3-6V L Shape Double Shaft Robot DC Motor

The 3-6V L Shape Double Shaft Robot DC Motor is a compact and efficient motor designed for robotics projects. With dual shafts and a low voltage requirement, it’s perfect for DIY robots, providing precise control and smooth operation.

Specifications:

• Operating Voltage: 3V to 6V DC
• Motor Type: Brushed DC motor
• Motor Configuration: L-shape, double shaft
• Motor Shaft: Double-ended output shaft (both sides of the motor)
• Shaft Diameter: ~3 mm
• Shaft Length: ~10 mm (each side)
• Weight: ~25-35 grams (varies by model)
• Mounting Holes: Standard M2 or M3 mounting holes for easy attachment to frames

Performance (Approximate):

• At 3V:
  • No-load speed: ~90 RPM
  • No-load current: ~150 mA
  • Torque: ~50-60 g.cm (gram-centimeter)
  • Stall current: ~800-900 mA
• At 6V:
  • No-load speed: ~180 RPM
  • No-load current: ~160-180 mA
  • Torque: ~100-120 g.cm
  • Stall current: ~1-1.2 A

Mechanical Features:

• Gearbox: Integrated gear reduction mechanism (varies depending on the motor’s design, typically 1:48 reduction)
• Motor Shaft Type: Round shaft, may have a flat surface for secure attachment of wheels, gears, or pulleys.
• Motor Casing: Metal or plastic housing, L-shaped for compact design
• Output Shafts: Double output shafts allow for adding different types of attachments on both sides of the motor (wheels, gears, etc.)

Additional Information:

• Operating Temperature: -10°C to +50°C
• Application: Suitable for robotic applications, hobby electronics, and low-power driving mechanisms.
• Durability: Can handle moderate loads for extended periods, but long-term durability depends on load conditions and voltage applied.

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3-6V L Shape Double Shaft Robot DC Motor
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RS-385 27.6mm DC12V 10000RPM Mini Brush DC Motor
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408 Hollow Cup Motor

The 408 Hollow Cup Motor is a coreless DC motor known for its high efficiency, low noise, and lightweight design. These motors are often used in applications that require high acceleration and low inertia.

Specifications

• Motor Type: Hollow Cup (Coreless) DC Motor
• Model: 408 (40 mm diameter, 8 mm length)

Electrical Specifications:

• Rated Voltage: 1.5V – 4.5V DC (varies by model)
• Rated Speed:
  • Around 10,000 RPM
• Stall Current: 0.7A (depending on the version and voltage)

Mechanical Specifications:

• Motor Length: 8 mm
• Shaft Diameter: Typically 1.5 mm – 2 mm
• Shaft Length: Varies depending on application, usually around 5-10 mm
• Motor Weight: Lightweight, typically 10-20 grams
• Torque: High torque due to the hollow cup design, but exact values depend on the operating voltage.

Performance:

• Efficiency: High efficiency compared to conventional motors due to the coreless design.
• Response Time: Fast response with low inertia, ideal for quick start/stop applications.
• Noise: Low noise due to the lack of an iron core, making it suitable for noise-sensitive applications.

Applications:

• Precision devices (e.g., medical equipment, robotics)
• High-speed drones
• Micro-actuators
• Hobby electronics
• Small-scale industrial applications

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408 Hollow Cup Motor
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N20-M3 x 55 Coarse and Thread Motor 3V 60RPM | 3V 200RPM | 12V 100RPM | 12V 200RPM

Specifications

This motor is a combination of an N20 motor with a lead screw (M3 x 55 mm), commonly used in small linear motion applications such as robots and precision devices.

