ImageSat International N.V. ImageSat International N.V. Customer Service: Correspondence Office Wilhelminalaan 13 [email protected] 6 Yoni Netanyahu Street Willemstad, Curacao www.imagesatintl.com Or Yehuda 6037604 Israel Tel: +599-9-737-4557 Tel: +972 -3-796-0600 Fax: +599-9-737-4563 Fax: +972-3-516-3430

© ImageSat International, Products and Services Guide, April 2014

ImageSat International N.V. ImageSat International Customer Service: Correspondence Office N.V.Wilhelminalaan 13 [email protected] 6 Yoni Netanyahu Street Willemstad, Curacao www.imagesatintl.com Or Yehuda 6037604 Israel Tel: +599-9-737-4557 Tel: +972-3-796-0600 Fax: +599-9-737-4563 Fax: +972-3-516-3430

Content

1. ABOUT IMAGESAT INTERNATIONAL ...... 4 2. THE EROS SATELLITES ...... 5 2.1 GENERAL INFORMATION ...... 5 2.2 ORBITAL INFORMATION ...... 5 2.3 IMAGING PARAMETERS ...... 5 3. DEFINITION OF TERMS USED IN THIS GUIDE ...... 6 4. PRODUCT GUIDE ...... 7 4.1 PRODUCTS CHARACTERISTICS ...... 7 4.2 IMAGING TECHNIQUES ...... 8 4.3 PROCESSING LEVELS ...... 9 4.4 VALUE ADDED PRODUCTS ...... 9 4.5 PRODUCT FORMATS ...... 11 4.6 QUALITY ASSURANCE (QA) ...... 11 4.7 SUPPLY OPTIONS ...... 11 5. SERVICES GUIDE ...... 12 5.1 IMAGESAT'S ORDER DESK ...... 12 5.2 SERVICE TYPES ...... 12 5.2.1 New Acquisition ...... 12 5.2.2 Archived Images ...... 12 5.3 THE WORKFLOW PROCEDURE – FROM REQUEST TO SHIPMENT ...... 13 5.4 SPECIAL IMAGING REQUIREMENTS ...... 14 5.5 "LAST CALL" TIMES FOR ORDERING IMAGING ON A SPECIFIC DATE ...... 16 5.6 HOW TO SUBMIT AN ORDER ...... 17 5.7 HOW TO PROVIDE THE AOI ...... 17 6. ADVANCED SERVICES ...... 18 PRODUCT ORDER FORM ...... 19

1. ABOUT IMAGESAT INTERNATIONAL

ImageSat International N.V. is the owner and operator of the EROS-A and EROS-B very high resolution imaging satellites, whose global coverage provide high-quality imaging services, satisfying national security and management needs with maximum autonomy, secrecy and flexibility.

Established in 1997, ImageSat launched EROS-A, its first commercial imaging satellite, into orbit on December 5, 2000. EROS-B, the company’s sub-meter resolution satellite, was launched on April 25, 2006, providing customers with increased revisit time and the benefit of a variety of sensors. Both satellites were accurately placed in their orbit by Russian Start-1 launchers.

ImageSat serves a global customer base, comprised of governments and international agencies, which utilize EROS satellite imagery primarily for National Security, Homeland Security and Environmental Security, as well as a wide range of civilian applications.

ImageSat International N.V. is a Curacao company with offices in Limassol, Cyprus and Tel Aviv, Israel. The Company's offices in Tel Aviv supervise the construction of the EROS family of satellites and the operation of ImageSat's main Ground Control Station.

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2. THE EROS SATELLITES

2.1 GENERAL INFORMATION

The EROS satellites are lightweight LEO (Low Earth Orbit) satellites with a single electro- optical camera system. EROS satellites acquire high-resolution panchromatic imaging data.

EROS satellites are designed to maximize operator flexibility in the creation and adaptation of the daily image acquisition plan. The EROS Satellites’ high maneuverability enables them to be quickly pointed to image customer specified sites on Nadir or at oblique angles of up to 45 degrees. Oblique viewing enables the satellite to view virtually any site on Earth as often as two to three times per week.

The orbital period of the EROS satellites, for one revolution around the Earth, is 94-96 minutes. The satellites complete approximately 15 revolutions around the Earth every 24 hours, with two daylight passes per day through the footprint of a typical Ground Receiving Station.

