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โ๏ธ Power your projects with precision and control โ donโt get left behind!
The WWZMDiB L298N Motor Driver Controller Board is a dual H-bridge module designed for Arduino and Raspberry Pi enthusiasts, capable of driving two DC motors or stepper motors with a wide voltage range of 5V to 35V and a maximum current of 2A per bridge. Lightweight and highly rated, itโs a reliable choice for advanced motor control in DIY and professional electronics projects.

| ASIN | B0CR6BX5QL |
| Best Sellers Rank | #49 in Single Board Computers (Computers & Accessories) |
| Brand | WWZMDiB |
| Brand Name | WWZMDiB |
| Color | 2 Pcs |
| Customer Reviews | 4.5 out of 5 stars 127 Reviews |
| Display Type | LED |
| Included Components | L298N |
| Item Weight | 0.21 kg |
| Manufacturer | WWZMDiB |
| Material | Plastic |
| Material Type | Plastic |
| Model | L298N |
| Number of Items | 2 |
| Part Number | L298N |
| UPC | 705252405800 |
| Unit Count | 2 Count |
V**N
Exellent quality
The L298N is verry good and reliable module!
C**S
Amazing motor driver
This WWZMDiB 2 Pcs L298N Motor Driver Controller Board set is exactly what I needed for my robotics and Arduino projects. The boards are solidly built, easy to wire up, and work perfectly for controlling DC motors and stepper motors without any complicated setup. I had them running smoothly within minutes, and they handled both low and moderate power motors without overheating or glitching. Having two boards in the pack is a great bonus for the price, and theyโve been very reliable across multiple test builds. Overall, this is a simple, effective, and dependable motor driver solution. Definitely a 5-star buy for anyone working on DIY electronics or robotics projects.
J**S
Works Perfectly
Arrived quickly and with no issues. The modules worked perfectly, and also with no issues. Thank you!
S**H
Quality
Good quality product.
M**Y
Works fine
It is working great!
D**S
Beware of destroying module when changing direction at full speed!
The board was easy to use with my Raspberry Pi and a 24V DC motor. The solder quality was a bit poor on some of the screw terminals. When testing my motor, everything was going well until I changed direction at full speed -- the motor stopped, and I could no longer get the L298N to power the motor. I switched to the other side of the L298N (side B), tested again, and had the same issue happen when I changed direction at full speed. There's some current or voltage spike issue with a 24V motor trying to do this rapid change of direction. Either (a) use a lower voltage motor if you need to change direction quickly, (b) stop the motor in your code before changing direction, or (c) find another controller capable of larger voltages/currents with protections built in.
M**H
Good value and easy to use
Easy to connect wires
K**N
Perfect
Perfect for my small robot project
Trustpilot
1 month ago
5 days ago