• Motor Type: N20 miniature motor with an attached lead screw.
• Lead Screw Specifications:
  • Type: M3 x 55 mm coarse threaded screw.
  • Length: 55 mm.
  • Thread Pitch: Coarse pitch (specific pitch may vary, typically 0.5 mm).
• Voltage: Typically 3V – 12V DC.
• Reduction Ratio: Can vary (e.g., 1:30, 1:50, 1:100 depending on the gear model).
• Output Shaft Speed: Depends on the gear reduction, but typical speeds range from 30 RPM to 200 RPM.
• Torque: High torque due to the gear reduction (specific torque varies depending on gear ratio).
• Screw Type: Coarse M3 screw for linear actuation.
• Weight: Lightweight, typically around 10-20 grams.

N20 Geared Miniature Motor (General Specs):

This is a common DC motor with a gearbox for high torque and low RPM, widely used in robotics and small automation applications.

• Motor Size: 12 mm x 10 mm x 26 mm.
• Rated Voltage: 3V – 12V DC (common variants are rated for 6V or 12V).
• Gear Ratio: Options include 1:30, 1:50, 1:100, 1:150, and 1:1000 (depending on the specific model).
• Stall Torque: Can range from 10 g.cm to 1000 g.cm depending on gear ratio and voltage.
• Current:
  • No-load: ~30 mA (at 6V).
  • Stall current: ~300-500 mA (at 6V).
• Operating Temperature: -10°C to +60°C.
• Weight: Around 10-15 grams depending on the model.

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N20-M3 x 55 Coarse and Thread Motor 3V 60RPM | 3V 200RPM | 12V 100RPM | 12V 200RPM
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GA12-N20 Micro DC Metal Gear Reduction Motor

The GA12-N20 Micro DC Metal Gear Reduction Motor is a compact and durable gear motor with a metal gearbox, making it ideal for small robotics, DIY electronics, and precision projects. Its small size and various gear ratio options allow for versatility in applications requiring different speeds and torques.

Key Specifications:

• Motor Type: Micro DC Motor with Metal Gearbox
• Gear Ratio Options: 10:1, 30:1, 50:1, 100:1, 150:1, 300:1, etc.
• Operating Voltage: 3V to 12V
• No-load Speed: Varies from 30 RPM to 1200 RPM depending on the gear ratio
• Rated Torque: 0.1 kg·cm to 1.5 kg·cm, depending on the gear ratio
• Shaft Diameter: 3 mm
• Shaft Length: 10 mm
• Shaft Type: D-shaped for secure coupling
• Gear Material: Metal (provides durability and higher torque)

Electrical Characteristics:

• No-load Current: 30 mA to 150 mA, depending on voltage and model
• Stall Current: 500 mA to 1.5 A at 6V
• Stall Torque: Up to 2.5 kg·cm, depending on the gear ratio

Physical Dimensions:

• Motor Size: 12 mm diameter
• Motor Length: 15 mm to 18 mm, depending on the gear ratio
• Gearbox Length: 10 mm to 30 mm, depending on the gear ratio
• Total Length: 30 mm to 50 mm
• Weight: 10-15 grams

Performance Example (6V model):

• No-load Speed:
  • 10:1 ratio: ~1200 RPM
  • 30:1 ratio: ~400 RPM
  • 100:1 ratio: ~120 RPM
  • 300:1 ratio: ~30 RPM
• Stall Torque:
  • 10:1 ratio: ~0.5 kg·cm
  • 100:1 ratio: ~1.5 kg·cm
  • 300:1 ratio: ~2.5 kg·cm

Applications:

• Small robots, toys, and RC vehicles
• Precision instruments
• Electronic locks and mechanisms
• Camera gimbals and mounts

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GA12-N20 Micro DC Metal Gear Reduction Motor
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GA12-N20 Micro DC Reducer Encoder Motor

The GA12-N20 Micro DC gear motor is a small DC motor with a gear reduction mechanism.

