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Round Toy Motor with Alligator Clips
A compact round DC motor equipped with 12‑inch leads and large alligator clips, designed for 1.5 V‑3.0 V operation. It delivers up to 16 400 rpm, 44 g·cm stall torque and a maximum output of 1.16 W within a 15 × 20 × 25 mm package, making it for hobby, educational and low‑voltage robotics projects.
Product Specifications
| Motor Size | 15 × 20 × 25 mm |
| Shaft Length | 38 mm (exposed 7.5‑8 mm) |
| Voltage Range | DC 1.5 V – DC 3.0 V |
| No‑Load Speed (3 V) | Up to 16 400 rpm |
| No‑Load Speed (1.5 V) | 9 100 rpm |
| No‑Load Current (1.5 V) | 200 mA |
| No‑Load Current (3 V) | 230 mA |
| Max Efficiency Speed (1.5 V) | 6 990 rpm |
| Max Efficiency Speed (3 V) | 13 200 rpm |
| Max Efficiency Current (1.5 V) | 660 mA |
| Max Efficiency Current (3 V) | 950 mA |
| Max Efficiency Torque (1.5 V) | 6 g·cm |
| Max Efficiency Torque (3 V) | 8.6 g·cm |
| Max Efficiency Output (1.5 V) | 0.43 W |
| Max Efficiency Output (3 V) | 1.16 W |
| Stall Torque (1.5 V) | 26 g·cm |
| Stall Torque (3 V) | 44 g·cm |
| Stall Current (1.5 V) | 2.2 A |
| Stall Current (3 V) | 3.92 A |
| Weight | 16.3 g |
| Wire Length | 12 in (30 cm) |
| Connector Type | Large alligator clips |
Applications and Benefits:
- Propulsion for small toy cars and racing models
- Low‑voltage robotics and micro‑drives
- Hands‑on science experiments demonstrating motor speed and torque
- Simple fans, pumps, or generators for classroom projects
- DIY electronics kits and prototype development
Key Features and Benefits
- Compact 15 × 20 × 25 mm form factor for space‑constrained builds
- Wide operating voltage range (1.5 V‑3.0 V) for battery‑powered projects
- High no‑load speed up to 16 400 rpm at 3 V for fast‑moving applications
- Stall torque of 44 g·cm at 3 V provides sufficient load handling for small mechanisms
- Integrated 12‑inch leads with large alligator clips for quick, tool‑free connections
- Low weight (16.3 g) minimizes inertia in dynamic assemblies
- Detailed performance data at both 1.5 V and 3 V enables precise design calculations
DC_MOTORS CATALOGUE