Controller Boards
satshakit and others
MyOrthotics
Digital manufacturing and additive processes have become more prevalent in recent years due to the increased accessibility of tools and the individualization in the processes of prototyping. In comparison to the past, the process was individualized, taking months and requiring detailed research and development made by physical therapists and small manufacturers. Until now, this process is still done in the same long and expensive process. MyOrthotics is an orthosis development using Digital Manufacturing(Reversing Engineering, 3D Printing, electronics) to produce an individual and low cost solution for hand and arm disabilities, allowing patients, therapists, and practitioners to develop this assistive device in collaborative maker spaces.
Machinic Agency
The research presented in this paper is focused on proposing a new digital workflow, involving unmanned aerial vehicles (UAV) and machines learning systems, in order to detect and map citizen's behaviors in the context of public spaces.
satshakit-M7
satshakit-M7 embeds a Cortex M7 microcontroller, produced by STMicroelectronics the: STM32F765VIT6. Among others, the STM32F7 chip line and the Cortex-M7 architecture are including the following features: 32 bit architecture, 6-stage superscalar pipeline with branch prediction, dedicated DSP instructions,
satshakit-nero
satshakit-nero is microcontroller board designed around the ATMega1284P and the ATMega328P chips and it is suitable for advanced drone applications and scenarios in which it is needed to have two available microcontrollers. The ATMega328P manages the flight with the Multiwii while the ATMega1284P can be used to inject and override the transmitter stick values (ROLL, PITCH, YAW and THROTTLE) or to manage a set of additional sensors. In the board there is a jumper to enable or disable the serial communication between the two microcontrollers (SERIAL_COMMON in the Eagle board).
satshakit-grbl
satshakit-grbl is a microcontroller board designed to work with grbl that you can make in any Fab Lab. This board comes in two different versions, serial having integrated an usb port and a serial converter, and noserial for a bare metal grbl board. In both cases these boards will allow you to easily make your own machine controller for any kind of machine supported by grbl.
satshakit
satshakit born during my FabAcademy2015 as one the first test boards for my quadcopter final project. As some of my fellow students had difficulties with Fabkit, they tried to make this prototype board. The board was very appreciated that now almost all my fellow students made it for their exercises, or use it as a starting point for their final projects.
satshakit-128
satshakit 128 is microcontroller board designed around the ATMega1284P chip and it is suitable for complex scenarios in which is needed to have more flash and ram memory, but also the possibility to use 2 serial simultaneously.
satshakit mini flight controller
satshakit mini flight controller is an open source, MultiWii compatible, small flight controller board, that is possibile to make in a FabLab. The design derives from satshakit fight controller.
satshakit-micro
satshakit micro is a downsized version of the satshakit laser and cnc, developed to be used in constrained space applications like embedding the board in textiles or in small objects, or useful for who wants just a bare metal board to start with, also easy to be modified and/or customized.
satshakit-multicore
satshakit multicore boards born as a further experiment on MCU multithreading and networking. satshakit multicore boards have only the following modifications in confront of the standard satshakit: 4 extra pin headers (1 GND,1 VCC,1 A4, 1 A5). These pin headers serve also a structural pillars to build a modular satshakit tower. So modular satshakit share the same power source, and can direct communicate with I2C.
satshakit-flight-controller
satshakit flight controller is an open source, MultiWii compatible, flight controller board, that is possibile to make in a FabLab. The design derives from both a satshakit board and dual processor flight controller of my FabAcademy2015 final project.