pf_ohb-system ag_final [kompatibilit¤tsmodus]

SMALL GEOA Product for the Market

5th Capital Market Day, Bremen, February 11, 2009

Prof. Dr. Manfred FuchsCEO OHB-System AG

OHB-System AG | Bremen, February 11, 2009

Our Space

SPACE SYSTEMS + SECURITY


MARKET REQUIREMENTS FOR SGEO

Geostationary communications satellites have been g etting bigger, but there is a market demand for Small GEO:Larger operators� Quick reaction to market needs� Short-term replacement� Careful testing of new markets

Small operators


Small operators� Capacity of larger satellite not required� Minimization of financial and operational risk� Tailored to individual business� Avoidance of hybrid solutions � National satellite to serve the public needs

Replacement demand peaking in 2012The estimated market size is 7 satellites per year

BENEFITS OF SGEO COMPARING WITH A BIG SATELLITE

� Lower capital investment, thus lower risks and fast schedule

� Ideal for new market exploration and new services / technologies / verifications

� Better investment return through matching capacity uptake in a new market


� Better investment return through matching capacity uptake in a new market

� Ideal for the desires from military to have an independent and highly secured space asset

� Cluster of SGEO provides redundancy and avoids total failure

Ideal for its niche with better investment return a nd lower risks

RESPONDING TO THE MARKET DEMAND

ESA established ARTES-11 program to develop the SGE O

� OHB-System signed the platform prime contract with ESA in November 2008 at the contract value of EUR 115 million

� OHB leads the European industrial consortium:

� Sweden


The first commercial satellite mission contract wit h Hispasat was signed in November 2008 by ESA

Sweden

� Switzerland

� Luxemburg

LUXOR SATELLITE KEY FEATURES

� Up to 15 years lifetime

� Fast recurring delivery time

less than 24 months

� Launch Flexibility

LUXOR product: 3000 kg (GTO) and 1600 kg (GEO)

� Support a wide range of payloads up to 400 kg and 4 kW


� Launch Flexibility

� Optimised for direct injection

� Apogee Engine Module for GTO option

� ITAR free design goal

Highly flexible and modular geostationary communica tion satellite

UP TO DATE FLIGHT PROVEN TECHNOLOGIES

Up to date flight proven technologies

� Li-Ion batteries� Electrical propulsion (two manufactures)� Triple-junction GaAs solar cells� LEON II – FT flight processor� Star Tracker based ACS� MIL standard 1553B & optional CAN Bus


� MIL standard 1553B & optional CAN Bus� S-, C-, X- or Ku-band TT&R

Options: � GPS receiver (IOD)� Secure TT&R encryption

Providing better performance and the same reliabilit y as the existing platforms

MODULAR PLATFORM DESIGN - PLATFORM INTEGRATION

Propulsion ModulePlatform Module

� Individually adaptable to mission needs

� Parallel integration for quick delivery schedule


Core Module

Repeater Module

MODULAR PLATFORM DESIGN - PLATFORM INTEGRATION


Platform Module

Individually adaptable to mission needs & parallel integration for quick delivery

HISPASAT ADVANCED GENERATION 1 MISSION

Innovative Payload Technologies

� Multi-channel payload on-board processor to provide regenerative signal processing and multiplexing 3/5 Ka-band transparent transponders

� New metallization process to improve ohmic


� New metallization process to improve ohmic losses on reflector antennas

� Direct radiating RX antenna to provide flexible beam antenna

� Optical TM/TC interface between payload units and payload control unit; flex MPM (TWTA) to provide efficient on board power output adjustment capability

The first commercial satellite contract

ESA ARTES-11 sub-element 1: Platform development co ntract for Phase B/C/D

� Start: January 2007; End: Late 2012

� SRR successful in July 2007

� PDR is under going and has been completed by June 2008

ARTES-11 sub-element 2: First mission contract

� Commercial operator: HISPASAT

� Launch 2012

� LUXOR Commercial Product Line is in the way

STATUS OF THE PRODUCT DEVELOPMENT


� LUXOR Commercial Product Line is in the way

2008 2009 2010 2011 2012 2013

Platform Phase BPlatform Phase B

Platform Phase C/DPlatform Phase C/D

QAR 1 QAR 2

Mission Phase AMission Phase AHISPASAT Mission Phase B/C/DHISPASAT Mission Phase B/C/D

