⚙️ Drive Your Ambitions with Cytron!
The Cytron 13A DC Motor Driver MD13S is a powerful and reliable motor control solution, designed for efficiency and durability. Weighing only 4 ounces and made from high-quality copper, this driver boasts impressive dimensions of 77.17 x 26.77 x 3.94 inches, making it a perfect fit for various applications. With no batteries required and a commitment to availability, it's the ideal choice for professionals looking to elevate their projects.
| Part Number | MD13S |
| Item Weight | 4 ounces |
| Product Dimensions | 77.17 x 26.77 x 3.94 inches |
| Is Discontinued By Manufacturer | No |
| Material | Copper |
| Batteries Included? | No |
| Batteries Required? | No |
B**Y
Powerful, cool, has buttons with LEDs for manual use
The media could not be loaded. Citron 13ampPowerful, cool, has buttons with status LEDs for manual operation. Check out my video. These things are great.
M**D
Nice and compact board.
Worked well for my application.
B**.
Awesome little motor controller and great bang for your buck.
Works great and couldn’t be easier to use. Nothing else like this in this price range both from functionality and feature set. I’ve been running 5-10 amps thru one nonstop for weeks and I’ve had 0 issues and it runs very cool. I’m going to buy a stack of these to have on hand for my projects.
L**E
I love these boards, they are very easy to use
I highly recommend using the Cytron boards, they required only 2 control pins per motor (PWM & DIR), as compared to some other boards that are 3-pins per motor (PWM, FORWARD, & BACKWARD). For small embedded boards like the NodeMCU ESP8266, using fewer pins is a plus.On the downside, each board only controls one motor. Some other boards this size would have two motors.
A**N
Correct product
Run electric motors
A**R
Exactly what I needed
There isn't much to say. It works great.
M**N
Super power handling capabilities
I purchased these for a robotic rover that I want to build. The ability for these to control and deliver large DC motors the current they need will make them perfect. Very simple connections DIR pin, PWM pin and ground pin for control. DC from power supply and output to the motors and you are good to go. If you have a signal generator with a Pulse width adjustable output it is very easy to test. Dronebot workshop has a very good YouTube video on using an Arduino to control this board as well.
Trustpilot
2 months ago
2 weeks ago