2.2 ORBITAL INFORMATION

Info EROS-A EROS-B Orbit Type Sun-Synchronous Orbit Sun-Synchronous Orbit Orbit Height ~550 km 510 ± 40 km Inclination 97.2° 97.2° Nominal Life Expectancy 2000-2015 2006-2022 Local Time of Descending 10:00-11:00 13:00-14:00

2.3 IMAGING PARAMETERS

Parameter EROS-A EROS-B Scanning Type Push-broom Push-broom Sun-over-horizon angle: Sun-over-horizon angle: Imaging sunlight conditions more than 10° more than 10° CCD-TDI, Selectable levels: Sensor type CCD 1,4,8,16,32,48,64,96 Spectral band 0.5 to 0.9 0.5 to 0.9 Sampling Depth transmitted 11 bits 10 bits 0.7 m at Nadir from 510 km Ground Sampling Distance for TDI stages 1,4,8 2.1 m at Nadir from 550 km (Resolution) 0.8 m at Nadir from 510 km for all other TDI stages Swath Width 15 km at Nadir from 550 km 7 km at Nadir from 510 km

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3. DEFINITION OF TERMS USED IN THIS GUIDE

□ Imaging/Acquisition: The action of the satellite taking an image of a requested area (One shot of the satellite's camera).

□ Scene: The area that is being imaged by the satellite.

□ AOI – Area of Interest: An area in which the customer is interested, that will be imaged by the satellite. In order to cover an entire requested AOI, it might be necessary to acquire more than one image.

□ Off-Nadir Angle: The off-nadir angle is the angle between the acquired scene's center, the satellite and the nadir (the normal to the Earth from the satellite's center). Each image operation is defined by its starting and ending off-nadir angle, which changes along the imaging process (as the satellite moves in its orbit). As a rule, the smaller the off-nadir angle is, the better the resolution (GSD) is.

Satellite

Off-Nadir Angle Nadir

Earth

□ Azimuth: Azimuth is a direction given in degrees, in relative to the north. The direction of the north is considered 0°, and the angle grows in clockwise direction. Some examples:

North North North

0° 90° 315°

□ Order: A request submitted by the customer to ImageSat, so that ImageSat will take care of imaging the AOI requested by the customer with either EROS-A or EROS-B.

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4. PRODUCT GUIDE

4.1 PRODUCTS CHARACTERISTICS

ImageSat International offers various types of panchromatic images. Each final product is defined by 4 characteristics: Imaging Technique, Processing Level, Value Added Product (Optional) and Format.

□ Imaging Technique: The manner in which the satellite payload is used to acquire the imagery data.

□ Processing Level: The level of post processing performed on the ground after acquisition and reception of the imagery at the ground station.

□ Value Added Product (Optional): After the processing of the image, ImageSat can create an advanced product from it (based on EROS-B images only). This is completely optional, and done only by request of the customer.

□ Format: The type of file provided to the customer, as the final product.

The following tables summarize the available Imaging Techniques, Processing Levels, Value Added Products and Formats.

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4.2 IMAGING TECHNIQUES

EROS-A: Technique Dimensions Details Basic Image 15 km x 15 2.1 meter ground sampling distance (GSD) at nadir for Km an orbit of 550km. This is the minimal area available for acquisition with EROS-A. Vector Image 15 km x (up Like a Basic Image, but longer, up to ~180 km, to ~180 km) depending on resolution and scanning direction. It is possible to acquire multiple images of the same scene in Basic/Vector mode in the same pass – This is used in Stereo and Triplet Techniques. Stereo Pair 15 km x 15 Two overlapping images of the same scene, acquired at Km symmetric off-nadir angles (fore and aft) during the same pass, so that the absolute sum of the two off- nadirs angles is 50°. Triplet 15 km x 15 A Stereo Pair + one overhead image of the same scene, km acquired during the same pass. Polygon Any shape The polygon will be defined by a "KMZ/KML file", "SHP Coverage and size file" or by a set of coordinates. The polygon will be larger than one Basic Image, and will be covered using a several Basic/Vector images.

EROS-B: Technique Dimensions Details Basic Image 7 km x 7 km 0.7 meter ground sampling distance (GSD) at nadir using TDI level 8 for an orbit of 510km. This is the minimal area available for acquisition with EROS-B. Vector Image 7 km x (up to Like a Basic Image, but longer, up to ~480 km, ~480 km) depending on resolution and scanning direction. It is possible to acquire multiple images of the same scene in Basic/Vector mode in the same pass – This is used in Stereo and Triplet Techniques. Stereo Pair 7km x (up to Two overlapping images of the same scene, acquired at 21 km) symmetric off-nadir angles (fore and aft) during the same pass, so that the absolute sum of the two off- nadir angles is 50°. Triplet 7 km x (up to A Stereo Pair + one overhead Basic Image, of the same 14 km) scene, acquired during the same pass. Polygon Any shape The polygon will be defined by a "KMZ/KML file", "SHP Coverage and size file" or by a set of coordinates. The polygon will be larger than one Basic Image, and will be covered using several of Basic/Vector images.

