6 wires • Solar Arrays + Batteries 21 May, 2008 Google Lunar X Prize UPC Team
Video (2,4 GHz) Data (900 MHz) Data+Video (18 GHz) 22 May, 2008 Google Lunar X Prize UPC Team
On the Surface of the Moon: Mobility and Mooncast ! Google Lunar X Prize UPC Team
Spacecraft Technical Aspects May, 2008 Google Lunar X Prize UPC Team
Thank you for your attention Ferran Casulleras Gisela Detrell Sergio Mainar Miguel Angel Villarejo Meritxell Viñas Didac Zorita Miquel Sureda (prof.)