Small Brushed DC Motor Series

Motor Series Size (approx.) Voltage Range Typical Power Common Use
N20 10 × 12 × 15 mm 3V – 12V <1 W Micro robots, locks, cameras
030 ~15 mm length 1.5V – 3V <0.5 W Tiny toys, fans
130 ~20 mm length 1.5V – 6V ~1–3 W Toys, vibrators, mini fans
180 ~25 mm length 1.5V – 6V ~2–4 W Small models, RC cars
230 ~30 mm length 6V – 12V ~5–20 W Toys, small tools, RC models
260 ~32 mm length 6V – 12V ~10–25 W Slot cars, drills, small pumps
280 ~35 mm length 6V – 18V ~15–30 W Toys, CD drives, robotics
360/365 ~40 mm length 6V – 18V ~20–50 W Hobby tools, gearboxes
380 ~45 mm length 6V – 18V ~20–60 W RC cars, fans
390 ~48 mm length 6V – 24V ~30–70 W Motors with higher torque
540 ~55 mm length 6V – 24V ~50–150 W RC cars, robots, small drills
550 ~60 mm length 6V – 24V ~75–200 W Power tools, gearboxes
775 ~70 mm length 12V – 24V ~150–350 W High-power drills, CNC, mobility projects
895 ~80 mm length 12V – 36V ~200–500 W High torque, heavy loads

365 type motor : 12V - 11600rpm

385 type motor : 12V - 10000rpm

1. 45T / 55T Motors

  • "T" = Turns of wire on the motor armature.
  • Higher T (e.g., 55T) = More torque, lower speed.
  • Lower T (e.g., 12T) = Higher speed, lower torque.
  • Typically 540-size brushed motors.
  • Commonly used in RC crawling/trailing for torque and control.
  • A 45T motor has 45 wraps (turns) of copper wire around each pole of the armature.
  • The number of turns affects the motor's speed and torque.

Series = 19T / 21T / 27T / 35T / 45T / 55T / 60T / 80T

Summary Table

Spec 45T / 55T Motor 130 / 230 Motor
Type Brushed RC Motor Toy motor
Size 540-class Small can-type
Torque High (esp. 55T) Low
Speed Low (esp. 55T) Moderate
Usage RC crawling, trailing Toys, fans, small gadgets

🔧 Approximate Torque Value

  • Torque (stall): ~300 to 400 g·cm (gram-centimeter)
  • At 7.2V to 7.4V (common RC voltage)

⚠️ Note: This is an estimate. Some high-end 45T motors may produce more torque.

📊 Comparison Table (Typical RC Motors at 7.2V)

Motor Type Turns Torque (g·cm) Speed (RPM)
Racing 12T ~100–150 ~30,000–35,000
Balanced 27T ~200–250 ~15,000–20,000
Torque 45T ~300–400 ~9,000–11,000
Crawler 55T ~400–500 ~7,000–9,000

📊 Size Comparison Table

Motor Name Diameter (mm) Length (mm) Power Level Common Use
130 ~15.5 ~20 Small / Light-duty Toys, small fans
230 ~24 ~30 Medium DIY cars, small robots
260 ~24 ~36 Medium-High Hobby motors, gear motors
280 ~24 ~45 High RC cars, small drills
380 ~28 ~50–60 Very High Power tools, electric screwdrivers
540 ~36 ~50 Ultra High RC racing cars, e-bikes

130 Motor Overview

The 130 motor is a type of DC motor commonly used in toys, small appliances, and DIY electronics projects.

🔧 Type

  • Type: Permanent Magnet Brushed DC Motor
  • Category: Small-size DC Motor

⚙️ Specifications (Typical)

  • Voltage Range: 1.5V – 6V (Commonly 3V or 5V) ??? try up to 7V
  • High RPM: Often from a few thousand to over 10,000 RPM
  • Low Torque: Suitable for light-load applications
  • Brush Type: Brushed (uses carbon brushes and a commutator)

230 Motor Overview

The 230 motor is a small DC motor, similar in design to the 130 motor but typically larger in size and power.

🔧 Type

  • Type: Permanent Magnet Brushed DC Motor
  • Category: Medium-size DC Motor

⚙️ Specifications (Typical)

  • Voltage Range: Often 3V – 12V
  • Higher Torque and Power than 130 motor
  • Medium RPM (usually lower than 130 motor, but stronger)
  • Brush Type: Brushed (uses carbon brushes)

Why Is It Called a "230 Motor"?

The name "230 motor" comes from an informal naming convention based on the size of the motor case, not the voltage or power.

📐 Meaning of "230"

  • "2" = Series or form factor group
  • "30" = Approximate length of the motor case in millimeters (~30 mm)

So, a 230 motor typically has:

  • Diameter: ~24 mm
  • Length: ~30 mm

895 motor drive

🔧 Basic Requirements to Drive an 895 Motor

Item Purpose Example
Power Supply Feeds the motor with appropriate voltage/current 12V–36V DC, 10–30A depending on load
Motor Driver / Controller Controls speed and direction H-Bridge (e.g., BTS7960, VNH2SP30), PWM controller
PWM Signal (optional) Varies motor speed via duty cycle From Arduino, Raspberry Pi, or ESC
Heat Dissipation Prevents overheating during operation Heatsinks, cooling fans

🔄 3. 1000W+ Brushed DC Motors – ✅ Direct power jump

Motor Voltage Power Notes
MY1020 24–48V 500–1000W E-scooters, carts, heavy DIY use
XYD-16/13 36–60V 1000W+ High torque, brushed, affordable

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