A satellite's ADCS is a sophisticated, self-contained system. It relies on complex mathematical models and algorithms. It demands precise timing and synchronisation, robust fault detection, isolation, and proper recovery (FDIR) mechanisms. It also demands comprehensive monitoring and switching, meticulous logging, telemetry handling, and the accurate configuration and calibration of sensors. Over the past decade, we've developed and refined a turn-key ADCS solution to execute all these tasks flawlessly. We've simplified a complex subsystem into a customisable, scalable, plug-and-play solution, with easy-to-use documentation. The result is our Turn-Key ADCS: a user-friendly, flexible, and modular ADCS solution with integration and commissioning support.
Integrated
Turn-Key ADCS
Space-Proven, Customisable, Plug-and-Play Integrated & Distributed ADCS Solutions
16
weeks lead time
1500g
shock tested
14.16g RMS
random vibration
24kRad
radiation
Turn-Key ADCS
Space-Proven, Customisable, Plug-and-Play Integrated & Distributed ADCS Solutions
Features
1
Proven estimator and control algorithms for all common mission scenarios
Including detumbling, sun-spin, earth target tracking, TDI Imaging with FMC, inter-satellite tracking, and many more.
2
Integration of 3rd party sensors/actuators where required
Including reaction wheels, torquers, gyros, and star trackers, including the Sodern Auriga
3
Modular design, with either integrated or distributed sensors/actuators
Compact integrated systems for 3-6U, and distributed systems for flexibile larger satellite architectures including SmallSats
4
Optional integrated damping on reaction wheels
Reducing reaction wheel micro-vibrations and reducing jitter for high-accuracy EO applications
5
Custom mechanical and electrical interfaces
Enabling the ADCS to be adapted to any satellite bus architecture
6
Built in FDIR mechanisms for robust operations
Including power monitoring and switching of sensors/actuators
7
GNSS integration, Orbit propagation and PPS Synchronisation
GNSS position and velocity through comms interface, with option for direct GNSS or adaptive SGP4. Timing synchronisation over either IO or differential (LVDS) PPS.
8
Optional on-board power regulation
Requiring only a single V-BAT supply
9
On-board bootloader for in-orbit reprogrammability
Including ADCS computer and all sensors and actuators
10
TLM logging in non-volatile memory
On-board TLM logging for later download by OBC
11
API library for OBC operating systems
Comprehensive autogenerated software API library for easy integration with OBC software
12
User-Defined Mounting Configuration For Sensors/Actuators
Software-configurable sensor and actuator orientation for flexible mounting in satellite
Simulation and Hardware in the Loop (HIL) Functionality
Build your own mission scenarios, test con-ops, and obtain accurate pointing and power budgets using D2S2, our graphical satellite simulator. Available as an annual subscription. Combine it with the Turn-Key ADCS flight model (FM) or development model (DM) core, in hardware in the loop (HIL) mode, to get a fully representative EM FlatSat without the need for physical actuators and sensors. D2S2 will emulate space conditions to realistically simulate ADCS hardware in orbit. Customers can also utilise the Turn-Key ADCS DM core to develop their own OBC<>ADCS software interface.
Order your ADCS
Step 1 / 10
We sign an NDA if required
We are aware of the sensitivities of your mission and respect your privacy.
Step 2 / 10
You share mission details
You fill in our easy-to-complete Mission Overview document, which guides you through all important considerations for your satellite's ADCS.
Step 3 / 10
We provide an ADCS analysis
We advise on the selection of sensors and the size of actuators required. We identify third-party components required.
Step 4 / 10
We provide a simulation report
We use your satellite specs, together with the selection of components, to estimate the performance of your satellite in orbit.
Step 5 / 10
We ensure compatibility
The Turn-Key ADCS’s mechanical and electrical interfaces can be customised for compatibility.
Step 6 / 10
We provide a quote
Our pricing is standardised and public. We provide discounts for bulk orders. Shipping to your door is included in all orders.
Step 7 / 10
You place an order
Step 8 / 10
Once ready, we deliver your system
You receive the system packaged in a robust case. Ground support equipment and PC testing software is included.
Step 9 / 10
We assist with integration support, if required
We provide remote assistance with integration. If required, we can assist with on-site integration.
Step 10 / 10
We support in-orbit commissioning
Our team of experts with over a century of collective ADCS experience, remains on high-priority standby to support you in-orbit.
Key documents
For any technical questions, please contact us.
