Robotics

- The ideal kit to build a robot car
- Includes battery compartment for 4 AA batteries and ignition switch. (batteries not included)
2WD Smart Robot Car Kit DIY features:
- Robot platform with 2 wheels and idler
- UNO CH340 board compatible with Arduino
- Prototype plate 170 points
- Micro servo 9g
- Platform for servo
- Distance sensor HC-SR04
- Sensor shield for sensors
- L298N motor controller
Motor 2WD Smart Robot Car Kit DIY features:
- Voltage: 3 to 6Vdc
- Speed without load: 100 RPM to 6Vdc
- No-load current: 90mA to 3Vdc - 180mA to 6Vdc
- Dimensions of the wheel: diameter 65mm - width 26 mm
Helpful Links:
Realization of a robot manageable by Infrared

Characteristic: - Voltage regulator 50-220V AC 2000W
- Ideal to control the speed of AC motors
- Allows adjustment the output voltage between 50V and 220V
- Input voltage: 220V AC
- Regulation range: 50V to 220V AC
- Max current: 10A
- Max power.: 2000W
- Dimensions: 47 x 35 x 27mm

Contents: - 2x Round transparent chassis plate diameter of 14cm
- 2x DC 5V gear motor
- 2x 6.5cm wheels (Dia .) x 2.6cm (H)
- 2x Encoder discs
- 2x Idlers
- 2x HC-SR04 ultrasonic sensor, distance meter
- 2x Holder for HC-SR04
- 1x Battery holder 2xAA (batteries not included)
- Screws for assembly Motor characteristic: - Voltage: 3 at 6Vdc
- Reducer: 1:48
- No load speed: 100 RPM at 6Vdc
- No load current: 90mA at 3Vdc - 180mA at 6Vdc

A set of flat drive belts with a diameter from 27mm to 80mm. The kit includes approximately 50 pieces of strips from 0.5 mm to 1 mm thick.
Technical data:
- width: 0.5 mm
- diameter from 27 mm to 80 mm
- thickness: from 0.5 to 1 mm
Quantity tolerance +/- 5%

This electromagnetic push actuator allows a force of 0.8N to be exerted and has a pitch length of 10mm.
It is powered by 12VDC and has a consumption of 420mA.
This supply is used in industrial automation systems. Characteristic: - Input voltage: 12VDC - Thrust length: 10mm
- Holding force: 0.8N
- Operating temperature: -5 ° C to 40 ° C without condensation
- Humidity of operating environment: 45% to 85% non-condensing
- Push bar diameter: 0.8 cm / 0.3 "
- Material type: Metal
- Model: ZYE1-0837Z
- Actuator size: 3.7x2x2.5 cm / 1.5x0.8x1 "

For Arduino, Smart Car, Robotics.
Small electric motor magnet for direct current (DC). Micro Motor 3V 5V 6V DC DIY Arduino UNO Mega Robotics features:
- Operating voltage: 1.5V to 6V
- DC current: 350mA
- Torque max.: 15g / cm
- Max speed: 12000rpm
- Weight: 16.5 g

TB6612FNG controller, double H-bridge controller driver.
Allows to control up to 2 current motors continuous or bipolar stepper motor. It also allows to control a unipolar stepper motor configured as bipolar.
Ideal for projects with ARDUINO. You can use it with PIC, AVR, STM32.
An improved version of the L298N.
H-bridges are made up of MOSFET transistors, rather than BJT transistors as in the L298N.
The TB6612FNG has better efficiency and smaller dimensions than the L298N.
Controller TB6612FNG DC PAP motor features:

- Minimum operating voltage: 4.5 V
- Maximum operating voltage: 13.5 V (15V max)
- Maximum current: ± 3A per channel (1.2 A direct current per channel)
- Logic voltage: 5V

Pack 10pcs of micro servo 9g SG90.

It allows controlling many different types of engines: - Up to 4 bidirectional current motors
- Up to 2 stepper motors (unipolar or bipolar) In addition it is provided with two connectors for servos.                   L293D Motor Drive Shield Expansion Board features:
- Minimum operating voltage: 4.5 V
- Maximum operating voltage: 36 V
- Maximum current: ± 1.2 A (650mA)
- Logic voltage: 5V
- Controller L293D
- Measures: 70x55x20 mm L293D controller consists of 4 H bridges with 650 mA current with thermal protection.
Pull-down resistors keep the motors off during startup.

