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Experimenter Kit

SITCore Experimenter Kit

A structured learning kit for TinyCLR. A FEZ Bit SBC, sensors, accessories, the BrainBot robot, and a companion eBook that reads like a textbook. Built for educators teaching .NET on embedded and engineers picking up TinyCLR for the first time.

Companion eBook​

The eBook C# for IoT and Robotics is the kit's curriculum. Each chapter pairs with a hands-on experiment using the included hardware — concepts introduced in order designed for retention, paired with C# you run on real hardware as you read.

Download the eBook (PDF) →

What's in the box​

The kit is built around a FEZ Bit SBC and a set of sensors, accessories, and a robot:

  • FEZ Bit — SC20100 SoC, WiFi, 1.8″ color display, microSD, accelerometer (see Single Board Computer for full board reference)
  • BrainBot robot assembly with rechargeable battery
  • BrainClip accessory pack — circuit modules that connect via alligator clips
  • Color LED light, 8-LED RGB ring
  • Distance sensor, sound sensor, motion detector
  • Infrared receiver and remote control (battery included)
  • Red button, green button, analog rocker module, buzzer speaker
  • 10× alligator clip wires
  • USB cables
  • Reusable case

Getting started​

The FEZ Bit at the heart of the kit runs the same TinyCLR firmware as every other SITCore board.

  1. Connect the FEZ Bit to your PC with a USB cable.
  2. Install Visual Studio (Community Edition works) and the TinyCLR tooling.
  3. Open the companion eBook and follow chapter 1 to deploy your first program.

See Getting Started for the full walkthrough, and the Single Board Computer page for FEZ Bit hardware details — pinouts, peripheral pins, schematic, and firmware download.

Ordering​

Part numberDescriptionMSRP
SCK-BITBP22-ASITCore Experimenter Kit$120.00

Available from DigiKey and Mouser.


See also​

  • Single Board Computer — the FEZ Bit at the heart of the kit. Pinouts, peripheral pin maps, schematic, and STEP files.
  • System on Chip — the SC20100 chipset that the FEZ Bit uses. Startup, firmware loading, and lower-level technical reference.
  • Development Board — full-peripheral evaluation hardware with debug headers. A better fit than the Experimenter Kit when evaluating TinyCLR for a commercial project.