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| Spacecraft
Simulators
Spacecraft
Flight Control & Simulation
Octant
Technologies
excels in spacecraft control systems design, test and operational
support.
We retain the expertise and library of proven, reusable models to
ensure
a cost-effective and timely delivery of the end item. Whether providing
flight code, test equipment or ground station simulators, you can
leverage
Octant's skills and tools to your own program.
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Performance
Heritage
Octant's
team
of engineers has repeatedly demonstrated superior quality craftsmanship
in spacecraft flight code design. We have proven the ability to develop
satellite systems to launch-readiness in less than twelve months. And
we
have developed many missions with a just a handful of flight code
engineers.
Octant is able to maintain quality while holding down schedule and
cost.
We acquire quality engineering staff and utilize advanced tools and
reusable
software modules. Octant's extensive satellite model library traces
lineage
to generated flight code validated by mission experience. Other models
have successfully predicted and tracked recent flight missions as
ground
support equipment. Past projects include the USAF/BMDO MSTI-I, -II,
-III, XSS-10, and XSS-11 mission flight code, test equipment and
operations
simulators
and the flight training simulator for the Boeing IUS/AXAF simulator. |
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Flight Code
Development
First
generated
code in space. That unique honor belongs to the design team now at
Octant
whose engineers demonstrated that superior quality flight control code
could be generated at a fraction of the schedule and cost using
advanced
development and test tools. Use our engineering team resources and
tools
to develop and test your flight design. They produce demonstrable
results:
three for three missions on aggressive development schedules with no
flight
software errors. |
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Integration
and Test
Octant's
engineers
provide complete design-to-launch services. Our team applies many of
our
simulation tools with flight code design to certify performance
throughout
the development cycle. Satellite simulation technology excels in
providing
dynamic test environments for flight control computer testing
("processor-in-the-loop")
and satellite integration and production testing
("hardware-in-the-loop").
Dynamically stimulate and sense true electrical interfaces utilizing Orion/MMS®
extensive array of hardware interfaces. It's virtual reality for
satellites. |
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Comprehensive
System Development
Octant's
satellite
simulators play a valuable role at each step of design, test and
operations.
You can leverage the benefits of software and procedure reuse and
refinement
using Octant's satellite simulation as part of a complete program of
design
simulation, flight code production, integration test and operational
simulation. |
Simulation
Technology Heritage
The
International
Space Station program's system integration relies upon Octant
simulation
technology in over 80 installations around the world. MATE simulators
ensure
that suppliers' products integrate seamlessly into the largest
space-based
project ever built. Octant's multi-model simulation, now in its third
generation
of development as Orion/MMS®, serves as the
foundation for
Honeywell's
MATE test equipment. |
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Ground System
Interface
Octant's
satellite
simulators support AFSCN command and PCM telemetry formats. Our
embedded
systems engineering team is available to help you develop new and
proprietary
communications protocols. Third party visualization and control tools
readily
integrate; recent deliveries incorporated AGI's Satellite Tool Kit
(STK®), Vista Control's
Vsystems®,
National Instruments' LabVIEW®, and Satellite Command Language*. |
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Simulator
Applications
Spacecraft
simulators from Octant support a wide range of applications:
Design
- Rapid Prototype
- Flight Code Production
- Design Testing
- Processor-in-the-Loop
Integration
- Pathfinder Emulation
- Telemetry Display
- Environmental Simulation
- Hardware-in-the-Loop
Operations
- Operator Training
- Mission Planning
- Anomaly Resolution
- Flight Briefing
Our
Comprehensive
Model Inventory Enhances Our Productivity
Guidance,
Navigation
& Control
- Sensors
- Sun Aspect
- Earth Horizon
- Star Tracker
- Magnetometer
- Rate Gyro
- Linear Accelerometers
- Actuators
- Thrusters
- Momentum Wheels
- Reaction Wheels
- Torque Rods
- Solid Rocket Motors
- Attitude
Determination
- Algebraic Two Vector
- Star Pattern Recognition
- Standard Attitude
Control
- Inertial Capture
- Euler Angle Slew
- Small Angle Bias
- Inertial Hold
- Sun Following
- Nadir Following
- Local Vertical/Horizontal
- Surface Point Track
- Environment
- Orbital Mechanics
- Rigid Body Dynamics
- Solar & Lunar
Position
- Earth Magnetic
Field
- Gravity Gradient
- Julian Date
- Ephemeris
Propagation
- Two Body
- J5 Perturbation
- Simplified General
Perturbation
- High Precision
Subsystem
Model
Libraries
- Electrical Power
- Battery State of
Charge
- Solar Array
- Power Configuration
- Signal Conditioning
- Thermal
- Illumination, Radiation
- Power Configuration
- Communications
- Pointing, Line-of-Sight
- Range, Other Losses
- Acquisition, Lock,
Transceiver Modes
- AFSCN Auto Remote
Track Stations
Base
Band Communication
Links
- Telemetry Down
Link
- Time-Division Multiplexed
- Packet Switched
- Custom
- Command Up Link
- Cross Link Network
- Simulated Geometry
- Link Physics
Database
Management
- Telemetry Format
- Graphical Tool
Connections
- Automated Data
Conditioning
- Variable Rate Sampling
- Telemetry Format
- Graphical Tool
Connections
- Automated Data
Conditioning
*
STK®, Vsystem®, and LabVIEW®
are all registered trademarks of Analytical Graphics, Inc., Vista
Control Systems, Inc., and National Instruments Corporation
respectively.
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©2006
Octant Technologies, Inc.
All Rights Reserved.
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