The 6 DOF black aluminum arm is widely used in the field of teaching, the personal production of IDY and the education of the fanatics, it can be seen as a demonstration platform of multiple degrees of freedom, and its energy system consists of six servomotors, Robot can be achieved before and after, Up and down, left and right to grasp the handling of the presentation. Aluminium Robot 6 DOF Arm without servo features:
- Material: 2mm thick aluminum plate - Color: Black

This electromagnetic push actuator allows a force of 0.8N to be exerted and has a pitch length of 10mm.
It is powered by 24VDC and has a consumption of 420mA.
This supply is used in industrial automation systems. Characteristic: - Input voltage: 24VDC - Thrust length: 10mm
- Holding force: 0.8N
- Operating temperature: -5 ° C to 40 ° C without condensation
- Humidity of operating environment: 45% to 85% non-condensing
- Push bar diameter: 0.8 cm / 0.3 "
- Material type: Metal
- Model: ZYE1-0837Z
- Actuator size: 2.6x2x6.35 cm / 1.02x0.79x2.5 "

Speed controller for DC motor (PWM) 6V-28VDC 3A PWM 6V 12V 24V features:
- Ideal to control the speed of DC motors
- Input voltage: 6-28VDC
- Max continuous output current: 3A
- Max power: 100W
- Dimensions: 50x17x28mm
- PWM frequency: 21kHz
- Adjustable duty cycle: 5% -100%
- Keep in mind that the voltage applied to the motor will be the supply voltage applied to the circuit

A set of flat drive belts with a diameter from 27mm to 80mm. The kit includes approximately 50 pieces of strips from 0.5 mm to 1 mm thick.
Technical data:
- width: 1.0mm
- diameter from 27mm to 80mm
- thickness: from 0.5 to 1mm
Quantity tolerance +/- 5%

Contents: - 3x Round transparent chassis plate diameter of 14cm
- 2x DC 5V gearbox motor
- 2x 6.5cm wheels (Dia .) x 2.6cm (H)
- 2x Encoder discs
- 2x Idlers
- 1x Battery holder 2xAA (batteries not included)
- Screws for assembly Motor characteristic: - Voltage: 3 to 6Vdc
- Reducer: 1:48
- No load speed: 100 RPM at 6Vdc
- No load current: 90mA at 3Vdc - 180mA at 6Vdc

  - The ideal kit to build a robot car
- Includes battery compartment for 6 AA batteries and ignition switch. (batteries not included)   2WD Smart Robot Car Distance UNO Kit DIY features:
  - Robot platform with 2 wheels and idler
- UNO CH340 board compatible with Arduino
- Prototype plate 170 points
- Micro servo 9g
- Platform for servo
- Distance sensor HC-SR04
- Sensor shield for sensors
- L298N motor controller   Motor 2WD Smart Robot Car Distance UNO Kit DIY features:
  - Voltage: 3 to 6Vdc
- Speed without load: 100 RPM to 6Vdc
- No-load current: 90mA to 3Vdc - 180mA to 6Vdc

  - The ideal kit to build a robot car
- Includes battery compartment for 6 AA batteries and ignition switch. (batteries not included)   2WD Mini Smart Robot Car Distance Kit DIY features:
  - Robot platform with 2 wheels and idler
- UNO CH340 board compatible with Arduino
- Prototype plate 170 points
- Micro servo 9g
- Platform for servo
- Distance sensor HC-SR04
- Sensor shield for sensors
- L298N motor controller   Motor 2WD Mini Smart Robot Car Distance Kit DIY features:
  - Voltage: 3 to 6Vdc
- Speed without load: 100 RPM to 6Vdc
- No-load current: 90mA to 3Vdc - 180mA to 6Vdc

Ideal to control the speed of DC motors. Speed controller for DC motor (PWM) 10V-30VDC 3A 120W features:
- Input voltage: 10-30VAC
- Max output DC current: 3A (max 4A)
- Max power: 120W (in case input voltage> 24V)
- Dimensions: 74x47x28mm
- PWM frequency: 500kHz
- Duty Cycle adjustable: 5% -95%
Please note that the voltage applied to the motor will be the supply voltage applied to the circuit

High quality clamping electromagnet. Its supply voltage is 12V. The lifting capacity of up to 20 kg. The temperature limit reaches 130 degrees centigrade. Retention electromagnets are most often used for electric / magnetic locking of doors, flaps, and others. Use metal plates with a thickness starting from 3mm, this will ensure maximum retention force on the locking element. It is important to remove heat from the housing. The maximum force decreases as the coil temperature increases. This electromagnet will meet the expectations of even the most demanding user.

