Difference Between DC Motor and Servo Motor – Explained! 🔧 | RNDStore.in

Whether you’re building a DIY robot, automation system, or learning about motors in electronics, understanding the difference between DC motors and servo motors is essential. Both are widely used in electronics and robotics — but they have different structures, controls, and applications.

Let’s break it down simply for beginners and makers! 🚀

⚙️ What is a DC Motor?

A DC motor (Direct Current Motor) is a simple motor that converts electrical energy into mechanical motion. When powered by a DC source, it rotates continuously.

🔑 Key Features of DC Motors:

• Constant rotation when powered

• Speed depends on voltage and load

• Direction can be changed using H-Bridge circuits

• Easy to control but no position feedback

✅ Applications:

• Small robots

• Car wheels

• Fans & pumps

• Electric toys

👉 Buy High-Quality DC Motors on RNDStore.in

🤖 What is a Servo Motor?

A servo motor is a motor with position control. It has a small control circuit and feedback mechanism that allows precise angle rotation.

It’s not for continuous rotation (unless it’s a continuous servo) — it moves to a specific angle (0°–180° typically).

🔑 Key Features of Servo Motors:

• Rotates to a specific angle

• Built-in control circuit

• Requires a PWM signal (from Arduino, etc.)

• Highly accurate for positioning tasks

✅ Applications:

• Robotic arms

• RC cars & planes

• Camera gimbals

• Pan-tilt mechanisms

👉 Explore Servo Motors on RNDStore.in

🧪 Key Differences: At a Glance

🛠️ Which Motor Should You Use?

👉 Use a DC Motor when:

• You need continuous rotation (e.g., robot wheels)

• Simplicity and cost are more important than precision

👉 Use a Servo Motor when:

• You need precise control of position

• Your project involves rotating an arm, camera, or sensor to a specific angle

🎥 Want to See the Difference in Action?

📺 Watch our video demo of DC vs Servo Motor!

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