MPU-6050 Gyro And Accelerometer Sensor Module

SKU: SEN-MA005

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Key Highlights

  • Gyroscope draws just 3.6mA during operation keeping power use low
  • Accelerometer normal operating current rated at only 500 µA
  • Gyro range selectable at 250, 500, 1000 or 2000 degrees per second
  • On-board 3.3V regulator lets the mpu6050 gyroscope sensor arduino projects run safely
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Description

The MPU-6050 Gyro And Accelerometer Sensor Module combines a 3-axis gyroscope and a 3-axis accelerometer into a single IC, communicating over I2C. It runs on 5V input through an on-board 3.3V regulator, so connecting it to an Arduino Uno or Nano needs only power and two I2C lines. The mpu6050 accelerometer and gyro outputs feed the host processor simultaneously, removing the need for two separate sensor modules in motion-sensing builds.

The mpu6050 gyroscope accelerometer uses a 32.768kHz crystal for internal timing. A non-obvious detail is that the MPU-6050 also includes a Digital Motion Processor (DMP) that can offload quaternion calculations from the main MCU, but activating the DMP requires loading firmware into the chip at startup. The gyro range tops out at plus or minus 2000 degrees per second, which covers fast UAV rotation but still saturates under very sharp mechanical impact events.

Drone builders and self-balancing robot makers gesture control use the mpu6050 sensor module. StemVolt provides this sensor with trusted quality, ensuring reliable performance and easy usability. Use Arduino IDE with the MPU6050 library with an I2C driver and start reading gyro and accel data in minutes.

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Features:

  • Gyroscope operating current of 3.6mA keeps the module power consumption low during continuous motion tracking
  • Accelerometer normal operating current of 500µA allows battery-powered wearable projects to run longer
  • On-board 3.3V regulator accepts 5V input and protects the sensor chip from overvoltage damage

Technical specifications:

Specification Details
On-board 3.3V regulator
Interface I2C Interface
Gyroscope Operating Current 3.6 mA
Accelerometer Normal Operating Current 500 µA
Gyro Range ±250, ±500, ±1000, ±2000°/s
Crystal Frequency 32.768 KHz
Input Power Supply 5V

Applications:

  • Self-balancing two-wheel robot uses MPU-6050 Gyro And Accelerometer Sensor Module to measure tilt and correct motor speed
  • Drone flight controller reads gyro sensor module output to detect rotation and stabilise attitude in real time
  • Gesture-controlled hand glove maps wrist angle using accelerometer data to send commands to a robotic arm

Package includes:

  • 1 x MPU-6050 Gyro And Accelerometer Sensor Module
Frequently Asked Questions
What does the MPU-6050 Gyro And Accelerometer Sensor Module measure?
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The MPU-6050 Gyro And Accelerometer Sensor Module measures 3-axis angular rate and 3-axis linear acceleration simultaneously over I2C. Gyro range goes up to 2000 degrees per second and accelerometer data reads independently on the same bus.
What is the operating voltage of the MPU6050 accelerometer module?
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The MPU6050 accelerometer module takes 5V input through an on-board 3.3V regulator. Never connect the I2C pins directly to 5V logic without checking your board’s voltage tolerance, as the chip runs internally at 3.3V.
How do I connect an MPU-6050 Gyro And Accelerometer Sensor Module to Arduino?
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Connect VCC to 5V, GND to GND, SDA to A4, and SCL to A5 on Arduino Uno. The MPU-6050 Gyro And Accelerometer Sensor Module uses I2C address 0x68 by default. Use the MPU6050 library in Arduino IDE to start reading data.
What gyro range does the MPU6050 gyroscope accelerometer support?
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The MPU6050 gyroscope accelerometer supports four selectable gyro ranges at 250, 500, 1000, and 2000 degrees per second. Set the range in firmware based on how fast your application rotates. Drones typically need the 2000 degree setting.
How much current does the MPU-6050 Gyro And Accelerometer Sensor Module draw?
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The MPU-6050 Gyro And Accelerometer Sensor Module draws 3.6mA on the gyroscope and 500µA on the accelerometer during normal operation. Both sensors can run together on a standard Arduino 5V rail without needing a separate power supply.
1. How long does delivery take?

Most orders are delivered within 3–7 working days, depending on your location. Remote areas may take slightly longer, but we always aim for fast and reliable delivery.

2. What should I do if I receive a damaged product?

If you receive a damaged or defective product, please contact us within 24 hours and share an unboxing video. Our team will quickly verify and arrange a replacement.

3. Do you provide technical support for products?

Yes, STEMVOLT provides basic technical support for most DIY kits, sensors, and electronic components to help you use the product smoothly and without confusion.

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