BOJACK 4 Pcs Type 130 EK1450 1V-6V Miniature DC Motors for Arduino & DIY Projects

BOJACK presents a 4 Pcs set of Type 130 EK1450 miniature DC motors, designed for Arduino hobbyists, educators, and makers who enjoy hands-on projects. These compact motors balance speed, torque, and reliability, making them well suited for small robots, fan projects, toy cars powered by solar or batteries, and classroom demonstrations. Their size fits tight spaces, while the 1 to 6 V operating range invites experimentation with simple control schemes and sensor feedback without overwhelming your setup.

Each motor arrives with two 15 cm (6 in) Dupont jumper wires, enabling direct connections to control boards and power sources. This built-in convenience can shorten your testing cycle and keep your workspace organized as you iterate on ideas.

What you get

• 4 x Type 130 EK1450 miniature DC motors
• Two 15 cm Dupont jumper wires per motor for direct connections
• Low noise operation with steady torque across runs

Key specs at a glance

• Operation voltage: 1 to 6 V
• Current draw: 0.35 A to 0.4 A
• Speed: up to 16,000 RPM at 3 V
• Size: 15 x 20 mm; shaft diameter 2.0 mm; shaft length 9 mm
• Wiring: 15 cm wires included for easy setup

Wide applications

• Fans, solar or battery powered toy cars
• Robotics and robot project ideas
• Hair dryers and other small appliances in compact builds
• Scientific experiments and classroom demonstrations

Real-world uses

Thanks to their compact footprint and accessible wiring, these motors suit small-scale robotics, prototyping with microcontrollers, and educational demos. The built-in wires simplify breadboard or harness connections, letting you prototype speed and torque experiments quickly.

Why choose BOJACK

• Low noise for quieter testing and debugging
• Stable operation supports consistent results during experiments
• High torque relative to compact dimensions for versatile mounting

Getting started is straightforward: supply 1 to 6 V, connect with the Dupont wires, and observe how speed changes with voltage or PWM signals as you refine your design.