A set of flat drive belts with a diameter from 27mm to 80mm. The kit includes approximately 50 pieces of strips from 0.5 mm to 1 mm thick.
Technical data:
- width: 2.0mm
- diameter from 27mm to 80mm
- thickness: from 0.5 to 1mm
Quantity tolerance +/- 5%

Ideal for building a car with obstacle detector, light follower
Includes battery compartment for 4 AA batteries and ignition switch. (batteries not included) 2WD Robot Smart Car Chassis 2x Wheels DIY features:
- Voltage: 3 to 6Vdc
- Speed without load: 100 RPM to 6Vdc
- No-load current: 90mA to 3Vdc - 180mA to 6Vdc
- Dimensions of the wheel: diameter 65mm - width 26 mm

Robot arm set 4 DOF acrylic with screws and screwdriver for robotics projects.
100% compatible with Arduino.
Acrylic robot 4 DOF Arm without servo features:
- Type: DIY kit robot arm 4 DOF
- Degree: 4 degrees of freedom
- Material: acrylic
- For: 8 years and above
- Weight: ~ 450 g
- Does not include servos but it is imperative to have 4 micro servos sg90 to be able to mount it
More informations:
1. 4 arm axes with more untrammeled and flexible experience.
2. Most of the pieces are integrated in a perforated way at a time, which is very strong and easy to install.
3. All movement joints are using high quality bearings with good precision.

Servo Arm 25T Aluminium for Futaba MG996 MG995 Hitec JR features:
- 25T Servo Arm for Futaba, Tower Pro and High Power Servos
- Material: Aluminum
- Color: red
- Size: 35.5 x 15 x 6mm
- Weight: 4 grams
- M3 thread for joints of cars or helicopters.
- Hole distance 20 and 24 mm from the servo outlet.
- Quantity: 1 unit

Tower Pro Micro Servo 9g SG90 features:
- Operating voltage: 3.0-7.2V
- Speed (4.8V without load): 0.12sec / 60 degrees
- Strength: 1.2kg / 42.3oz (4.8V); 1.6 kg / 56.4oz (6.0V)
- Working temperature: -30 to +60 degrees C
- Cable length: approx. 23cm
- Includes photo accessories and screws
- Dimensions: 22x11.5x27mm

Ideal for building a car with obstacle detector, light follower.
Includes battery compartment for 4 AA batteries and ignition switch. (batteries not included). 4WD Robot Smart Car Chassis 4x Wheels DIY features:
- Voltage: 3 to 6Vdc
- Speed without load: 100 RPM to 6Vdc
- No-load current: 90mA to 3Vdc - 180mA to 6Vdc
- Dimensions of the wheel: diameter 65mm - width 26 mm

High quality clamping electromagnet. Its supply voltage is 12V. The lifting capacity of up to 2 kg. The temperature limit reaches 130 degrees centigrade. Retention electromagnets are most often used for electric / magnetic locking of doors, flaps, and others. Use metal plates with a thickness starting from 3mm, this will ensure maximum retention force on the locking element. It is important to remove heat from the housing. The maximum force decreases as the coil temperature increases. This electromagnet will meet the expectations of even the most demanding user.

Ideal to control the speed of DC motors.
Characteristic:
- Input voltage: 10-30VDC,
- Max continuous output current: 5A (peak current 10A),
- Max power: 120W,
- Dimensions: 61x27.9x45.7mm,
- PWM frequency: 16kHz,
- Adjustable duty cycle: 5% -100%,
- Integrates a regulator L7805CV TO- 220,
- Incorporates a 10A fuse to protect the power circuit.
Please note that the voltage applied to the motor will be the supply voltage applied to the circuit.

Easy to install for the electric door lock or other automatic door lock systems with the mounting board.

A set of flat drive belts with a diameter from 27mm to 80mm. The kit includes approximately 50 pieces of strips from 0.5 mm to 1 mm thick.
Technical data:
- width: 3.0mm
- diameter from 27mm to 80mm
- thickness: from 0.5 to 1mm
Quantity tolerance +/- 5%

Solar and hydraulic educational robot kit 12 in 1. Have fun building and learning with this robot about solar energy and mechanical movement by means of a hydraulic system (by water). Try mounting its 12 different versions with just one kit as shown in the pictures. Perfect for children aged 8 and over to develop motor skills and reasoning.

