GeoEye Proprietary. © 2012 GeoEye, Inc. All Rights Reserved GeoEye Proprietary. © 2012 GeoEye, Inc. All Rights Reserved

GeoEye-2: Less than 12 Months To Launch Setting the new standard for resolution and accuracy June 5th 2012

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Topics

› Global Market Trends

› How is GeoEye Elevating Insight?

› GeoEye Earth Imagery Delivers Clear Insight

› GeoEye-2 Builds On This Strong Heritage

› GeoEye Constellation Will Lead the Industry

› Will Position Us To Deliver New Class of Services

GeoEye Proprietary. © 2012 GeoEye, Inc. All Rights Reserved

Our world is full of threats and opportunities

Critical Infrastructure Development

Geopolitical Instability

Natural / Manmade Disasters

Military Conflict

Everything Happens …

GeoEye Proprietary. © 2012 GeoEye, Inc. All Rights Reserved 5

Sometime Someplace

Geospatial Information and Insight Can Drive Better Decisions!

GeoEye is Elevating Insight …

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Earth Imagery

Geospatial Expertise

Enabling Technologies

Help decision makers see, understand, and respond to our changing world

Protect Lives, Manage Risk, and Optimize Resources

Clear Insight Deep Insight Timely Insight

Elevating Insight for Economic Growth

GeoEye Proprietary. © 2012 GeoEye, Inc. All Rights Reserved 7

17,000,000 square kilometer land mass

Already mapped 49,000,000 parcels

Imaging the entire country in two years

Clarifying ownership = increased investment

Russian Cadastral Mapping Project

Impossible to do with aerial collection

GeoEye-1 Half-Meter Imagery | Moscow, Russia

GeoEye-1 Half-Meter Imagery | St. Petersburg, Russia

GeoEye-1 Port of Kozmino, RUSSIA October 6, 2009

GeoEye-1 Half-Meter Imagery | October 6, 2009 | Port of Kozmino, Russia

GeoEye-1 Domodedovo International Airport, Moscow, RUSSIA January 26, 2011

GeoEye-1 Half-Meter Imagery | January 26, 2011 | Domodedovo International Airport, Moscow, Russia

GeoEye-1 Half-Meter Imagery | September 6, 2009 | Valley of Geysers, Kamchatka, Russia

GeoEye-1 Vladivostok, RUSSIA January 5, 2009

GeoEye-1 Half-Meter Imagery| January 5, 2009 | Vladivostok, Russia

GeoEye-2 will set new standard!

› Camera: Most Advanced

‒ .34-meter resolution brings precise views

‒ Wider field of view

‒ Most accurate

› Spacecraft: Improved agility

‒ Control Moment Gyros

‒ Direct tasking and downlink

› Ground Architecture: Future Oriented Design

‒ Collection planning, production, exploitation and analysis, and dissemination technologies

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Faster delivery of the most precise imagery enables clear and timely insight.

Resolution Matters – Moving Beyond Mapping

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Post Tornado - Greensburg, KS - May 12, 2007 Resolution:

1 m

.82 m

.50 m

.41 m

.34 m

.15 m (6 in)

**Satellite License Restriction

****************

Post Tornado - Greensburg, KS - May 12, 2007 Resolution:

1 m

.82 m

.50 m

.41 m

.34 m

.15 m (6 in)

**Satellite License Restriction

****************

Post Tornado - Greensburg, KS - May 12, 2007 Resolution:

1 m

.82 m

.50 m

.41 m

.34 m

.15 m (6 in)

**Satellite License Restriction

****************

Post Tornado - Greensburg, KS - May 12, 2007 Resolution:

1 m

.82 m

.50 m

.41 m

.34 m

.15 m (6 in)

**Satellite License Restriction

****************

Post Tornado - Greensburg, KS - May 12, 2007 Resolution:

1 m

.82 m

.50 m

.41 m

.34 m

.15 m (6 in)

**Satellite License Restriction

****************

Post Tornado - Greensburg, KS - May 12, 2007 Resolution:

1 m

.82 m

.50 m

.41 m

.34m

.15 m (6 in)

**Satellite License Restriction

****************

2007 2008 2010 2010 2010 2011 2012 2012 2012 2013

Primary Mirror Blank Assembly Delivered to ITT

GeoEye Wins EnhancedView

Contract

ITT successfully completes

Critical Design Review

ITT Exelis delivers the

imaging system to Lockheed

Launch and begin

Operations!

GeoEye Initiates

Development of GeoEye-2

GeoEye Selects Lockheed

Martin to Build GeoEye-2

Lockheed Completes

Design Review ahead of schedule

GeoEye Successfully

Completes Final Critical Design

Review

Lockheed begins bus

integration and testing

We are less than a year from launch!

