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Your resources
provided by ISS
Your view
to the stars
Your payload
hosting slot
Bartolomeo –
Commercial External Payload Hosting Facility On ISS
Your view
to Earth
Remote
Sensing
Astrophysics
Heliophysics
Atmospheric
Research
Space Weather
On-orbit
Assembly for
Exploration
Robotics
Testing
In-orbit Testing
Space Science
Spacecraft
Deployment
In-space
Manufacturing
ISS FWD
ISS Zenith
Bartolomeo –
Commercial External Payload Hosting Facility On ISS
● Perfect view to Earth and the stars
● Unpressurized payload accommodation with power, data and active cooling
● Instrument stabilization and pointing with Teledyne Brown MUSES
● Various payload sizes up to FRAM standard available
● Pressurized and unpressurized launch options
● Mission service available in 2018
ISS Nadir
JCAP-based
payloads compliant
with JEM-A/L
envelopeFRAM-based
payloads
FRAM Extension Kit
Teledyne Brown
MUSES
Active Cooling
System
European
Columbus
Module
View Obscuration Zenith Nadir Ram Wake
Minimum 22.4% 1.1% 0% 44.6%
Maximum 34.4% 8.7% 5.3% 47.0%
WakeForwardNadirZenith
Payload Type JCAP-based Payloads FRAM Standard Payloads
Quantity of sites 6 6
Field of view • All Nadir and Zenith view
• 4 slots Ram view
• 2 slots Zenith and Ram view
• 2 slots Nadir, Ram, Wake
• 1 slot Zenith, Ram,
Starboard
• 1 slot Nadir, Ram,
Starboard
Geometric envelopes 640 x 830 x 1000 mm1 864 x 1168 x 1245 mm 864 x 1168 x 1245 mm
Mass per payload up to 100 kg nominal2 up to 599 kg nominal2,3 up to 300 kg nominal2,3
Power per payload • 2 x 28 Vdc operational power
up to
50 W per each slot
• 1 x 28 Vdc 100 W additional
power selectable for one slot
at a time
• 120 Vdc operational power
up to 800 W, CEPA
compatible4
• 120 Vdc operational power,
ExPA compatible5
• 120 Vdc operational
power, ExPA compatible5
Data rate to ISS up to 100 Mbit/s via Bartolomeo
wireless system
up to 100 Mbit/s via Bartolomeo
wireless system
up to 100 Mbit/s via
Bartolomeo wireless system
Cooling capability - • 1 Nadir site, 1 Zenith site
• Up to 1.5 kW total cooling
capability
-
Robotic interface SPDM micro fixture SPDM micro fixture SPDM micro fixture
Return capability Yes, if JEM-A/L compatible No No
Payload to platform
interface
JCAP bracket and electrical
connector
P-FRAM standard, P-FRAM
modified with fluid interface
P-FRAM standard
1 Geometric envelope constrained by JEM-A/L dimensions, envelope
can be extended if payload is launched unpressurized.
2 Overall payload mass budget of the platform is 2800 kg.
3 FRAM capability depends on payload center of gravity position
4 Power routed from European Columbus Module.
5 Power routed from ISS US Orbital Segment.
Payload transfer to outside
Payload robotic
installation
Payload mission
Payload launch
Mission Duration 1 – 7 yearsMission Lead Time 1 – 1.5 years
Payload data
processing
and delivery
Standard Payload Sizes & Resources
All-in-one Mission
Service
● All mission elements in
one service contract
● Reliable integrated
mission solution
Airbus Defence and Space
Space Systems
Airbus DS GmbH
On-orbit Services and Exploration
Airbus-Allee 1, 28199 Bremen, Germany
Dr. Christian Steimle, Project Manager
per-christian.steimle@airbus.com
https://de.linkedin.com/in/dr-per-christian-
steimle-46217b8a
Airbus DS Space Systems Inc.