The 6 DOF - 6-axis black aluminium arm is widely used in the field of teaching, personal production and amateur education, it can be seen as a demonstration platform with multiple degrees of freedom, its power system consists of six servo motors. So the arm can move, sideways and sideways, up and down, left and right to grasp any object. It comes with 6 servos already in set.

Mosfet 24V 5A IRF520 PWM controller features:
- The IRF520 controller module can control the PWM signal from the Arduino module and adjust the DC voltage of So that we can control the speed of the DC motor, the brightness of the bulb, the LEDs, the heater.
- The built-in IRF520 N-MOSFET transistor
- Operating voltage: 3.3V -5V ( compatible with ARDUINO Raspberry PI)
- Charging voltage: 0-24V
- Charging current: up to 5A (more than 1A, the system must be equipped with a heat sink point)
- 60W max power (more than 10W must be equipped with a heat sink)
- Terminalblock connectors
- LED indicating the presence of power
- Dimensions: 33x24mm

Characteristic:
-Metric thread M3
-Male-Female separator 25mm
-Quantity: 5 units

Mini VNH3SP30 Stepper Motor Driver Modules capable of handling a high consumption motor.

Ideal to control the speed of DC motors.
Characteristic:
- Input voltage: 12-40VDC,
- Max continuous output current: 8A (peak current 10A),
- Control power: 0.01- 400W,
- Dimensions: 60x75x28mm,
- PWM frequency: 13kHz,
- Static current: 0.02 A (Standby),
- Adjustable duty cycle: 10% -100% ,
- It integrates a L7812CV TO-220 regulator,
- It incorporates a 10A fuse to protect the power circuit.
Note that the voltage applied to the motor will be the supply voltage applied to the circuit.

The complete 4 DOF robotic arm kit ideal for beginners and educational environments. The kit contains a small and simple 4-axis robot arm together with the components to start robotic projects. Includes arm, 4 servos, UNO board and joysticks for control.

Perfect kit to learn and teach robotics in an easy way, as you can build it with the instructions in the description in less than an hour and ready to control the arm with a development board and simple program! Compatible with Arduino. Fully programmable.

A set of flat drive belts with a diameter from 27mm to 80mm. The kit includes approximately 50 pieces of strips from 0.5 mm to 1 mm thick.
Technical data:
- width: 4.0mm
- diameter from 27mm to 80mm
- thickness: from 0.5 to 1mm
Quantity tolerance +/- 5%

Solar educational robot explorer kit. Have fun building and learning with this robot about solar energy and the mechanical movement of its motor and wheels. Perfect for children 8 years and older to develop motor skills and reasoning by directly observing the movement of gears.

It allows controlling up to 2 direct current motors or a bipolar stepper motor. It also allows to control a unipolar stepper motor configured as bipolar.
Ideal for projects with ARDUINO.
You can use it with PIC, AVR, STM32.
L298N Motor Drive Controller Board Module Dual H Bridge DC features:
- Minimum operating voltage: 5 V
- Maximum operating voltage: 35 V
- Maximum current: ± 2 A
- Logic voltage: 5V
- PWM signal inputs for speed control
- Outputs: for 2 DC motors or for a bipolar stepper motor
- Measures: 43x43x24 mm
Helpful Links:
Operation of the robot by Infrared / Operation of the robot by Bluetooth / Automatic operation with detection of obstacles

DC Gear Motor 6V 148 Arduino features:
- Voltage: 3 to 6Vdc
- Speed without load: 100 RPM to 6Vdc
- No-load current: 90mA to 3Vdc - 180mA to 6Vdc
- Reduction: 1:48

Ideal to control the speed of DC motors.
Characteristic:
- Input voltage: 12-40VDC,
- Max continuous output current: 10A (peak current 20A),
- Max power: 300W,
- Dimensions: 60x28x50mm,
- PWM frequency: 21kHz,
- Static current: 0.02 A (Standby),
- Adjustable duty cycle: 5% -100%, - Adjustable speed range: 0% -100%,
- It incorporates a 20A fuse to protect the power circuit.
Please note that the voltage applied to the motor will be the supply voltage applied to the circuit.

