In Stock
Shield Motor 2 x 2 A DRI0009
₹1,250.00
Built around an L298N-based motor driver design, this shield supports motor direction control and speed regulation through PWM signals. It is ideal for students, teachers, hobbyists, makers, robotics clubs, and technical training labs that require a reliable motor control interface for practical learning and project prototyping.
Product Description
The StemAids Shield Motor 2 x 2A DRI0009 helps bridge the gap between microcontroller programming and real motor movement. By mounting the shield onto a compatible Arduino-style development board, users can drive two DC motors with controlled speed and direction. This makes it highly useful for STEM education, robotics demonstrations, embedded systems training, and DIY automation projects.
The shield supports PWM speed control and PLL speed control mode, allowing learners to understand motor response, direction switching, electronic control signals, and power management. For projects requiring higher motor current, an external power supply is recommended, with proper common ground connection between the motor shield and the controller board.
Key Features
- Brand: StemAids
- Model: Shield Motor 2 x 2A DRI0009
- Dual-channel DC motor control for two independent motors
- Suitable for Arduino-style robotics and automation projects
- Supports up to 2A motor driven current per channel
- Designed with L298N-based motor driver control
- Supports PWM speed control and PLL speed control mode
- Useful for robotic cars, smart mobility projects, STEM kits, and lab experiments
- Can be powered from the controller board or an external power source
- Recommended for school labs, engineering colleges, makerspaces, and robotics workshops
Product Specifications
| Product Name | Shield Motor 2 x 2A DRI0009 |
|---|---|
| Brand | StemAids |
| Driver Type | Dual Channel DC Motor Driver Shield |
| Driver IC | L298N-based motor driver design |
| Motor Channels | 2 DC motor channels |
| Motor Driven Current | Up to 2A per channel |
| Logic Control Voltage | 5V from Arduino-style controller board |
| Motor Driven Voltage | 4.8V to 35V with suitable external power source |
| Logic Supply Current | ≤36mA |
| Maximum Power Consumption | 25W at 75°C |
| Control Modes | PWM speed control and PLL speed control mode |
| PWM Mode Pin Mapping | Digital Pin 4: Motor 1 Direction, Pin 5: Motor 1 PWM, Pin 6: Motor 2 PWM, Pin 7: Motor 2 Direction |
| Application | Robotics, motor control, STEM education, automation models, embedded systems training |
| Recommended Users | Students, teachers, hobbyists, trainers, makers, and engineering learners |
How to Use the StemAids Shield Motor 2 x 2A DRI0009
- Mount the Shield: Carefully place the motor shield onto a compatible Arduino-style controller board, ensuring proper pin alignment.
- Connect the Motors: Attach two DC motors to the motor output terminals as per the required project wiring.
- Select Power Source: For small experiments, the board may use controller power, but for motor-load projects, use a suitable external motor power supply.
- Connect Common Ground: When using an external power supply, make sure the motor supply ground and controller board ground are connected together.
- Upload Program: Write and upload Arduino-compatible code to control motor direction and speed using the assigned digital pins.
- Test Motor Direction: Run the motors at low speed first and confirm forward, reverse, stop, and speed-control functions.
- Build the Project: Use the shield in robotic cars, moving models, smart automation systems, conveyor demonstrations, or STEM learning activities.
Educational Benefits
The StemAids Shield Motor 2 x 2A DRI0009 supports activity-based STEM education by helping learners understand motor control, electrical power handling, PWM signals, robotics motion, and embedded programming. It encourages practical experimentation and helps students connect coding concepts with real mechanical movement.
Applications
- Arduino-based robotic car projects
- Two-wheel robot movement control
- STEM robotics kits
- Automation and conveyor belt models
- Motor speed and direction experiments
- Engineering college lab activities
- Embedded systems training
- DIY electronics and maker projects
Why Choose StemAids Shield Motor 2 x 2A DRI0009?
StemAids focuses on practical, classroom-friendly STEM and electronics learning solutions. The Shield Motor 2 x 2A DRI0009 is suitable for institutions that want to teach robotics and automation through real circuit-based experiments. Its dual motor control capability, Arduino-style compatibility, and support for speed and direction control make it a useful product for schools, colleges, innovation labs, and technical training centers.
SEO and E-E-A-T Focus
The StemAids Shield Motor 2 x 2A DRI0009 is designed for educational robotics, DC motor control, Arduino motor shield projects, STEM laboratory experiments, and embedded systems learning. With technical specifications such as dual motor output, PWM speed control, 5V logic control, and up to 2A motor current per channel, this product supports reliable hands-on learning for robotics and automation projects.
Safety and Handling Instructions
- Do not exceed the recommended motor voltage and current limits.
- Use an external power supply for motors that require higher current.
- Always connect common ground when using an external motor power source.
- Avoid touching the board during operation if the motor load is high, as driver components may become warm.
- Use under teacher or trainer supervision in school laboratories.
- Check polarity and wiring before powering the circuit.
Frequently Asked Questions
1. What is the StemAids Shield Motor 2 x 2A DRI0009 used for?
It is used to control two DC motors in Arduino-style robotics, automation, STEM education, and embedded systems projects.
2. Can this shield control two motors at the same time?
Yes, it is a dual-channel motor driver shield and can control two DC motors independently.
3. What is the maximum current supported by this motor shield?
The shield supports up to 2A motor driven current per channel under suitable operating conditions.
4. Does it support motor speed control?
Yes, the shield supports PWM speed control, allowing users to control motor speed through programming.
5. Is an external power supply required?
For small motor experiments, controller power may be sufficient. For higher current motors or continuous operation, a suitable external power supply is recommended.
6. Is it suitable for school STEM labs?
Yes, it is suitable for STEM labs, robotics clubs, engineering workshops, and classroom motor-control demonstrations.
7. Can beginners use this motor shield?
Yes, beginners can use it with basic Arduino programming knowledge and proper guidance on wiring, power supply, and motor connections.
8. Which projects can be made with this shield?
Users can create robotic cars, moving science models, conveyor systems, automated gates, smart mobility prototypes, and DC motor control experiments.
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