All Products

SKU: SF-DEV-14285

The SparkFun Wireless Motor Driver Shield is designed to make connecting motors, sensors and other components to your Arduino-based project as fast and easy as possible. The heart of the Wireless Motor Driver Shield is the Toshiba TB6612FNG H-Bridge Motor Driver, which allows the shield to contro...

SKU: DF-FIT0014

How can your robot rule the world with an iron fist if it doesn't have a hand? This LG-NS robot gripper makes a great addition to a small arm or mobile base. The gripper features injection molded components and can use two standard hobby servos (not included) for open and close and wrist ro...

SKU: SF-ROB-14391

This is an easy-to-assemble pan/tilt bracket kit that utilizes servos to move on two axes fit for camera and helping-hand applications. This particular bracket kit is the same one we use in our SparkFun Raspberry Pi Zero W Camera Kit to create a remote camera system for your home or workplace....

SKU: DF-FIT0149

A pack of 3-pin JST-style 2.0 mm pitch female connector housings with matching crimp pins. Ideal for making custom cables and connectors for sensors, servos, and other small electronics that use 2.0 mm pitch connectors. Specifications Connector Type – 3-pin female housing, 2.0 mm pitch Wire G...

SKU: DF-TOY0086

The Boson Starter Kit pairs DFRobot's modular Boson electronic blocks with the BBC micro:bit, giving students and beginners a hands-on introduction to coding and electronics. The kit includes eight sensor and actuator modules covering sound, light, and motion interaction. Modules connect to the ...

SKU: DF-ROB0143

The bionic robot hand is made up of acrylic material. It consists of 5 micro metal servos, joints and one hand base. The special mechanical structure makes every finger can be controlled separately, all can move in certain range. And every finger has spring damping structure, it will protect the...

SKU: DF-ROB0142

The bionic robot hand is made up of acrylic material. It consists of 5 micro metal servos, joints and one hand base. The special mechanical structure makes every finger can be controlled separately, all can move in certain range. And every finger has spring damping structure, it will protect the...

SKU: AF-154

This servo rotates fully forward or backwards instead of moving to a position. You can use any servo code, hardware or library to control these servos. Good for making simple moving robots. Comes with four different horns, as shown.To control with an Arduino, we suggest connecting the contro...

SKU: DF-ROB0021

The HCR Mobile Robot Kit is a two wheel drive mobile robot platform with three levels (if you want, you can use only the parts you need, or make a two level robot). The mobile robot kit contains two motors, two wheels, an omni-directional wheel, and hardware accessories such as metal plates...

SKU: AF-2442

Need to make a tiny robot? This little micro servo rotates 360 degrees fully forward or backwards, instead of moving to a single position. You can use any servo code, hardware or library to control these servos. Good for making simple moving robots. Comes with five horns and attachment screw...

SKU: AF-2307

This high-powered micro servo packs nearly double the stall torque of standard micro servos into a compact metal-geared package. With approximately 180° of rotation, it works with any standard servo library, driver, or controller — including the Arduino Servo library, motor shields, and 16-channe...

SKU: AF-2327

The Adafruit 16-Channel PWM/Servo HAT adds precision servo and PWM control to your Raspberry Pi. Using the PCA9685 I2C PWM controller, it drives up to 16 servos or PWM outputs simultaneously with 12-bit resolution — completely free-running with no Pi processing overhead. Up to 62 HATs can be sta...

SKU: AF-2201

This is just about the cutest, tiniest little micro servo we could find, even smaller than the 9 gram micro servos we love so much.  It can rotate approximately 180 degrees (90 in each direction) and works just like the standard kind you're used to but much smaller.  You can use an...

SKU: PJ-TEENSY35

The Teensy 3.5 is a compact, powerful USB development board built around a 32-bit ARM Cortex-M4 processor running at 120 MHz with a hardware floating-point unit. With 512 KB of flash, 256 KB of RAM, and 64 digital I/O pins (all 5V tolerant), it packs serious capability into a small form factor. ...

SKU: AF-3675

The Adafruit Itsy Bitsy 32u4 3V packs the power of an Arduino Leonardo into a tiny 1.4" × 0.7" board. Built on the ATmega32u4 with native USB, it's perfect for compact projects that need a full set of GPIO pins without the bulk of a standard Arduino. Running at 3.3V and 8 MHz, the Itsy Bitsy 32u...

SKU: AF-1589

A 4700 µF electrolytic capacitor rated for up to 10V. This high-capacitance component is ideal for smoothing voltage spikes and providing current buffering in power supply circuits, servo systems, LED strips, and solar charging setups. Specifications Capacitance: 4700 µF Voltage Rating: 10V ...

SKU: SF-KIT-14499

If you use the SparkFun Inventor’s Kit in a classroom or workshop setting, you know that when a bunch of people get their hands on the same kit, things get lost/broken. That’s why we offer the SparkFun Inventor’s Kit Refill Pack. This way, you don’t need to buy a whole new kit if you lose a few o...

SKU: TR-INITULTPI

  Ultimate Initio Kit for Raspberry Pi Does NOT include the Raspberry Pi Model B 3 Includes 4tronix RoboHAT No Soldering RequiredKit Contents: Main Initio chassis (with wheels, motors, gearboxes, battery box, wheel sensors, screws and all mountings) RoboHAT Robotics Controller ...

SKU: LB-LR0536

An aluminium mechanical robotic arm frame kit with 6 degrees of freedom and a claw gripper. This is a hardware-only kit — servos are not included — giving you the flexibility to choose your own servo motors based on your project requirements. Key Features 6 Degrees of Freedom – Full range of m...

SKU: AF-3957

The Adafruit CRICKIT HAT is a robotics and electronics driver board that plugs directly onto any Raspberry Pi with a 2×20 GPIO header. It adds motor drivers, servo outputs, capacitive touch inputs, a level-shifted NeoPixel driver, and a 3W I2S audio amplifier — all managed over I2C via the Adafru...