


















Full Metal Gearbox Micro Motor for Electronic Equipments DIY Projects Robort
Description:
- ăCompactă: Lightweight design with a total weight of approximately 12g and dimensions of 0.80inchx0.79inchx0.39inch, ideal for space constrained applications
- ăVersatile Voltageă:Efficiently with DC 3.7V, making it suitable for various electronic projects and devices
- ăPerformanceă: Features an estimated gear reduction ratio of 1:103, delivering no load speeds from 112RPM at DC3V to 150 RPM at DC4.2V for linear motion control
- ăMaterială:Constructed from quality metal materials to ensure long reliability and stable performance in demanding environments
- ăApplicationă: Suitable for fingerprint locks, micro linear actuators, and other small scale automation systems requiring accurate movement and compact
Size Chart:
2.03cmx2cmx1cm/0.80inchx0.79inchx0.39inch
Package Includes:
1Â Micro N20 Full Metal Gear Motor
Note:
Please allow slightly errors 1-2cm/0.39-0.79inch differences due to manual measurement.
Original: $933.61
-65%$933.61
$326.76Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Description:
- ăCompactă: Lightweight design with a total weight of approximately 12g and dimensions of 0.80inchx0.79inchx0.39inch, ideal for space constrained applications
- ăVersatile Voltageă:Efficiently with DC 3.7V, making it suitable for various electronic projects and devices
- ăPerformanceă: Features an estimated gear reduction ratio of 1:103, delivering no load speeds from 112RPM at DC3V to 150 RPM at DC4.2V for linear motion control
- ăMaterială:Constructed from quality metal materials to ensure long reliability and stable performance in demanding environments
- ăApplicationă: Suitable for fingerprint locks, micro linear actuators, and other small scale automation systems requiring accurate movement and compact
Size Chart:
2.03cmx2cmx1cm/0.80inchx0.79inchx0.39inch
Package Includes:
1Â Micro N20 Full Metal Gear Motor
Note:
Please allow slightly errors 1-2cm/0.39-0.79inch differences due to manual measurement.





