Educational robot kit ideal for developing STEM skills and learning by playing. Build and learn with its 5 different modes in one kit 

Perfect for children 12 years and older to develop programming, motor, cam mechanics and motion transmission skills.

This educational toy has been designed to inspire future apprentices and lovers of mechanical engineering and/or programming.

Driver capable of handling up to two high consumption motors.
We can weld 5mm screw terminals (not included), making it easy to connect other gauge cables.

Ideal to build a car with an obstacle detector, light follower Characteristic: - Voltage: 3 to 6Vdc
- No load speed: 100 RPM to 6Vdc
- No load current: 90mA to 3Vdc - 180mA to 6Vdc
- Wheel dimensions: diameter 65mm - width 26mm The kit includes: - aluminum platform - 2x wheels and 2x motors - 1x idler wheel - screws

DC Gear Motor N20 200 RPM 12V DIY Robot features:
- Voltage: 12V
- Speed of rotation: 200RPM
- Motor dimensions:
* Diameter 12 mm
* Height 24 mm
- For Arduino, Smart Car, Robotics, Fans, Appliances

A nice looking educational robot kit with which to learn the basics of mechanics. Have fun assemblying and learning with this robot about energy and mechanical movement using a mechatronic system with articulated legs and waist. It has two modes: exploration and tracking.

Perfect for children of 7 years or more to develop motor skills and reasoning.

Continous Rotation 360 Degree Servo S3003 features:
- Operating voltage: 4.8 V to 6 V
- Torque max.: 4.1kg / cm (6V)
- Operating speed: 0.23sec / 60degree (4.8V), 0.19sec / 60degree (6V)
- Radio max.: 360º
- Temperature range: -20º + 60ºC degrees
- Weight: 38 g
- Cable length: 26cm
- Dimensions: 40.5 x39x 20 mm
- Servo connector: JR
- Chinese manufacture

This right symmetry micro digital servo is of excellent quality and very light weight.
Its high speed and rotational capacity is great advantage to develop sensitive projects with quick response. Characteristic: - Symmetry of the servo: for incorporation to the right
- Plug: 1- red wire: positive polarity (+)
2- black wire: negative polarity (-)
3- white wire: control signal
- Model: GS-1502 - Type: Analog Servo
- Rotation angle: 180 °
- Torque:
- 0.20kg / cm if Vin = 4.8V
- 0.24kg / cm if Vin = 6V
- Speed:
- 0.11sec if Vin = 4.8V
- 0.09sec if Vin = 6V
- Operating voltage: 3.7V-5V - Material type: Nylon
- PCB size: 21x15x12 mm

The mClon kit is ideal for building a car with obstacle detection and light tracking. In addition to the platform, the kit contains the basic essentials for building your first robot including the Arduino Uno compatible board, distance sensors and many other components. Check the complete list in the product description

A nice looking educational robot kit that includes the micro:bit development board, with which to learn the basics of mechanics and programming. Have fun riding, programming and learning with this robot about energy and mechanical movement using a mechatronic system with articulated legs and waist.

It is a small hexapod robot (six legs) that works in many ways: explorer, follow me, sing and dance, follow the light, move it with your mobile and many more! You can also continue to create different projects with the loose plate. 

This educational toy has been designed to inspire future apprentices and lovers of mechanical engineering and/or programming.

A car kit with an engine powered exclusively by compressed air, which will teach young people about mechanics and pneumatics in a fun and simple way. They can have fun riding it easily and enjoy making it go up to 50 metres at high speed, thus understanding the concept of pressure. It is a perfect gift for children aged 10 or more interested in science and technology, introducing them to STEM knowledge and renewable energies.

This educational toy has been designed to inspire future apprentices and lovers of mechanical engineering.

Micro Servo Compatible with MG90S features:
- Operating voltage: 4.8Vdc (5V) or 6Vdc
- Torque: 1.80 kg / cm at 4.8V and 2.20kg / cm at 6V
- Speed: 0.1seconds / 60º at 4.8V and 0.8 seconds / 60º at 6V
- Gear type: metallic
- Turning width: 180º
- Temperature working: from -30 to 60 ºC
- 3 plastic propellers / arms
- Fixing screws
- Size: 22.6 x 11.8 x 31 mm
- Weight: 13.4 gr

