Simple AlexMos 8bit brushless gimbal controller from Viacopter
Pictures added of production prototype VectorDD gimbal for GoPro and a first prototype gimbal for mirrorless cam and small to medium DLSR.
More controllers will arrive on moday 25/3 at Viacopter
I decided to take out a thread about the Alexmos gimbal system that will soon be launched from ViaCopter and Flyduino
Dont ask for preorders or lists - we are serious people, and we just dont begin to sell things that we dont have in stock;) Availability will be announced in good time before they go on sale.
Here are the videos:
The gimbal is adjustable, so it can be balanced perfectly. It is also designed to put the lens on the exact center of the roll axis - something that is very important for aerial videography. Gimbal design by SebastianJ
Final production version with USB and IMU for camera:
Price for the controller and IMU is 110 Euro.
GoPro Gimbal for HeroHD and GoPro2 will be launched first. Also of course version for GoPro3. We dont have an ETA on those, since it depends on how fast our metalworking factory can produce them for us. We are shooting for them to be available inside 3-4 weeks, but its not a promise.
GoPro version is 268 grams with camera and controller. GoPro3 version will be slightly lighter.
We are currently designing gimbal for Compact and System cameras like HX9, Nex 5/5N/7 and EOS M.
Later will come versions for DSLR and Camcorders like CX730 and CX760.
Feel free to ask questions or post suggestions.
Tuning guide (By Fabien from E-copter)
Motor winding info:
Motor schematic for a 12n/14p motor:
Detailed explanations on motor winding from jackerbes - thanks:
Basic information about Alexmos systems, licensing and cams possible to swing:
GoPro3 Version - production prototype:
Design study and first prototype for mirrorless cam and small to medium DSLR:
http://forum.autoquad.org/styles/Sof.../site_logo.pngLike everyone else in the MR community the AutoQuad Team was seeking for a solution for a top notch gimbal control, though the internal camera stabilization of the AQ6 worked pretty well even with cheap gimbal/servo combos.
Spreadsheet by Soul Patch Films for PIDs and other settings for different gimbals/motors
This video shows the complete setup and tuning process, examplary connected to an AutoQuad FC
Thanx to the SBGC project by Alex Moskalenko and the efforts of AQ Team members like Jussi (ViaCopter), Paul (Flyduino), Felix (famous Flyduino NanoWii and UltraESC design) and SebastianJ (Gimbal design) we'll soon have what many desire: an affordable, simple but effective solution for Multirotors - and any vehicle you can think of attaching it to.
I'll try to collect some more info about Alexmos' SimpleBGC as we go...
Here you can find more info on the VectorDD / Alexmos brushless gimbal
Recommended forum tools:
Here's a nice tutorial, based on Fabien's aka Bricobrac info:
A growing FAQ by dasrustler can be found at http://aerialpixels.com/support/alexmos-setup-guide
Donīt miss the Step by Step instructions by Aerialpixels
You will also find most necessary Downloads here.
Before you plug in the board for the first time, get the Silab USB COM Port drivers for windows
Depending on your board you might need drivers by FTDI insteand.
Most important files for Windows can also be found in the attachments below.
Please Scroll down!
New Manual for the AlexMos / BaseCam controller:
How to install and use the USB Windows COM Port Drivers and GUI software (by dasrustler)
How to determine the orientation of the IMU's X/Y/Z axis (video by Buffythesaint)
How to balance a DSLR on an Alexmos BL Gimbal (video by dasrustler)
How to perform the 6 Point Calibration on a cube (video by teramax)
Connection diagram and functions:
As you can see, Alex' solution is a separate controller with special firmware that can be connected externally to override the channels by both the flight controller and the receiver. The proto has a separate IMU.
As Jussi already mentioned Felix' design will include a USB connector and a separate IMU.
So you can easily connect it to the GUI for basic settings and control.
Using 2 Alemos boards for a 3-axis solution
Using the extension board for a 3-axis solution
Stacking the extension board on a v2 main controller
How to connect an analog joystick like the PS2 ones to your controller
- close J1 (JP1 or L1 on some boards) to provide 5V to the RC channels
- connect GND/5V of the joystick
- connect the VRx and VRy pins to RCpitch and RCroll
- assign the desired ports (in most cases pitch & yaw) in the RC settings
- reboot your controller
More tutorial videos by dasrustler
All-in-one GUI v2.x to setup and tune your SBGC
Fabien aka Bricobrac from E-Copter wrote a nice tutorial on how to tune the PID settings here:
All tools, firmware etc. can be downloaded here:
New Alexmos Android Configurator
[IMG]Android Configuration tool for the alexmos Controller[/IMG]
Can be downloaded at the Google Play Store
New Forum for the Alexmos / Basecam project:
More videos of the ViaCopter/Flyduino SBGC will be collected in our YouTube Playlists
New 3axis Brushless Gimbal Extension by Alexmos:
New 3axis gimbal Controller
More info on the upcoming 32bit 3axis controller:
How the "Follow Frame" mode works
Alexmos did it again! Demonstrating the 5th axis for up/down movements:
AutoQuad 6 Hexa X with BL Gimbal prototype
Some more yummie pics of the parts for the Alexmos brushless gimbal
Third Axis extension board (YAW)
V3 of the Alexmos 2axis Main Board (stackable 3rd axis board available
Count me in on this gimbal.
My experience with the FreeIMU 0.4.3 is very good.
Nice looking gimbal ;)
please think on three axis gimbal too!
nice work! Looking forward to the release
The best picture so far:)
Sign me up!
Since Jussi posted the video for the first time people keep banging at our doors.
So there was an urge need to canalize the info - not having to tell everyone the same again and again... ;)
I am ready!
Nice work guys, can't wait to try one out.
PLEASE include a ramping feature on the tilt axis (pan axis when available). If you look at Zen videos you will notice pilot control on the pan and tilt axis are somewhat robotic. A ramping feature will smooth this movement.
Count me in! Already reserved the bucks for it :)
Do you have a estimation what the motors will cost?
Great work guy's. I'm really looking forward to it.
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