شحن مجاني للأوردرات فوق
1000 ج
رمضان كريم
Product Description
The DC Geared Motor Dual Shaft 3-12 V DC 450 RPM is a compact, high-torque motor designed for robotics, automation, and DIY electronic projects. Featuring a built-in gear reduction system, this motor delivers enhanced torque at an efficient 450 RPM, making it ideal for driving wheels, small machines, and precise motion applications.
The dual-shaft design provides a secondary output shaft, allowing you to attach wheels, pulleys, encoders, or other mechanical elements on both sides for balanced performance and greater flexibility in design. Suitable for battery-powered devices, mobile robots, conveyor systems, and educational projects, this geared motor combines reliable performance with ease of integration.
✨ Key Features
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Runs on 3 V to 12 V DC power supply
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450 RPM output speed (approximate at 12 V)
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Dual output shafts for versatile mounting and accessories
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Built-in gear reduction for increased torque
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Compact, lightweight, and durable construction
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Easy to mount on robotics and prototype frames
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Commonly used in educational, hobby, and robotics applications
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Low noise and efficient operation
📐 Technical Specifications
| Parameter | Specification |
|---|---|
| Operating Voltage | 3 VDC to 12 VDC |
| Nominal Voltage | 6–12 VDC |
| Output Speed | ~450 RPM (at 12 V) |
| Gear Ratio | Typically high ratio (exact depends on gearbox model) |
| Output Shaft Type | Dual shaft (both ends available) |
| Shaft Diameter | ~6 mm (common) |
| Motor Type | Brushed DC geared motor |
| No-Load Current | ~100–200 mA (varies with voltage) |
| Stall Current | Higher depending on load/voltage |
| Torque | Increased torque due to gearing (varies by model) |
| Mounting | Standard gearbox mount holes |
| Dimensions | Compact size (varies by version) |
| Weight | Lightweight, project-friendly |
🧰 Typical Applications
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Educational robotics and mobile platforms
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Small automated vehicles
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Conveyor belts and mechanical drives
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DIY mechanical systems
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Smart toys and gadgets
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Prototyping and experimentation
🛠️ How to Use
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Power the motor with a DC supply within the 3 V – 12 V range.
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Mount wheels, pulleys, or encoders onto one or both shafts depending on your project needs.
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Control speed and direction using a motor driver or H-bridge (e.g., L298N, TB6612FNG).
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Ensure proper current handling — use appropriate power and drive circuitry to match motor requirements.
⚡ Tips
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Use a motor driver for direction and speed control.
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Add flyback diodes to protect control electronics from voltage spikes.
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Avoid running the motor at voltages beyond the rated range for longevity.