GeoEye’s Constellation Enables Customers to Move Beyond Mapping

› GeoEye 1 & 2 phased for optimal high resolution collection

‒ Enables true 50 cm collection

‒ Optimized for regional high quality imaging

› The only <41cm commercial color constellation on orbit

‒ Shortest time to access

‒ Longest access times

› Supports mission and business critical applications

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High Resolution Color Constellation

The only <41cm commercial color constellation on orbit

Making Investments To Maximize Platform

› Integrated Constellation Management ‒ Task GeoEye-1 and GeoEye-2 to maximize collection

‒ Most efficient collector of <50 cm imagery in the world

› Integrated Processing and Exploitation ‒ Extract insights from pixels within minutes of collection

‒ Leverage deep expertise in feature extraction and analytics

›Open Ground Architecture ‒ Able to run on commodity hardware or in cloud

‒ Enables us to support a variety of customer deployments

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Elevating Insight – On-Demand

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GeoEye-2 Webinar: Continuing Leadership in Imaging Expertise Kyle Schmackpfeffer

Director Commercial Optical Sensing Systems, ITT Exelis

Exelis’ Long History of Commercial Remote Sensing Solutions

› ITT Exelis provides sensor subsystems and imaging payloads for U.S. commercial remote sensing providers ‒ Designed and built the entire imaging payload

for IKONOS, GeoEye-1 and GeoEye-2

IKONOS: 0.7 m telescope and outer barrel assembly; pan and 4 bands MS sensor

GeoEye-1: 1.1 m telescope and outer barrel assembly; pan and 4 bands MS sensor

GeoEye-2: 1.1 m telescope and outer barrel assembly; pan and 4 bands MS sensor

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› Focal length increased relative to GeoEye-1

‒ Enables GeoEye-2’s 34cm resolution from 681km altitude

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Optical Telescope Unit / Outer Barrel Assembly

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› Faster line rates than GeoEye-1 and minor design changes to improve image quality (noise, banding and streaking, etc.)

Sensor Subsystem

Data Processing Unit (DPU) Focal Plane Unit (FPU) Power Supply Unit (PSU)

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› IKONOS vs. GeoEye-2 comparison…

We’ve come a long way….

Parameter IKONOS GeoEye-2 Improvement

Aperture 0.7 m 1.1 m 57% larger

Pan Pixel Pitch 12 mm 8 mm 33% smaller

Number of Pan Pixels ~14,200 ~42,500 200% more

Pan GSD at 681km 0.82 m 0.34 m 59% better

Swath at 681 km 11.3 km 14.5 km 28% wider

Max Line Rate 6,500 lps 24,000 lps 269% faster

Area Collection Rate 60 km2/s 118 km2/s 97% more

Payload Delivery

› On April 10, 2012, ITT Exelis announced that the GeoEye -2 imaging payload was delivered to Lockheed Martin Space Systems Company in Sunnyvale, Calif.

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GeoEye-2 Webinar: Continuing Leadership in Imaging Expertise Paul McDonald

GE-2 Space Vehicle Director, Lockheed Martin

LM Heritage › 50+ years of heritage across 5 generations of imaging satellite

design, fabrication, test and operation ‒ 1’st Generation: Corona, Gambit & Hexagon

‒ 2’nd Generation: Hubble Space Telescope

‒ 3’rd Generation: IKONOS

‒ 4’th Generation: Mars Reconnaissance Orbiter

‒ 5’th Generation: GeoEye-2

› Resulting GeoEye-2 design has unprecedented commercial imaging performance

› Depth of experience in system integration ‒ High level of user flexibility implemented in GeoEye-2 operation &

ground software to serve GeoEye collection needs

‒ GeoEye-2 ground software developed to take full advantage of satellite capabilities driving satellite collection volume to new levels

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LM Satellite Evolution for GeoEye

› 0.7 m optics / 12 mm pixel size

› 14,200 pixels, 6,500 Klps line rate

›Reaction wheel agility

›Gimbaled 320 Mb/s downlink

›ROC tasking/downlink

› 84 lbs propellant

› 64 Gb data storage

› 1,600 lb weight

Ikonos GeoEye-2

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› 1.1 m optics / 8 mm pixel size

› 42,500 pixels, 24,000 Klps line rate

›Reaction wheel agility

›Gimbaled 800 Mb/s downlink

›ROC tasking/downlink

› 1000 lbs propellant

› 3,200 Gb data storage

› 5,600 lb weight

LM GeoEye-2 Program Overview / Progress

› 90% of spacecraft hardware delivered and installed

› ITT Exelis payload delivered and mated to spacecraft

› Vehicle testing ongoing

› Cmd & Control Ground SW in acceptance testing

› Collection Mgt Ground SW completed acceptance testing

› On schedule for early 2013 launch

35 GeoEye Proprietary. © 2012 GeoEye, Inc. All Rights Reserved

GeoEye-2 Capability Summary › Imaging resolution

‒ 0.34 m GSD at nadir: NIIRS 5.5 (baseline 681 km orbit)

‒ 0.25 m GSD at nadir: NIIRS 6.0 (alternate 500 km orbit)

› Satellite daily area collection capability ‒ Simultaneous collection of 0.5m pan and 2.0m four band MS data

‒ Simultaneous image data collection and downlink

‒ On-board storage capability of > 600 images

› Real time geolocation accuracy of < 4.0 m

› Mission operations ‒ Regional / theater user tasking and downlink

‒ Mission planning interleaves multiple user requests

› 7 yr design life

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GeoEye-2 Horizontal in Test Facility

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Summary

GeoEye-2 on schedule for launch

in 2013

GeoEye-2 sets a new standard

Constellation will enable mission and

business critical applications

Positioned for next generation geospatial

services to deliver insight on demand

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Visit our GeoEye-2 launch site at: http://launch.geoeye.com/LaunchSite/

Keep up with all things GeoEye-2 by watching the #GE-2 tag across our social media platforms (you can follow us on Twitter at @GeoEye and like us at facebook.com/GeoEyeInc)

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