555 Forge River Road, Suite 115
Webster, TX 77598, United States of America
Ron Dunklee, President and CEO
rdunklee@airbusdshouston.com
https://www.linkedin.com/in/rondunklee
www.airbusdefenceandspace.com
Airbus DS GmbH
On-orbit Services and Exploration
Airbus-Allee 1, 28199 Bremen, Germany
Carlo Mirra, Director Space Products Sales
carlo.mirra@airbus.com
https://de.linkedin.com/in/carlo-mirra-97124517

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Bartolomeo_HandoutISSRD

  • 1. Your resources provided by ISS Your view to the stars Your payload hosting slot Bartolomeo – Commercial External Payload Hosting Facility On ISS Your view to Earth Remote Sensing Astrophysics Heliophysics Atmospheric Research Space Weather On-orbit Assembly for Exploration Robotics Testing In-orbit Testing Space Science Spacecraft Deployment In-space Manufacturing
  • 2. ISS FWD ISS Zenith Bartolomeo – Commercial External Payload Hosting Facility On ISS ● Perfect view to Earth and the stars ● Unpressurized payload accommodation with power, data and active cooling ● Instrument stabilization and pointing with Teledyne Brown MUSES ● Various payload sizes up to FRAM standard available ● Pressurized and unpressurized launch options ● Mission service available in 2018 ISS Nadir JCAP-based payloads compliant with JEM-A/L envelopeFRAM-based payloads FRAM Extension Kit Teledyne Brown MUSES Active Cooling System European Columbus Module View Obscuration Zenith Nadir Ram Wake Minimum 22.4% 1.1% 0% 44.6% Maximum 34.4% 8.7% 5.3% 47.0% WakeForwardNadirZenith
  • 3. Payload Type JCAP-based Payloads FRAM Standard Payloads Quantity of sites 6 6 Field of view • All Nadir and Zenith view • 4 slots Ram view • 2 slots Zenith and Ram view • 2 slots Nadir, Ram, Wake • 1 slot Zenith, Ram, Starboard • 1 slot Nadir, Ram, Starboard Geometric envelopes 640 x 830 x 1000 mm1 864 x 1168 x 1245 mm 864 x 1168 x 1245 mm Mass per payload up to 100 kg nominal2 up to 599 kg nominal2,3 up to 300 kg nominal2,3 Power per payload • 2 x 28 Vdc operational power up to 50 W per each slot • 1 x 28 Vdc 100 W additional power selectable for one slot at a time • 120 Vdc operational power up to 800 W, CEPA compatible4 • 120 Vdc operational power, ExPA compatible5 • 120 Vdc operational power, ExPA compatible5 Data rate to ISS up to 100 Mbit/s via Bartolomeo wireless system up to 100 Mbit/s via Bartolomeo wireless system up to 100 Mbit/s via Bartolomeo wireless system Cooling capability - • 1 Nadir site, 1 Zenith site • Up to 1.5 kW total cooling capability - Robotic interface SPDM micro fixture SPDM micro fixture SPDM micro fixture Return capability Yes, if JEM-A/L compatible No No Payload to platform interface JCAP bracket and electrical connector P-FRAM standard, P-FRAM modified with fluid interface P-FRAM standard 1 Geometric envelope constrained by JEM-A/L dimensions, envelope can be extended if payload is launched unpressurized. 2 Overall payload mass budget of the platform is 2800 kg. 3 FRAM capability depends on payload center of gravity position 4 Power routed from European Columbus Module. 5 Power routed from ISS US Orbital Segment. Payload transfer to outside Payload robotic installation Payload mission Payload launch Mission Duration 1 – 7 yearsMission Lead Time 1 – 1.5 years Payload data processing and delivery Standard Payload Sizes & Resources All-in-one Mission Service ● All mission elements in one service contract ● Reliable integrated mission solution
  • 4. Airbus Defence and Space Space Systems Airbus DS GmbH On-orbit Services and Exploration Airbus-Allee 1, 28199 Bremen, Germany Dr. Christian Steimle, Project Manager per-christian.steimle@airbus.com https://de.linkedin.com/in/dr-per-christian- steimle-46217b8a Airbus DS Space Systems Inc. 555 Forge River Road, Suite 115 Webster, TX 77598, United States of America Ron Dunklee, President and CEO rdunklee@airbusdshouston.com https://www.linkedin.com/in/rondunklee www.airbusdefenceandspace.com Airbus DS GmbH On-orbit Services and Exploration Airbus-Allee 1, 28199 Bremen, Germany Carlo Mirra, Director Space Products Sales carlo.mirra@airbus.com https://de.linkedin.com/in/carlo-mirra-97124517