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4.3 PROCESSING LEVELS

The following Processing Levels are the same for EROS-A and EROS-B images:

Processing Processing Details Designation Level Raw Imagery Level 0A The four image data channels are assembled to one image (the satellite's camera sensor is composed of four separate 'rulers'). No additional processing is done. The date is just as it was received from the satellite. Provided only per customer request. Radiometric Level 1A The 0A imagery (16-bit format) is processed: Known System radiance response characteristics of the camera sensor Correction system are fixed by calibration and gain adjustment. Also, ruler-overlap correction is performed. Geometric Level 1B The 1A imagery (16-bit format) is processed: Known System sensor or acquisition (ephemeris) based geometric Correction corrections are applied to compensate for camera optics and scanning distortions. Level 1B images are provided in the WGS84 Coordinate System.

As a default, EROS-A and EROS-B images are processed to 1A and 1B levels, both provided to the customer.

4.4 VALUE ADDED PRODUCTS

ImageSat can create an advanced product from the Level 1A/1B image (based on EROS-B images only). This is completely optional, and done only by request of the customer.

The available products are:

Value Added Details Product DEM (Digital A DEM (Digital Elevation model) is a grid of coordinates, each consisted of Elevation Longitude, Latitude and Altitude. Usually it's required for the production Model) of an Orthophoto, however it may be provided as a standalone product. By default it's based on the WGS84 coordinate system.

Prerequisite: Stereo Pair A DEM is produced from a stereo pair. Therefore, it's required to order stereo imaging if a DEM is required.

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Required Information: Grid Density The Customer should specify the Coordinate Grid Interval, meaning – the horizontal and vertical distance (in meters) between each pair of coordinates in the grid. If the DEM will be used as a base to an Orthophoto, than the Orthophoto's scale dictates the recommended DEM's Grid Density:

 For a scale of 1:5000 – Density of 40m or lower is recommended.  For a scale of 1:10,000 – Density of 50m or lower is recommended.

Orthophoto An Orthophoto is an image that is geometrically processed ("Orthorectified") so that its scale is uniform: the photo has the same lack of distortion as a map. Therefore, it can be used to measure true distances. The orthophoto looks as though it was acquired directly from above.

Prerequisite: DEM An Orthophoto is produced from an image and a DEM. The DEM can be created by ImageSat. Therefore, it's required to order a DEM if an orthophoto required). Another available option is that ImageSat will use an existing Free-for- Commercial-Use DEM, the SRTM, which has a Grid Density of 90m.

Required Information: Final Product Scale The Customer should specify Final Product's scale (up to-1:2500).

ImageSat can add (by request) Altitude Contour Lines. The Meter Interval should be specified by the customer.

Pan-Sharpened A Pan-Sharpened Image is a merging of a high-resolution panchromatic Image image with a low-resolution multispectral image, in order to create a high-resolution color image.

Prerequisite: A color Image of the AOI In order to produce the Pan-Sharpened Image, the customer may provide a pre-purchased color image of the AOI. Another available option is that ImageSat will buy a color image of the AOI from Rapid-Eye Company.

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4.5 PRODUCT FORMATS

Product Supplied Formats

Basic/Vector/Stereo/  As a default: Triplet/ Mosaic Both Level 1A (16 Bit Tiff format) and Level 1B (16 Bit GeoTiff format) are supplied.  The following formats are available per customer request: Level 0A (8 bit Tiff), Level 1A (8 Bit Tiff), Level 1B (8 Bit GeoTiff). DEM The customer may specify the requested format/s: dem, ntf, *.Tiff, *.DT0 – *.DT5, *.shp Orthophoto / Pan- All the common image formats are available. Sharpened The customer may specify the requested format/s: TIFF (recommended) / NITF2.0 / NITF2.1 / NSIF1.0 / SUN-Raster / JPEG / JPEG2000.

4.6 QUALITY ASSURANCE (QA)

ImageSat is committed to the customer's satisfaction with the quality of its products. The QA process of ImageSat is designed to find any anomalies in the products and to verify that the product meets the customer's specifications.