Specifications:

DC Reducer Encoder Motor

• Motor Type: DC Motor with Gear Reduction and Encoder
• Gear Ratio Options: Commonly available in 10:1, 30:1, 50:1, 100:1, 300:1, etc.
• Operating Voltage: Typically 3V to 12V (varies depending on the model)
• No-load Speed: Dependent on gear ratio
• Rated Torque: Depending on gear ratio, typically around 0.1 kg. cm to 1.5 kg. cm
• Shaft Diameter: 3 mm
• Shaft Length: 10 mm
• Shaft Type: D-shaped
• Encoder: Some models come with an optical or magnetic encoder for feedback, typically two channels (A and B) for speed and direction sensing.

Electrical Characteristics:

• No-load Current: 30 mA to 150 mA
• Stall Current: Can be around 500 mA to 1A at 6V
• Stall Torque: Up to 2.5 kg. cm (varies based on gear ratio)

Physical Dimensions:

• Motor Size: 12 mm diameter
• Motor Length: Around 15 mm to 20 mm (varies by gear type)
• Gearbox Length: 10 mm to 30 mm (varies by gear ratio)

Encoder Details (if present):

• Resolution: Typically 11 counts per revolution of the motor shaft (depending on the encoder model)
• Output: Quadrature output (two signals A and B for direction and speed)

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GA12-N20 Micro DC Reducer Encoder Motor 3V 50RPM | 3V 100RPM | 6V 50RPM | 6V 100RPM
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25GA-370 DC Reducer Gear Motor

The 25GA-370 DC Reducer Gear Motor is a compact and powerful motor, often used in projects where high torque and low speed are required. It is widely applied in robotics, automation, and other applications that require precision movement.

Specifications:

• Motor Type: Brushed DC Motor with Gearbox
• Motor Model: 25GA-370 (25mm diameter gearbox, 370-size motor)
• Shaft Type: Round or D-shaped
• Shaft Diameter: 4 mm
• Motor Diameter: 25 mm
• Motor Length: Approximately 50 – 90 mm (depends on gear ratio)
• Weight: 100 g – 150 g (depends on gear ratio)

Electrical Specifications:

• Voltage Range: 6V to 24V DC (common operating voltage range)
• Nominal Voltage: 12V or 24V DC
• No-Load Speed: Depends on the gear ratio, typical values include:
  • 10 RPM, 30 RPM, 60 RPM, 100 RPM, 150 RPM, 300 RPM, 500 RPM, etc.
• No-Load Current: 50mA – 200mA (varies with gear ratio and voltage)
• Stall Current (12V): 1A to 2A (depending on load and gear ratio)
• Stall Torque (12V): Varies by gear ratio, typically up to 10 kg·cm or more

Gearbox Specifications:

• Gear Type: Spur gear reduction
• Reduction Ratio: Common ratios include 1:10, 1:30, 1:50, 1:100, 1:150, 1:300, etc.
• Self-Locking: No (spur gears do not offer self-locking like worm gears)

Performance:

• Torque Output: High torque, especially with higher gear ratios
• Speed Control: Precise control based on voltage input
• Rotation: CW/CCW (clockwise and counterclockwise)
• Efficiency: Moderate to high, depending on load and gear ratio

Applications:

• Widely used in:
  • Small robotics and automation systems
  • Smart cars and small vehicles
  • Precision positioning devices
  • Automated doors, window openers, or DIY projects requiring controlled motion

Advantages:

• Provides high torque at low speeds, making it ideal for driving wheels or heavy loads.
• The compact size and variety of gear ratios allow for flexibility in design.

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25GA-370 DC Reducer Gear Motor 6V 60RPM | 6V 200RPM | 12V 60RPM | 12V 200RPM | 24V 60RPM | 24V 200RPM
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25GA-370 6V/12V/24V 35RPM/60RPM/150RPM/200RPM DC Reducer Gear Encoder Motor

The 25GA-370 DC Reducer Gear Encoder Motor is a high-performance, compact motor, perfect for robotics and automation projects where precise speed and position control are essential. With an integrated gearbox for torque enhancement and a built-in encoder for real-time feedback, this motor ensures reliable performance in demanding applications.

