Product Description
This 25D brushed DC gear motor with encoder delivers controlled low-speed power combined with high torque, making it perfect for applications that require strong drive force and responsive feedback. With an operating voltage of 24V DC, this motor’s output speed of 26 RPM provides powerful torque ideal for robotics, automated mechanisms, and motion control systems.
The integrated rotary encoder outputs feedback signals that allow real-time speed and position monitoring — essential for closed-loop control with microcontrollers and motor drivers. The sturdy planetary geartrain ensures smooth torque transfer and durability under load, while reversible rotation enables flexible application in forward and backward drive systems.
Specifications
-
Rated Voltage: 24V DC
-
Output Speed: 26 RPM
-
Rated Torque: 52 kg·cm
-
Stall Torque: High-torque output for load launch
-
Motor Type: Brushed DC
-
Geartrain: Precision planetary gearbox
-
Encoder Type: Rotary encoder
-
Encoder Output: Speed and position feedback
-
Rotation Direction: Reversible via DC polarity change
-
Duty Type: Continuous operation
-
Construction: Durable metal gearbox and housing
Physical Dimensions
-
Gearbox Diameter: ~25 mm
-
Motor Body Diameter: ~25 mm
-
Output Shaft Diameter: Standard precision shaft
-
Output Shaft: Suitable for couplings, pulleys, sprockets
(Exact detailed dimensions can be referenced per design requirement or datasheet when mounting.)
Applications
-
Robotics drive systems and articulated joints
-
Automated lift and conveyor mechanisms
-
Precision motion control assemblies
-
Encoder-based feedback control systems
-
Heavy-load slow-speed drive systems
-
Engineering prototypes and DIY robotics projects
Package Includes
-
1 × 25D 24V Brushed DC Gear Motor with Encoder (26 RPM, 52 kg·cm)
Usage Tips
-
Use with a stable 24V DC power supply capable of delivering adequate current
-
Pair with a motor driver that supports encoder feedback for closed-loop control
-
Reverse rotation by reversing the DC polarity
-
Planetary gear design ensures smooth torque delivery under load
