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ThinIMU Micro™ |
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Products ThinIMU micro ThinIMU Services Support Contact |
AUD 199.00 Use this button for pick up only (no shipping costs added): The ThinIMU Micro
by Scinamics is a precision, full 6-axis inertial sensing unit,
pushing the size boundaries even further. Featuring multi-oversampling,
noise filtering
and on board processing, this tiny module offers similar performance as
the ThinIMU,
at even smaller
size. The ThinIMU Micro uses the
most advanced MEMS technology to
achieve the thinnest possible package - only 3mm thin! And at only 2.5g
weight it is the perfect choice for ultra-small flying vehicles,
micro-bots, motion capturing and many other applications.
Applications:Inertial navigation, dead reckoningHelicopter hover control AUV autopilots Robotics Computer vision Image stabilisation Motion capturing User interfaces Technical Data
(tentative, subject to change)
Also available:USB evaluation board
This board plugs straight into the IMU, and makes testing super-easy. The FTDI converter will appear as a virtual serial port on your operating system (works for Windows, MacOS and Linux). In combination with the graphical configuration software it is really easy to configure the ThinIMU Micro, read out data and evaluate the IMU. Please ask for details.
Coming soon:MegaFly™ Avionics and Servo Mixer Module
The MegaFly is an extension module for the ThinIMU Micro, but can also be used by itself. It features a powerful, flexible XMega microcontroller, 8 R/C servo outputs with 16 bit PWM, two redundant inputs for 2.4Ghz Spektrum slave receivers, optional magnetometer/compass and altimeter, optional GPS input and optional data output/downlink, and 8 analog inputs with 12 bit / 2 MSPS. Best of all, it has a very flexible power distribution system, allowing the system to be powered through the BEC system, or by a dedicated small battery pack. If either supply should fail, it will seamlessly transition to the other power source. The Servos can be powered through the BEC, or optionally through an onboard, 1 A regulator. The MegaFly is currently being tested. First testflights on a fixed wing were successful and very promising, turning a fairly standard small plane into a super-stable, precise acro machine. The MegaFly is also successfully tested for hover control of a quad rotor. More information soon!
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