A kit to easily create your own...
5x Electrolytic capacitor 100 µF - 25v
2200mAh Lipo battery Format 18650 Diameter: 18mm Length: 65mm 3.7V 2.2 Ah
Pololu 3pi+ assembled robot 32U4 controler 75:1 Low Power motor Turtle...
Feather RP2040 Raspberry-Pi RP2040 - 3.3V @ ~125 MHz 264 Kio RAM 8 Mio...
20x Grove connector SMD soldering 4 pins, 2mm spacing Vertical connector
Adafruit CLUE - Cortex M4 Nordic nRF52840 - @ 64 Mhz 1Mb Flash, 256 KB...
Breakout SDIO, micro SD SPI SD SPI or SDIO 3V only !
Connector for board female, 20 pins 2.54 mm
Connector for board - 36 pins - 2.54mm breakable
Control HATs from Your Raspberry-Pi Pico Expose RPi GPIO header Expose...
IO Expansion HAT (Gravity) with PWM & ADC for Raspberry-Pi 10x...
5x Schottky diodes 1N5817 20V / 1A 450mv
The motors and servo motors are the arms and the legs of your project. Thank to motors, you will be able to gives life in your assemblies, your project would will be capable to make tasks for you. With the servo motor, they will be placed at a given angular position, the stepper motor would only turns of a given angle upon electronic's order and DC motor (hobby motor) would be able to propel any plateform.
The DC Motor are certainly the most simplest motors for Maker activities. Just apply a voltage and they start to rotate. If it turn the wrong way just invert the connexion and it will turn the other way. The most significant usage of such motor are is robotic propeling.
Such motors also exists with gearbox. Gearbox decrease the motor speed and increase the torque on the shaft. Such motor can easily be controled from electronic with a H-Bridge like the L293 (L298) or even with more advanced motor controler board.
The stepper motors are usually used in printer/CNC/robotic applications! Such motor have a quantified rotation angle for each "rotation step" made by the motor. With stepper motor, you can precisely quantify the needed rotation angle. The most usual stepper motor have 200 steps per revolution (meaning 1.8° per step). Such motor are heavier, lower torque and required adequate electronic components to control them. The microcontroler will have to send the needed pulses (steps) to move the motor's shaft. The micro-stepping, widely knows nowadays thanks to 3D printer, would increase the motor's shaft positionning by simultaneous controlling the current in the motor's coils. Thanks to micro-stepping, it is possible to divide the 1.8° step by 4, 8, 16, 32 and even 64, 128 with high precision stepsticks.
It is the kind of motor that can be used to control traps, pan-tilt, light tracker, robotic arm, robot leg, etc. A servo-motor is a DC motor having an enslavement electronic used to finely orientate the shaft between 0 or 180° angle. The positionning is sent to the motor with pulse signal having a period of 2.5ms (so repeated every 2.5ms). The pulse width (in the period) indicates the desired angle.
The microcontroler usually needs some help when they need to control motors. This is because the motors are consuming lot of current (or power) and that microcontroler are not taillored for such amount of current.
Thankfuly, they are Motor Controlers! They can be as simple as L293, L298 or more advanced board, the motor controler are there to ease your life by taking care about all the stuff related to motor power control.
With thoses board and breakouts you will ba able to tame DC motors, stepper motors, servo motors, etc. All you need to motorise your project and made it autonomous in our human world.
The robotic prototyping concerns all those stuff used to create your own robot or robotic assemblies. This category contains wheels, tracks, robotic plate, spacer, screws. So, the Alibaba's cave for robotic projects.
The Romi product line and accessories based on the versatile Romi chassis and is a GREAT STARTING POINT to build mobile robot. Romi is based on a differential-drive platform of 165 mm diameter integrating a battery holder for 6x AA batteries. The driving wheels are located on each side at the middle of the chassis allowing to turn or spin in place. The rear ball caster at the rear offers a third point of contact for stability (an optional ball caster can also been included in the front of the chassis). Romi is propelled with Mini Plastic Gearmotors and 70×8mm wheels. As the motors have backshafts, the Romi can also receive quadrature encoders to enable position feedback.
micro: Maqueen - Robotic plateform for learning for Micro:bit 2 Wheel Ultrasonic distance sensor
Robotic Arm for Arduino For Arduino IDE with ESP8266 Easy to assemble Easy to control Fully programmable Color BLUE
Robotic Arm for Rapsberry-Pi For Raspberry-Pi Easy to assemble Easy to control Fully programmabme Color BLUE
Robotic Arm for Micro:bit For Micro:Bit Easy to assemble Easy to control Fully programmable Color BLUE
This product is being translated Tube Silicone - par 1m - Sterilisable - pour pompe Peristaltique
Peristaltic pump self-bootable 100 ml / min 12 Volts Tube: (4.7mm external diameter) Tube: silicon
Peristaltic pump self-priming 39ml / min 5V-6V Tube: 2.0 x 4.0 mm Tube: silicone
Small water pump, 5-12V DC
Small solenoid Push-Pull
Large solenoid Push-Pull
A door / drawer solenoid lock 12V 650 mA
QTR-8RC line detector - 8 infrared sensors - 9.5mm spacing
This product is being translated 2 détecteur de ligne QTR-1RC - senseur infrarouge
This product is being translated Patte 2 Servos - 2 degrés de liberté - Robot AllBot
This product is being translated Patte 3 Servos - 3 degrés de liberté - Robot AllBot