A Qualified Image should meet the following requirements:

□ Clear of any anomaly: The image is clear of Haze, BER, Geometric Distortion, etc.

□ Location: The image is located within the area requested by the customer.

□ Cloud Cover (CC) meets the requirement: Cloud Cover assessment is done by calculating the number of pixels with a value above a threshold color out of all the product pixels (image or a polygon). The validation criteria is 80% clouds free product. Cloud free requests can be fulfilled for additional cost.

The customer gets only qualified images. If an acquired image doesn't pass the QA requirements, it will be imaged over and over again, until it meets the QA requirements, without any further cost to the customer.

4.7 SUPPLY OPTIONS

After the final QA verification, the customer will receive the ordered product. By default, the images are provided by FTP download. It can also be supplied by CD/DVD by customer request, for additional cost.

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5. SERVICES GUIDE

5.1 IMAGESAT'S ORDER DESK

ImageSat has an Order Desk, to handle all customer requests and orders.

To contact, send an e-mail to: [email protected]

It is recommended to first read all the following information in the Services Guide, in order to understand the company's workflow. Nevertheless, the Order Desk will gladly help each customer with his questions, regardless if he wishes to place an order.

5.2 SERVICE TYPES

ImageSat offers the following two types of services:

5.2.1 NEW ACQUISITION This service provides a guarantee to the customer that ImageSat will task the satellite to fulfill the image acquisition request on the first possible attempt (unless ordered for a specific date – see "Special Imaging Requirements", pg. 14). The first possible attempt may be as close as the following day or until 5-6 days from the ordering day, depending on the location of the AOI. ImageSat commits to attempt to acquire the specified location on a best effort basis in the context of the satellite capacity and other higher priority orders in the orders queue.

For a complete explanation about this service workflow and timeframes, please refer to "The Workflow Procedure – From Request to Shipment" (pg. 13). For advanced ordering options, please refer to "Special Imaging Requirements" (pg. 14) and ""Last Call" Times for Ordering Imaging on a Specific Date" (pg. 16).

5.2.2 ARCHIVED IMAGES ImageSat offers its customers the option to order data from the entire archive of the EROS satellites. An archived image is defined as an image older than 60 d. Requested archived images will be supplied to the customer (by FTP or CD/DVD) no later than 72 hours after the request is received by ImageSat. Archived images are offered at a special price. Archived images less than 6 months old are offered at the regular image price.

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5.3 THE WORKFLOW PROCEDURE – FROM REQUEST TO SHIPMENT

This Workflow specifies all the actions that are performed for every New Acquisition Request:

Step Description

1. The customer submits his New Acquisition Request to the Order Desk.

2. ImageSat's Order Desk checks the order and performs a feasibility assessment, taking into consideration the order's details, the satellite' abilities and higher priority orders in the area. If any changes should be made to the order, they are first agreed with the customer.

3. ImageSat's Order Desk places the order in the imaging queue. The customer receives a notification e-mail stating that the order has been processed.

4. ImageSat attempts to acquire an image of the specified location.

5. After acquisition of an image, ImageSat conducts a Quality Assessment (QA) of the image.

 If the image complies with ImageSat’s QA requirements, the customer receives a notification e-mail that states the imaging was successful. The delivery, either by CD/DVD or by FTP download, is prepared within two business days. Value added products require an additional 30 days to be prepared and delivered. In case of FTP download, the customer receives an e-mail with the link to the FTP.

 If the image does not comply with ImageSat’s QA requirements, ImageSat will acquire the image again, until successful). A new opportunity to image a specific coordinate on Earth is available every 5-6 days, so the customer should expect this period of time to pass between each imaging attempt.

 After every imaging attempt (including the unsuccessful ones), the customer receives a notification e-mail with the imaging results and a “quick look” (jpg) of the acquired image.

6. The customer is charged only for the final successful image, and not for the preceding unsuccessful attempts.

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5.4 SPECIAL IMAGING REQUIREMENTS

A customer may choose to add Special Imaging Requirements to his order. Imagesat offers the modification of the following 6 imaging parameters, but the customer may also submit any other requirement, in order to get the best out of his final product.

□ Imaging on a Specific Date/Time period When ordering the New Acquisition Service, the customer may ask to image his AOI on a specific date, or during a specific time period. In this case, ImageSat will verify that the AOI can be imaged on this date/time period, and let the customer know whether it's possible or not. In case it's not possible, ImageSat will let the customer know when the AOI can be imaged instead. When ordering an imaging on a specific date, the customer needs to do so until the "Last Call" time – which means, enough time before the actual time of the imaging. The allowed time is relatively short, but it's recommended that the customer will read the explanation on this limitation. Please see ""Last Call" Times for Ordering Imaging on a Specific Date" (pg. 16).

