Just received the newsletter that DroTek is finally ready to release it`s Pixhawk compatible flight controller made in France! So no more NSA style regulation from our "friends" and no more DF-13 connectors ;-) They release a hole bunch of modules as well, for example a neo-7 GPS...
More information available on their page and here.
Comments
Well, they published some schematics on their page, but no eagle files / CAD drawings...
So design files yes, PCB files NO.
Maybe somone from 3Dr pushes them again?
Did they publish it since ?
Just FYI, I have contacted Drotek and received a positive response from them about publishing their design files and keeping Pixhawk Open Source.
From: Jerome Perin <contact@drotek.fr>
Date: Thu, Jul 31, 2014 at 1:22 AM
Subject: Re: [DroTek] Customer message from contact form [no_sync]
To: Craig@3drobotics.com
Cdt / Best regards,
Jerome Perin
DroTek
www.drotek.fr
@William,Swift, yes it is a pixhawk board, running all of the APM code.
Also will it directly take the pixhawk firmware/ operate just like a 3DR Pixhawk?
This board is good news for European buyers: not only do we get rod of df13 connectors, we gain space (smaller than the 3DR model), it integrates the zener diode protection for powering via the PIns rail, we get rid of high delivery costs from US or Asia, we get rid of custom fees, we get rid of VAT as an intra European corporation.
And it is cheaper too.
I would love a stackable design. I hate the wire mess that APM and Pixhawk create.
The radio probably shouldn't be soldered to the board because users might want to use their own radios or OSD or ... Maybe there should just be some space left for mounting a radio to the enclosure.
The power module and GPS should definitely be integrated. A 5 V 10 A DC (servo/general) use power supply would also be nice.
Anything within reason that reduces the amount of external wires is great in my opinion.
I am close to commisioning a similar board for fixed wing use, I would welcome any suggestions of what to include or not, plus dimensions, connections, etc.
My thought was to mount the radio module directly onto the board, like Gluonpilot or Sky Circuits do, then use SMA connectors for the GPS and Radio's Antennas. An enclsoure with open ends for servo wires to connect to the 3 pin headers, plus an IP65 enclosure with a molex connector and a wiring harness that has a molex plug and then long servo wires that can be cut to length as required.
No DF13? Finally a touch of sanity. Worth checking out just for that.