Key Features:

• Motor Type: Brushed DC motor with an encoder and gearbox.
• Shaft Options: Available with round or D-shaped shaft (depending on model).
• Shaft Diameter: 4 mm.
• Motor Dimensions: Diameter of 25 mm, with a length ranging from 70 mm to 90 mm based on the model.
• Weight: Between 150 g and 200 g, depending on the gear ratio.

Electrical Specifications:

• Voltage Range: Operates between 6V to 24V DC.
• Nominal Voltage: Typically used with 12V or 24V DC.
• No-Load Speeds: Varies by gear ratio – available options include 6 RPM, 12 RPM, 30 RPM, 60 RPM, 150 RPM, 300 RPM, and more.
• No-Load Current: 100mA to 300mA depending on the gear ratio.
• Stall Current: Around 1.2A to 2A at 12V.
• Stall Torque: Up to 10-20 kg·cm at 12V (depending on gear ratio).

Gearbox Specifications:

• Gear Type: Spur gear reduction.
• Reduction Ratios: Choose from common ratios such as 1:10, 1:20, 1:30, 1:50, 1:100, 1:150, etc.
• Self-Locking: No (spur gears lack self-locking capabilities).

Encoder Specifications:

• Encoder Type: Magnetic or optical incremental encoder.
• Resolution: Typically 11 pulses per revolution (PPR), with higher resolutions available in some models (e.g., 64 or 512 PPR).
• Channels: 2-channel quadrature output (A and B signals for speed and direction detection).
• Output Type: Open-collector or push-pull depending on the model.

Performance Highlights:

• Torque Output: High torque at low speeds, adjustable by gear ratio.
• Precise Control: Encoder feedback ensures precise speed and position control.
• Rotation: Supports both CW (clockwise) and CCW (counterclockwise) rotations.
• Efficiency: Efficient performance depending on load and gear ratio.

Applications:

The 25GA-370 DC Gear Motor with Encoder is perfect for:

• Robotics requiring accurate movement and feedback.
• Automated systems needing position control (e.g., conveyor belts and linear actuators).
• Small vehicles, camera pan/tilt systems.
• DIY and hobby projects where rotation feedback is crucial.

Why Choose the 25GA-370?

• Precision Torque & Speed Control: Gearbox offers torque amplification, and the encoder provides real-time position feedback.
• Versatile: Ideal for various applications in robotics and automation.
• Reliable Performance: Engineered for high efficiency and precise control, making it ideal for feedback-based systems like PID control.

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25GA-370 6V/12V/24V 35RPM/60RPM/150RPM/200RPM DC Reducer Gear Encoder Motor
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Solid Shaft JGY370 High Torque Self-locking Strong Wheel Turbine Worm Reduction Motor

The JGY370 High Torque Self-locking Worm Gear Reduction Motor is widely used for projects requiring high torque at low speeds. It features a worm gear mechanism that provides self-locking capabilities, which means the motor won’t back drive when powered off.

Specifications:

• Motor Type: Brushed DC Motor with Worm Gear Reduction
• Shaft Type: Solid Shaft (some models have solid or D-shaped shafts)
• Shaft Diameter: 6 mm
• Shaft Length: Typically 10 – 25 mm (depending on the specific model)
• Motor Size (Body): 32 mm diameter, approximately 56 mm length

Electrical Specifications:

• Voltage Range: 6V to 24V DC (common models use 6V, 12V, or 24V)
• Nominal Voltage: 12V DC (most commonly used voltage)
• No-Load Speed (depending on gear ratio):
  • 6 RPM, 10 RPM, 15 RPM, 20 RPM, 30 RPM, 60 RPM, 100 RPM, 200 RPM, 300 RPM, etc.
  • Speed depends on the gear ratio (typically ranges from 1:10 to 1:1000)
• Stall Current (12V): 0.3A to 2A (depending on load and model)
• Stall Torque (12V): 10 – 50 kg·cm (varies by model)