□ Multiple Acquisitions Usually, the customer is provided with one successful image of his requested AOI. However, a customer may be interested in getting as many images as possible of his requested AOI, during a specific time period. In this case, the customer may specify the starting and ending dates of the time period. Charge for this kind of service is done for each successful imaging.

□ Max Off-Nadir Angle By default, ImageSat ensures that each scene will be imaged in the best possible off- nadir angles. In the worst case, the max off-nadir angle isn't allowed to exceed 30°, in order to ensure a good resolution (GSD) for the entire scene – less than 1 meter. If, from any reason, the customer wishes to limit the off-nadir angle, he may ask for it.

□ Resolution (GSD) Limit As explained, the max allowed off-nadir angle ensures that the resolution will be less than 1 meter in the entire area of the scene. If, despite that, the customer wishes to limit the resolution (for example, to less than 0.8 meters), he may ask for it.

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□ Scanning Azimuth Scanning azimuth refers to the azimuth in which the satellite scans the scene. The customer may specify a requested scanning azimuth, between 0°-359°.

Some examples: (Upper view on Earth's surface. The arrow shows the direction of the scan on Earth's surface. The AOI remains the same, while the scanning azimuth can be changed)

The most efficient azimuth for EROS images is 180°, but any azimuth AOI AOI AOI can be requested.

180° 270° 225°

□ Viewing Azimuth Viewing azimuth refers to the location of the satellite relative to the scene's location. The viewing azimuth changes along the duration of imaging, because the satellite keeps moving in its orbit. Therefore, in case of limiting the viewing azimuth, a range should be stated (for example, limiting the viewing azimuth from 90° to 120° means that when the imaging begins, the satellite's viewing azimuth will be greater than 90°, and when it ends, the viewing azimuth will be smaller than 120°). Limiting the viewing azimuth is useful for the case that the AOI is obstructed from certain directions. For example, if the scene must be viewed from the east, it can be imaged in the range of viewing azimuth of 45° to 135°. If it must be viewed from the west, it can be imaged in the range of viewing azimuth of 225° to 315°.

Some examples: (Upper view on Earth's surface. The arrow shows the satellite's orbit and cruise direction. The dashed lines show the satellite's viewing azimuth at the beginning and ending of the scan)

The satellite The satellite images the images the scene from 315° scene from 45° the west: AOI the east: AOI

225° 135°

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5.5 "LAST CALL" TIMES FOR ORDERING IMAGING ON A SPECIFIC DATE

ImageSat allows customers to order acquisitions at a time very close to the imaging time itself. The following information is presented here in order to let the customers know until which exact time they can order an acquisition, in case they want to order it as close as possible to the imaging time.

To determine the "Last Call" time for submitting an order, just follow these steps:

□ 1st step: Determine the day of the week on which the AOI should be imaged.

□ 2rd step: On the following tables, locate the imaging day. In the right column, the table shows the "Last Call" time for submitting the order to ImageSat. Notice that there's a different table for each satellite.

EROS-A: Day of requested imaging "Last Call" time to submit an order Sunday Preceding Thursday, 07:00 UTC Monday Preceding Thursday, 09:00 UTC Tuesday Preceding Sunday, 07:00 UTC Wednesday Preceding Monday, 07:00 UTC Thursday Preceding Tuesday, 07:00 UTC Friday Preceding Wednesday, 07:00 UTC Saturday Preceding Wednesday, 09:00 UTC

EROS-B: Day of requested imaging "Last Call" time to submit an order Sunday Preceding Friday, 05:00 UTC Monday Preceding Friday, 06:00 UTC Tuesday Preceding Sunday, 05:00 UTC Wednesday Preceding Monday, 05:00 UTC Thursday Preceding Tuesday, 05:00 UTC Friday Preceding Wednesday, 05:00 UTC Saturday Preceding Thursday, 05:00 UTC

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5.6 HOW TO SUBMIT AN ORDER

To submit an order, the customer needs to either fill a "Product Order Form" (included at the end of this guide) and send it to ImageSat's Order Desk ([email protected]), or send the Order Desk an e-mail including the following requests and preferences: □ Satellite (EROS-A or EROS-B). □ AOI (see explanation below). □ Service Type (New Acquisition Order or Archive). □ Imaging Technique (Basic/Vector , Stereo, Triplet or Polygon). □ Special Imaging Requirements (Specific Imaging Date/Time Period, Multiple Acquisitions, Max Off-Nadir Angle, Resolution, Scanning Azimuth, Viewing Azimuth or any other Special Request). □ Processing Levels, Formats and Delivery Options may also be included, though they can be discussed later. □ Any other questions or requests.

