4. SpaceMETA is a Oficial Team
participating on the Google
Lunar XPrize Race to land ,
survive 2 days and walk 500
Meters with a rover on the
Moon Surface.
5. A Lot of Ideas for the Primary Brasil Lunar Mission
SpaceMETA Goals
- Mission Profile:
Launch the 3 Balls
using Balloon+Ethanol
Engine or Cyclone 4.
( Agreement Signed )
- Focus on Innovation (
Robotics, Ideas,
Special Partnership
with market players
and 5 Years on
SoftWare development
)
- Landing Zone: Mare
Nectaris ( T.B.C )
- Prize Goals: 500 Mts ,
Surviver , Water
- Not Solved Yeat: Soft
Landing , Plate
Payload Delivery ,
Transmission.
- Orbit Details …
15. SpaceMETA.
Market
Evolution
2015
2.000.000 Kg 20 Kg
40 Units/Year 1000 Units/Year
Traditional MicroSat
4 Years Dev 3 Months Dev
100 USM Launch 2 USM Launch
4 US Bi Mkt Size / year 2Bi Mkt Size / Year
5 Kg / 3-5 Mts Resolution2.000 Kg / 15-100 Mts
2010
200 US Bi ( 2013)
16. SpaceMETA.
Satelite
Market
Scenario
200 US Bi ( 2013)
Mkt Share Meteo
Mil
Scien
Com Comm
Nav
R&D
Mkt Segment Launch
Manufac
Services
Ground Equip
Orbit MEO
GEO
Near GEO
LEO
CubeSats
20. Missão Alfa Missao Beta Missao Teta
Launch Data
Objetivo: Jump Start
Prazo : 3 Meses = TBD
Mission Profile: Elevar uma carga
de 2 KG acima da zona de Karman,
com tecnologia hibrida, telemetria
completa com imagem e
recuperacao diferenciada.
Orçamento:
Diretor da Missao:
Diretor de Voo:
KPI:
Launch Data
Objetivo: Technologycal
Prazo : 6 Meses
Mission Profile: Elevar uma carga
de 2 KG acima em espaço orbital,
com tecnologia hibrida, telemetria
completa com imagem e
recuperacao diferenciada.
Orçamento:
Diretor da Missao:
Diretor de Voo:
KPI:
Launch Data
Objetivo: Moon Landing
Prazo : 12 Meses
Mission Profile: Transportar uma
carga de 5 Kg ate a superficie da
Lua.
Orçamento:
Diretor da Missao:
Diretor de Voo:
KPI:
21. Confidential & Proprietary
POWER PROFILE
- Margin of
Success
- TBD
- I - Identification of the range of the
landing site window.
- II - Ballistic Routing Module of the
landing site.
- III - Descent Control.
(A) Take Off
TBD:
(B) First Stage
TBD
(C) Second Stage
TBD
(D) Firing
I - Calculation of lunar trajectory.
II - Vector Pointing to the target.
III - Speed gain calculation
The margin of sucess accepts a considerable
variation in speed, altitude and position. Within the
limits checked in the model.
(G) Recovering
TBD
(E) landing Aproach
TBD
(F) MISSION CONCLUSION KPI
TBD
Missao Alfa
22. Confidential & Proprietary
POWER PROFILE
- Margin of
Success
- TBD
- I - Identification of the range of the
landing site window.
- II - Ballistic Routing Module of the
landing site.
- III - Descent Control.
(A) Take Off
TBD:
(B) First Stage
TBD
(C) Second Stage
TBD
(D) Firing
I - Calculation of lunar trajectory.
II - Vector Pointing to the target.
III - Speed gain calculation
The margin of sucess accepts a considerable
variation in speed, altitude and position. Within the
limits checked in the model.
(G) Recovering
TBD
(E) landing Aproach
TBD
(F) MISSION CONCLUSION KPI
TBD
Missao BETA
23. Confidential & Proprietary
POWER PROFILE
- Margin of
Success: It accepts a
considerable variation in speed, altitude
and position. Within the limits checked
in the model.
- I - Identification of the range of the
landing site window.
- II - Ballistic Routing Module of the
landing site.
- III - Descent Control.
(A) First Stage
Aceleração: 4.5G/s [0, 116](s)
Massa: 198.033Kg
Propellant consumption: 445Kg/s
Velocity: [0,1,223.837]Km/s
Altitude em 132(s): ~=43,346Km:
(B) Second Stage
Aceleração: 6.8G/s [129, 282](s)
Mass: 68,614.7Kg
Propellant consumption: 45Kg/s
Velocity: [1,223.837,
4,372.468]Km/s
Altitude em 300(s): ~=135Km
(C) Third Stage
Aceleração: 3.4G/s
Time: [292, 1,080](s)
Massa: 14,110.3Kg
Propellant consumption: 7.76Kg/s
Velocity limit: 7,78Km/s
Altitude em 1,568(s): ~=
2,188.686Km
(D) Launch Ballistic
I - Calculation of lunar trajectory.
II - Vector Pointing to the target.
III - Speed gain calculation
The margin of sucess accepts a considerable
variation in speed, altitude and position. Within the
limits checked in the model.
(G) Landing Module
I - Identification of the range of
the landing site window.
II - Ballistic Routing module of the
landing site.
III - Descent control.
(E) Lunar Approach
Distance from the lunar center: <10,000km
Speed of arrival, ~ = 12K / s.
Deceleration rate:
Sprint speed:
End distance from CL:
(F) Adaptive Entering Orbit
The solution is obtained through a congruence
of the states of displacement vectors and other
magnitudes.
Missao Teta
25. Action Plan
• 12 Months to Land a rover on the Moon
• Fundraise 3 USM to sponsor R&D and First Rocket Building and First Laucnh
in Brasil Soil
• Federal PPP With Alcantara with 1.5% Brute Royaltie by the License of Installations
• Joint Venture for Tech Transfer with International Partners , subjected to
Brazilian Congress Aproval
• Involvment of Brasil armys to suport logistics
( Rocket transportation and security )
• Creation of a complete high tech suply chain for thew microsatelite market
27. • 1
• 2
• 3
• 1
• 2
• 3
• 1
• 2
• 3
StakeHolder Missao Alfa
StakeHolder Porque Interesse
Principal
A Matriz de StakeHolder Compelta esta no Google Drive do Projeto
31. Confidential & Proprietary
QA
• At Least one physical event in the Teams Coutry
• Focus Should be on the entrepreneurs , not in the Sponsors
• Entrepreneurs in this high risk venture should be placed in the
history , at least by the courage for the try
• Accelerate the Space EcoSystems conecting people and
bringing venture capital to the pure innovative idea