Gearbox Specifications:

• Gear Type: Worm Gear (provides self-locking feature)
• Reduction Ratio: Common ratios are 1:10, 1:30, 1:50, 1:100, and 1:300
• Self-Locking: Yes (due to the worm gear mechanism)

Mechanical Specifications:

• Output Shaft: Hollow Shaft (sometimes available with D-shaft or round shaft)
• Shaft Material: Typically steel
• Weight: Approximately 150g – 200g

Performance:

• Torque Output: High torque at low speeds (depends on gear ratio)
• Efficiency: Moderate due to worm gear mechanics
• Self-Locking: Worm gear offers strong self-locking for load holding when power is off
• Noise Level: Relatively low
• Rotation: CW/CCW (clockwise and counterclockwise)

Applications:

• Used in projects like:
  • DIY robotics and automation
  • Wheel drives for small robots
  • Window and door actuators
  • Camera pan/tilt systems
  • Automatic curtains and gates

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Solid Shaft JGY370 High Torque Self-locking Strong Wheel 6V 10RPM | 6V 40RPM | 12V 150RPM | 24V 90RPM
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Hollow Shaft JGY370 High Torque Self-locking Strong Wheel Turbine Worm Reduction Motor

The JGY370 Worm Gear Motor High Torque Self-locking Worm Gear Reduction Motor is widely used for projects requiring high torque at low speeds. It features a worm gear mechanism that provides self-locking capabilities, which means the motor won’t back drive when powered off.

Specifications:

• Motor Type: Brushed DC Motor with Worm Gear Reduction
• Shaft Type: Hollow Shaft (some models have solid or D-shaped shafts)
• Shaft Diameter: 6 mm
• Shaft Length: Typically 10 – 25 mm (depending on the specific model)
• Motor Size (Body): 32 mm diameter, approximately 56 mm length
• Mounting Hole Distance: 47 mm (typically)

Electrical Specifications:

• Voltage Range: 6V to 24V DC (common models use 6V, 12V, or 24V)
• Nominal Voltage: 12V DC (most commonly used voltage)
• No-Load Speed (depending on gear ratio):
  • 6 RPM, 10 RPM, 15 RPM, 20 RPM, 30 RPM, 60 RPM, 100 RPM, 200 RPM, 300 RPM, etc.
  • Speed depends on the gear ratio (typically ranges from 1:10 to 1:1000)
• Stall Current (12V): 0.3A to 2A (depending on load and model)
• Stall Torque (12V): 10 – 50 kg·cm (varies by model)

Gearbox Specifications:

• Gear Type: Worm Gear (provides self-locking feature)
• Reduction Ratio: Common ratios are 1:10, 1:30, 1:50, 1:100, and 1:300
• Self-Locking: Yes (due to the worm gear mechanism)

Mechanical Specifications:

• Output Shaft: Hollow Shaft (sometimes available with D-shaft or round shaft)
• Shaft Material: Typically steel
• Mounting Type: Face-mounted with 4 M3 threaded holes
• Weight: Approximately 150g – 200g

Performance:

• Torque Output: High torque at low speeds (depends on gear ratio)
• Efficiency: Moderate due to worm gear mechanics
• Self-Locking: Worm gear offers strong self-locking for load holding when power is off
• Noise Level: Relatively low
• Rotation: CW/CCW (clockwise and counterclockwise)

Applications:

• Used in projects like:
  • DIY robotics and automation
  • Wheel drives for small robots
  • Window and door actuators
  • Camera pan/tilt systems
  • Automatic curtains and gates

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Hollow Shaft JGY370 High Torque Self-locking Strong Wheel Turbine Worm Reduction Motor 6V 40RPM | 6V 150RPM | 12V 90RPM
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