Pi-Plates MOTORplate
Best stackable motor controller for advanced Raspberry Pi robotics projects.
This board transforms a single-board computer into a powerful motion controller capable of managing multiple stepper and DC motors simultaneously. By offloading complex trajectory calculations to an onboard processor, it ensures smooth, precise movement without taxing the host system's resources.
$34.99
at
Pi-plates
Who it's for
- Robotics hobbyists building complex multi-motor mechanical systems
- Power users requiring high-density motor control for large-scale automation
- Developers needing precise motion control without sacrificing system performance
Who should skip it
- Minimalists seeking a single-cable solution without extra power bricks
- Engineers working with heavy-duty hardware requiring high amperage
- Software purists preferring standard hardware communication protocols like raw I2C
Performance breakdown
System Offloading Efficiency
Onboard processing handles complex motor logic, freeing up your main CPU.
Scalability Potential
Stacking up to eight boards allows for massive, complex robotics projects.
Control Precision
Microstepping and 10-bit PWM resolution ensure smooth, accurate motion control.
Integration Ease
Python-based programming makes implementation straightforward for Raspberry Pi users.
Closed-Loop Capability
Dedicated tachometer inputs provide reliable feedback for precise speed regulation.
Power Versatility
Flexible voltage inputs accommodate a wide range of motor power requirements.
Key Specs
Form Factor
Raspberry Pi HAT
Motor Support
Up to 2 stepper motors or 4 DC motors
Max Output Current
1.2A (avg), 3.2A (peak)
Operating Voltage
Up to 15V DC
PWM Control
10-bit resolution
Analog Input Count
4 protected inputs
Dimensions
100mm x 75mm x 15mm
Weight
4 oz
Certifications
ROHS, FCC Part 15 Class A, CE
Programming Environment
Python
Know before you buy
Still have a question?
Ask Metto anything about the Pi-Plates MOTORplate before you decide.
