The TinyG is an embedded, multi-axis motion control system from Synthetos designed for CNC applications that require highly precise motion control for small to medium sized motors. The TinyG has been used with the Shapeoko and a previous version of the board was used as the basis for the Othermill electronics.

World Maker Faire TinyG Demos

TinyG Pendulum Demo

Synthetos recently released a new V8 version of the TinyG, which uses constant jerk acceleration planning for very smooth and fast motion transitions for any type of machine (as can be clearly seen from the videos). They showed off their hardware with three fantastic motion control demos at World Maker Faire.

TinyG Ping Pong Ball Drawbot Demo

TinyG Hammer Swinging Demo

Why It’s Awesome

Here are just a few features of the new TinyG v8 hardware, which sells for $129.99 and is available from the Synthetos webstore:

  • Constant jerk acceleration planning (3rd order S curves) for smooth and fast motion transitions (as can be clearly seen from the videos).
  • Microstepping up to 1/8 (optimized DDA makes this smoother than many 1/16 implementations)
  • 6-axis control (XYZ + ABC rotary axes) maps to any 4 motors
  • Very smooth step pulse generation using phase-optimized fractional-step DDA running at 50 Khz with very low jitter
  • Integrated motion control system with embedded microcontroller (Atmel ATxmega192)
  • 4 stepper motor drivers (TI DRV8818) integrated on a ~4 inch square board
  • Stepper drivers handle 2.5 amps per winding which will handle most motors up thru NEMA23 and some NEMA34 motors
  • Accepts Gcode from USB port and interprets it locally on the board
  • Networkable via SPI to support off-board devices and for networking multiple boards into multi-axis systems

[Features quoted from the TinyG section of the Synthetos site.]

Anna Kaziunas France

Anna Kaziunas France

Editor, Make: Books

She’s very interested in your ideas for practical digital fabrication focused books (anything that turns codes into things), as well as your adventures in synthetic biology, biohacking, personal genomics and programmable materials.

She’s also the Dean of the global Fab Academy program, the co-author of Getting Started with MakerBot, compiled the Make: 3D Printing book and ran Make:’s 2015 and 2014 3D Printer Shootout Weekend testing events.

She likes things that are computer-controlled, parametric, and open source — preferably all three.

Find her on her personal site, Twitter, , and Facebook.

  • Mohammad Belal Hossain

    This is awesome

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