ImageSat's Order Desk will check the details of your order, and contact you as soon as possible. For a full description of the workflow after the customer submits his order, see "The Workflow Procedure – From Request to Shipment" (pg. 13).

5.7 HOW TO PROVIDE THE AOI

In order to submit a New Acquisition Request, the customer should provide ImageSat's Order Desk with his requested AOI (Area of Interest) – The area that the customer wishes to acquire.

The AOI can be provided in the following ways: □ KMZ/KML file: A file exported from "Google Earth". □ SHP file: A file exported from the "ArcMap" program. □ Coordinates: Coordinates (Longitude and Latitude) of the center point of the area, with the addition of the area's length (width is dependent on the chosen satellite). The coordinate's format may be in Decimal Degrees or in Degrees, Minutes, Seconds – whichever is preferable by the customer.

KMZ/KML or SHP files are recommended for large, polygonal areas. Coordinates are recommended for small areas.

Polygons may also be defined by coordinates. The customer may provide the coordinates of the polygon's corners, though usage of KMZ/KML/SHP file is more convenient.

If the customer is having problems creating a KMZ/KML or SHP file, he can describe his AOI's location to the Order Desk, and the Order Desk will help him define it. All coordinates should be provided in WGS84 datum.

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6. ADVANCED SERVICES

The vast majority of ImageSat's customers are partners in one of the company's Advanced Services.

These services include:

□ Satellite Operating Partner (SOP) Program: This program enables the exclusive use of an EROS satellite's camera, each time the satellite passes over a defined geographic footprint. Through ImageSat's unique SOP program, it is possible for a government or a civilian organization to acquire completely autonomous, high-resolution imaging capabilities with full secrecy, each time the satellite passes over the defined geographical footprint.

□ Exclusive Pass on Demand (EPOD) program: This program enables the exclusive use of an EROS satellite's camera, during selected passes out of all the passes of the satellite over a defined geographic footprint. Through ImageSat's EPOD program, it is possible for a government or civilian organization to acquire completely autonomous, high-resolution imaging capabilities with full secrecy, during the selected passes.

□ Priority Acquisition Service (PAS) Program: This program provides customers with high-priority tasking of an EROS satellite, done by ImageSat. It also provides exclusive ownership of the acquired imagery. PAS services are based on a volume of imagery to be acquired during the term of the agreement.

ImageSat is flexible in the supply of any "tailor-made" services in order to meet the specific customer’s requirements, including direct data receiving, local tasking and local mission planning. The exact services are agreed upon individually with each customer.

If you want to learn more about the Advanced Services, please contact ImageSat's Order Desk: [email protected].

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Product Order Form

Contact's Details Contact's Name E-mail Address

Shipping Details Invoice Details □ Same as shipping details Customer's Name Recipient Name Address City Postal Code Country

Order Details AOI Identification Name:

□ Attached SHP/KMZ/KML file □ Coordinates (Decimal or Degrees): Center Point Latitude: Center Point Longitude: Center Point Altitude (m) (optional): Total Area Length (km) (optional): Satellite □ EROS-A □ EROS-B Service Type □ New Acquisition □ Archive Imaging Technique □ Basic/Vector □ Stereo □ Triplet □ Polygon Special Imaging □ Imaging Date/Time Period: Requirements (optional) □ Multiple Acquisitions Number: □ Max Off-Nadir Angle: □ Resolution (GSD) Limit: □ Scanning Azimuth: □ Viewing Azimuth: Value Added Products □ DEM (optional) Grid Density: □ Orthophoto □ Based on SRTM. □ Based on DEM. □ Scale: □ Altitude Contour Lines. Meter Interval: □ Pan-Sharpened Image □ Color Image provided by Customer. □ Color Image provided by Rapid-Eye. Processing Levels and □ 0A: RAW data only. Formats □ 1A: ○ Default: Tiff (16 bit) ○ Tiff (8 bit) □ 1B: ○ Default: Geo-Tiff (16 bit) ○ Geo-Tiff (8 bit) Delivery Options □ Default: FTP □ CD/DVD □ Both Comments (optional)