Launch

ESA and OHB with its partners are ready to offer th e European LUXOR to the market

WORLDWIDE COMMERCIAL MARKET FEEDBACK

Product Introduction to the global commercial marke t in “Satellite 2008”

� Welcomed by the commercial customers

� Eight opportunities identified during the conference

� SES America bought five small satellites; Intelsat bought two and plans to buy

several in the next decade


� The expansion of HDTV, Video to mobile terminals and broadband/IP businesses

would eat up the in orbit assets quickly and demand more satellites

� February to October 2008 five small satellite contracts awarded

� The size of the market is larger than six satellites per year

predicated by the business plan

� Two satellite primes in Europe: Thales and EADS� Third Rising Prime: OHB with First Prime Contract – SGEO

Follow-on in institutional market

THIRD RISING PRIME IN EUROPE

Satellite Number


Satellite Number

ESA Data Relay Satellite 1 (ESA)

German Heinrich Hertz Communications Satellite 1 (DLR)

Meteosat Third Generation 2 (plus 4 Meteosat)

German Lunar Exploration Orbiter 1 (DLR)

� Provide Data Relay Services to ESA GMES EO satellites� OHB-System is currently doing Phase-A study� Phase B starting in Q4 2009 and will be launched in 2013� EDRS will fly an advanced laser communications terminal� Funding approved at ESA Conference on ministerial level in Nov 2008

ESA DATA RELAY SATELLITE


MeteoSat Third Generation: Key Features

� At present, largest budget Earth Observation Programme: EUR 850 million ESA (2 geostationary satellites) total EUR 2,205 million (+ Eumetsat 4 geostationary satellites)

� Industrial Invitation to competitive tender in June 2009

� First Launch: End of 2015

METEOSAT THIRD GENERATION

Back-up


� OHB prepares for Bid of the 6 satellite platforms, based on the Small GEO design

NominalMTG-I

FCI, LI, DCP, S&RNominal MTG-S

IRS, UVS

Back-upMTG-I

FCI, LI, DCP, S&R0°

Thales Concept

LUNAR EXPLORATION ORBITER (LEO)

� DLR Program for a moon orbiter mission, funding currently open

� Orbiter in polar orbit around the moon, incl. 12 instruments, e.g.:

� High resolution camera for three-dimensional mapping


mapping

� Water search with best appropriate methods

� High-precision surveying of the moon‘s magnet and gravity fields

� Mission duration 4 years

� Jointly realisation by EADS Astrium (Prime)and OHB-System (Co-Prime)

Moon is the step stone to Mars

EUROPEAN GPS - GALILEO-SYSTEM

� OHB is encouraged by ESA / EC to be the alternative supplier of space segment

� OHB is bidding as prime

� SSTL is the subcontractor

� OHB / SSTL have been down selected for competitive dialogue after evaluation of Preliminary proposal


proposal

� Project Schedule

� Responding to RFI in August 2008

� Contract expected in 2009

� Based on

� SGEO/LUXOR platform (components)

� SAR-Lupe platform (experience; bus-components)

A cost-effective solution for European Galileo Prog ram

SUMMARY

� There is a need for an European small geostationary satellite

� OHB leads a consortium developing a 3,000 kg (GTO) and 1,600 kg (GEO) satellite

with 400 kg and 4 kW payload capacity under ESA ARTES-11 program

� First mission for a commercial operator has been contracted and will be launched

at the end of 2012

� SGEO opens up substantial businesses for OHB in both global commercial and


� SGEO opens up substantial businesses for OHB in both global commercial and

institutional market

OHB-System - the Third Rising Prime in Europe

THANK YOU!


pf_ohb-system ag_final [kompatibilit¤tsmodus]

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