DC 3V/6V/12V N20 Mini Micro Metal Gear Motor with Gearwheel DC Motors 30/50/60/100/150/200/300/500/1000RPM

DC 3V/6V/12V N20 Mini Micro Metal Gear Motor with Gearwheel DC Motors 30/50/60/100/150/200/300/500/1000RPM

200RPM / 3V / Other
£3.15
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DC 3V/6V/12V N20 Mini Micro Metal Gear Motor with Gearwheel DC Motors 30/50/60/100/150/200/300/500/1000RPM

DC 3V/6V/12V N20 Mini Micro Metal Gear Motor with Gearwheel DC Motors 30/50/60/100/150/200/300/500/1000RPM

£3.15
Speed(RPM)
Voltage
Gear Count

Compact, durable and ready for micro-robotics, the DC 3V/6V/12V N20 Mini Micro Gear Motor with Gearwheel delivers reliable drive in a tiny package. Built with a brush-based design and a permanent magnet construction, this gear motor offers stable torque and smooth operation for DIY projects, educational kits, and compact automation tasks.

Key specifications

  • Voltage: DC 3V/6V/12V
  • Speed (RPM): 30/50/60/100/150/200/300/500/1000
  • Continuous current: 1 A
  • Construction: Permanent magnet, brush
  • Protection: Drip-proof
  • Output Power: <18.65,DC 3V/6V/12V
  • Model: GA12-N30 / DC Motor Gear Motor (GLINTDEER variant JGA-12-N20)
  • Origin: Mainland China
  • Pack contents: 1 piece
  • Battery: Not included
  • Wireless features: Not included
  • Drop shipping: Supported

Why this micro gear motor stands out

  • Ultra-compact footprint with high gearing options makes it ideal for tight spaces in micro robots, camera sliders, and small conveyors.
  • Brush-based, permanent-magnet design provides consistent torque characteristics suitable for precise speed control when paired with a microcontroller or motor driver.
  • Wide voltage compatibility (3V/6V/12V) and a broad RPM range give you flexible performance across different load conditions.
  • Drip-proof protection adds a layer of reliability in light moisture or humid environments typical of hobbyist workshops and classrooms.
  • Single-pack packaging (1 piece) simplifies inventory for kits and bulk projects.

Use cases and applications

  • Educational robotics: build tiny autonomous agents, remote-controlled models, or line-following mini-robots.
  • DIY automation: drive small mechanisms, micro-positioning stages, or hobby project actuators.
  • Prototyping: test gear ratios and torque demands on compact gearheads without committing to large motors.

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