30 Mar 2016 GomSpace Aps - Alfred Nobels Vej 21C, 1. – 9220 Aalborg E – Denmark 1

GomSpace Introduction

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Agenda•  GomSpace at a Glance

•  GOMX projects–  GOMX-1

–  GOMX-2

–  GOMX-3

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GomSpace at a Glance•  A space company situated in Denmark

Established in 2007

•  Experienced management team with background in defense, cyber and space

•  Has exported space hardware to customers in more than 45 countries spanning the globe

•  Focus on product design, mission design and mission implementation

•  Manufacturing with network of aerospace manufacturers (AS9100C QA)

•  35+ highly qualified international staff

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What is the Situation for Nanosats?

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Full Market Potential SpaceWorks Projection Historical Launches

Nano/Microsatellite Launch History and Projection (1 - 50 kg)

* Please see End Notes 1, 2, 4, 5, and 6.

The Full Market Potential dataset is a combination of publically announced launch intentions, market research, and qualitative/quantitative assessments to account for future activities and programs. The SpaceWorks Projection dataset reflects SpaceWorks’ expert value judgment on the likely market outcome.

Projections based on announced and future plans of developers and programs indicate between 2,000 and 2,750 nano/microsatellites will require a launch from 2014 through 2020

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What will Happen in the Market?•  First wave: Launch something into space

–  Educational satellites, student satellites–  Technological development

•  Second wave: Exploit new opportunities–  Small, non-critical, science missions–  Demonstrate new applications of space

•  Third wave: Mission critical services–  Monitoring & com for national security needs–  Commercial applications–  Ambitious science missions

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What we do at GomSpace?•  Nano-Satellite Subsystems off the shelf

–  Batteries, solar panels, power supply & distribution–  On-board computers and software–  Radio communication systems and antennas–  Attitude control hardware and software

•  Complete nanosat platforms–  Reference platforms for payload integration by

customers–  Platform design, integration and test to customer

requirements

•  Payloads–  Software defined radio technology and applications–  ADS-B receiver–  Camera

•  Mission design & implementation

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How do we work?•  Set-up

–  GomSpace HQ in Aalborg focus on product development, mission design and mission integration

–  Network of local partners used for production and qualification activities

–  International network of agents supporting local & regional activities

•  Quality Assurance –  Working towards AS9100C certification in 2016–  Project management approach based on ESA

ECSS standards–  Assembly & integration by ESA trained and

certified personnel

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Who do we Serve?•  Nanosat customers in various

segments:–  Technical universities in 35 countries–  Ambitious science groups–  National space agencies –  Commercial businesses (start-ups)–  Military and national authorities

•  Flight Experience–  >28 satellites launched with

GomSpace hardware on-board–  Representing >16 countries–  No mission failure attributed to

GomSpace provided hardware–  GOMX-1 operating successfully in

space since November 2013

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The GOMX-1 Mission•  2 kg satellite launched in November 2013•  Based on GomSpace standard components

•  Special designed ADS-B receiver payload

•  Very successfully demonstrated global aircraft tracking

•  Potential to reduce flight time, carbon emissions and to improve flight safety

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The GOMX-2 Project•  2U GomSpace platform with new generation of

GomSpace products (OBC and COM)

•  GOMX-2 launch failed L

•  GOMX-2 recovered J–  Damaged, but survived–  Satellite started up and antennas

deployed when powered on in lab

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The GOMX-3 Project•  A collaboration between GomSpace and the

European Space Agency•  3U GomSpace platform with 2 degree pointing

capability•  Developed and documented to ESA standards for In

Orbit Demonstration Missions•  Payloads:

–  ADS-B receiver (GomSpace)–  L-band receiver spectrum monitoring (GomSpace)–  X-band transmitter with 3 Mbit downlink (Syrlinks)

•  Schedule:–  Kick-off: June 2014–  Critical Design Review: August 2014–  FM delivery: June 2015–  Deployment from ISS: 5th of October 2015

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Satellite Design Overview

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Deployed from ISS – 5th of Oct 2015

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Deployed from ISS – 5th of Oct 2015

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Acquisition and Results of First Pass•  Satellite beacon picked up by radio

amateurs ahead of first pass

•  Two-way radio-link established at first opportunity

•  Large scale telemetry retrieved

•  Status of the spacecraft confirmed:✔ Power budget positive✔ De-tumbling complete✔ Temperature distribution nominal✔ Radio link robust

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ADCS System and In Orbit Results•  Attitude determination through Unscented

Kalman Filtering using sensor inputs from:–  Internal magnetometers–  Coarse sun sensors–  Fine two-axis sun-sensors–  Rate-gyros

•  Attitude control based on Sliding Mode Control algorithms using:–  4 reaction wheels in tetrahedron configuration–  3 axis Magneto-torquers

•  Pointing modes:–  De-tumbling–  Nadir tracking–  Inertial tracking–  Target tracking

•  Pointing Accuracy: 2 degrees

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Nadir Pointing Enabled First Time

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First ADS-B Data (Day 2)Received immediately after deploying antenna

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ADS-B Data Collected

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GomSpace in 2016•  Large team of

skilled people

•  More exiting missions ahead

•  Room for more – recruiting J