All Products

SKU: SF-DEV-11235

The Arduino and Breadboard Holder is a sturdy plastic base plate that keeps your Arduino and breadboard neatly organised during prototyping. The board mounts with two included screws using the standard Arduino mounting holes, giving a solid and simple connection — no plastic clips required. Comp...

SKU: FT-MCULABEL

A set of 10 self-adhesive pinout labels for ATmega328 and ATmega168 microcontrollers. Stick one on top of your DIP-package chip and instantly see the Arduino pin mapping for each physical pin — no more checking datasheets mid-project. Key Features Arduino Pin Mapping – Shows Arduino pin number...

SKU: AF-3203

The Adafruit Perma-Proto Bonnet Mini Kit is a prototyping daughter board sized for the Raspberry Pi Zero. It plugs directly onto the Pi's 2×20 GPIO header and provides a grid of 0.1″ soldering holes connected in a familiar breadboard pattern — making it easy to transfer circuits from a solderless...

SKU: SF-PRT-12614

Description: This is one giant solderless breadboard! It has 7 power buses, 40 columns, and 63 rows - with a total of 3220 tie in points. All pins are spaced by a standard 0.1". The two sets of five columns are separated by about 0.3", perfect for straddling a DIP package over. The board accepts ...

SKU: EF-EF08179

The ElecFreaks Micro:bit Starter Kit is a comprehensive electronics learning kit designed for beginners exploring circuits and programming with the BBC micro:bit. It includes a micro:bit board along with a breadboard adapter, sensors, LEDs, motors, and other essential components. With 13 guided ...

SKU: DF-DFR0131

Combines the power of screw shield and prototyping shield. This Proto Screw shield offers a better way to do prototyping. The Screw terminal can be screwed directly to the terminal on the thread and is reliable and convenient. It can be plugged into the Arduino controller. You can use thi...

SKU: AF-1127

Copper tape can be an interesting addition to your toolbox. The tape itself is made of thin pure copper so its extremely flexible and can take on nearly any shape. You can easily solder to it, and the tape itself can carry current just like a wire. On the back is an electrically conductive adh...

SKU: AF-419

Punch in your secret key into this numeric matrix keypad. This keypad has 12 buttons, arranged in a telephone-line 3x4 grid. It's made of a thin, flexible membrane material with an adhesive backing (just remove the paper) so you can attach it to nearly anything. The keys are connected into a m...

SKU: AF-550

Small self-adhesive rubber bumper feet for electronics boards and devices. Stick them to the bottom of any PCB to protect your desk, prevent sliding, and provide clearance for through-hole solder joints underneath. The adhesive is strong enough to stay put during normal use but can be removed wi...

SKU: AF-1332

Punch in your secret key into this numeric membrane keypad. This keypad has 4 buttons, and since every key has its own wire line, no matrix code is required - just treat these like every day switches. The membrane is soft and has a removable paper backing to expose a strong adhesive so you can st...

SKU: AF-1333

This membrane keypad has a single key, but it does have an embedded surface-mount red LED installed. The flex cable is also extra-long, so we can think of a lot of wearable and portable projects that would use this sort of switch and have an LED as feedback (say, to indicate that an action is occ...

SKU: AF-1128

This Copper Foil Tape features a thin, pure copper construction with an electrically conductive adhesive backing. Extremely flexible and easy to work with, it can be cut to shape with scissors and soldered directly for reliable electrical connections. The conductive adhesive on the back makes it...

SKU: SF-PRT-19259

The Mates Stand offers a simple connection for a MatesBUS compatible device, such as the TIMI-96. It eases development by propping the MatesBus compatible device up on an angle (35 degrees off vertical), aiding development when standing on a desk or bench.The Mates Stand breaks out the ten signal...

SKU: AF-5515

Stretch out your servo connections with this flexible servo to premium male header jumper cable. It has a 3-pin shrouded "male" connector to plug the servo into and then, 17cm later, three separated jumper wire ends that plug into a breadboard or some header.It's excellent for when you want ...

SKU: DF-FIT0613

This 2-metre WS2812 addressable RGB LED strip features 120 individually controllable LEDs on a flexible white PCB. Each LED supports 256 brightness levels per colour channel (16.7 million colours) and is driven by a single data line, making it easy to create dynamic lighting effects with any micr...

SKU: SF-PRT-25761

A compact aluminium heatsink with self-adhesive backing for easy peel-and-stick installation. Efficiently draws heat away from electronic components including ICs, voltage regulators, and processor chips to promote optimal performance and longevity. Specifications Dimensions – 23 × 23 × 10mm ...

SKU: SF-CEL-00290

A Quad-band antenna for embedded cellular devices. This antenna will allow you to connect your cellular module to the outside world. Operates on four frequencies. Comes with a 3M adhesive backing for mounting. Standard male SMA terminated. Key Specifications: Quad-band: 850/900/1800/1900MHz a...

SKU: DF-FIT0612

A 2-metre addressable RGB LED strip using WS2812 LEDs on a black flexible PCB. Each of the 120 LEDs is individually controllable via a single data line, supporting 24-bit colour (16.7 million colours) with 256 brightness levels per channel. The strip is flexible enough to bend around curves and ...

SKU: DF-FIT0817 · MPN: FIT0817

Keep your Raspberry Pi running cooler with this compact aluminium heatsink and fan kit for Raspberry Pi 3B, 3B+ and 4B boards. The main heatsink uses a slotted surface to help dissipate heat from the CPU.Two 7 mm 9-blade cooling fans are mounted on the large aluminium heatsink for active cooling....

SKU: SF-SEN-09375

This is a force sensitive resistor with a round, 0.5" diameter, sensing area. This FSR will vary its resistance depending on how much pressure is being applied to the sensing area. The harder the force, the lower the resistance. When no pressure is being applied to the FSR its resistance will be ...