This left symmetry micro-digital servo is of excellent quality and very light.
Its high speed and rotational capacity is great Advantage for developing sensitive projects with quick response. Characteristic: - Symmetry of the servo: for left incorporation
- Plug: 1- red wire: positive polarity (+)
2- black wire: negative polarity (-)
3- white wire: control signal
- Model: GS-1502 - Type: Analog Servo
- Rotation angle: 180 °
- Torque:
- 0.20kg / cm if Vin = 4.8V
- 0.24kg / cm if Vin = 6V
- Speed:
- 0.11sec if Vin = 4.8V
- 0.09sec if Vin = 6V
- Operating voltage: 3.7V-5V - Material type: Nylon
- PCB size: 21x15x12 mm

Vehicle kit powered exclusively by salt water, which will teach young people knowledge about mechanics in a fun and simple way. They can have fun riding it easily and enjoy making it go forward or backward by changing the polarization. It is a perfect gift for children aged 12 or more interested in science and technology, introducing them to CTIM knowledge and renewable energies.

This educational toy has been designed to inspire future apprentices and lovers of mechanical engineering.

Car Robot Tire Wheel Smart Car features:
- Dimensions of the wheel:
   - Diameter: 65mm
   - Width: 26 mm
- Quantity: 1 unit

LSC-16 Digital Servo Motor Controller 16 channels features:
- With current limiting protection. The servo output is isolated from the CPU to prevent increased servo current causing damage to the CPU.
- CPU using high performance STM32 single chip microcomputer with ARM Cortex-M3 corer, control High precision 16-channel servo movement, adjustable speed.
- 16M high capacity memory, enough for your use! It can contain 230 action groups! Each action group can hold up to 510 actions!
- Supports online debugging, no need to install any driver by yourself (Install Drivers Automatically).
- 0 ~ 3rd and 12th - 15th servo interface have over current protection! Greatly reducing the risk of burned servo due to locked rotor.

Solar educational robot kit. Have fun building and learning with this robot about solar energy and the mechanical movement of its motor and wheels. It is the ideal game to develop STEM skills and learn by playing. Mount and learn with its 14 different models with just one kit!

Perfect for children aged 12 and over to develop motor skills, about renewable energy and movement transmission.

It allows controlling up to 2 direct current motors or a bipolar stepper motor. It also allows to control a unipolar stepper motor configured as bipolar.
Ideal for projects with ARDUINO.
You can use it with PIC, AVR, STM32.
It incorporates a switch for the connection and disconnection of the entire module.
L298N Motor Drive Controller Board Module Dual H Bridge DC with interruptor features:
- Minimum operating voltage: 5 V
- Maximum operating voltage: 35 V
- Maximum current: ± 2 A
- Logic voltage: 5V
- PWM signal inputs for speed control
- Outputs: for 2 DC motors or for a bipolar stepper motor
- Measures: 43x43x24 mm
Helpful Links:
Operation of the robot by Infrared / Operation of the robot by Bluetooth />

28BYJ-48 Stepper Motor 12V + Driver Board ULN2003 features:
- Stepper motor 28BYJ-48 + ULN2003 controller
- The 28BYJ-48 has everything you need to start using motors step by step in your project
- A stepper motor converts digital impulses into small steps of movement in one direction
- The motor also comes with a ULN2003 motor controller card
- Can control two DC motors or a motor with bipolar steps with a maximum amperage of up to 500 mA
- Equipped with state indicator LEDs A, B, C, D
- Engine model: 28BYJ-48
- Phasing Engine: 4
- Operating voltage: 12V DC
- Frequency: 100 Hz
- Operating current: 200mA
- Max Power: 20W
- Winding resistance: 70 Ohm
- Angle per step: 5,625º
- Steps per round: 64

DC Gear Motor and Tire Wheel for Smart Car Robot features:
- Voltage: 3 to 6 Vdc
- Reduction: 1:48
- Speed without load: 100 RPM to 6Vdc
- No-load current: 90mA to 3Vdc - 180mA to 6Vdc
- Dimensions of the wheel: diameter 65mm - width 26 mm

A3967 controller, double H-bridge controller driver.
Allows to control up to 2 DC motors or a bipolar stepper motor. It also allows to control a unipolar stepper motor configured as bipolar.
Ideal for projects with ARDUINO. You can use it with PIC, AVR, STM32. A3967 DC Motor PAP Driver Stepper - Easy driver features:

- Minimum operating voltage: 7.00 V
- Voltage maximum operating: 30 V