GY-273 HMC5883L Triple Axis Compass Magnetometer Sensor Module 3V-5V

SKU: SEN-MA003

Apple Shopping Event

Hurry and get discounts on all Apple devices up to 20%

Sale_coupon_15

160.00

In Stock

In Stock

Add 84.00 to cart and get free shipping!

Key Highlights

  • Measures magnetic field across range of plus or minus 1.3 to 8 Gauss
  • Outputs heading data at up to 160Hz for fast navigation updates
  • Communicates over I2C at speeds up to 400kHz with any microcontroller
  • ADC resolution of 12-bit gives fine heading granularity per reading
13 People watching this product now!
Genuine Product
Quality tested
💳
COD Available
Up to ₹5,000
🔒
Secure Payment
UPI, Card, Net
🔄
5 Day Returns
Hassle-free

Payment Methods:

Description

The GY-273 HMC5883L Triple Axis Compass Magnetometer Sensor Module measures magnetic field strength across all three axes using the HMC5883L driver IC. It outputs heading data at up to 160Hz over I2C at 400kHz, making it fast enough for real-time compass and orientation tracking. The gy 273 sensor accepts 3V to 5V input, so it connects directly to both 3.3V and 5V microcontrollers without a level shifter in most cases.

The gy 273 magnetometer sensor uses a 12-bit ADC internally, which gives finer heading resolution than 10-bit alternatives. An important limitation is that the measurement range tops out at plus or minus 8 Gauss. Strong nearby magnets or motor fields above this threshold will saturate the sensor and produce incorrect readings. The triple axis magnetometer sensor requires software calibration using hard and soft iron correction to get accurate compass headings in real environments.

Drone builders and autonomous robot navigators building digital compass projects all use the hmc5883l magnetometer regularly. StemVolt provide sensor module ready to use. Use Arduino IDE with the HMC5883L library with an I2C driver to read heading data within minutes.

Related Product:

Features:

  • Measurement range of plus or minus 1.3 to 8 Gauss covers most environmental magnetic field strengths
  • Data output rate of 160Hz allows fast and continuous heading updates in motion tracking applications
  • 12-bit ADC resolution provides finer magnetic field readings compared to lower-resolution magnetometer chips

Technical specifications:

Specification Details
Model HMC5883L
ADC 12-bit
Driver IC HMC5883L
Communication Interface I2C (up to 400 kHz)
Measurement Range ±1.3 to ±8 Gauss
Data Rate 160 Hz
Input Voltage 3 – 5 V
Operating Temperature Range -30 to 85 °C

Applications:

  • Digital compass project reads three-axis field data and displays cardinal direction on an OLED screen
  • Drone gimbal stabiliser uses hmc5883l compass module to compensate for yaw drift during long flights
  • Weather station build uses I2C magnetometer data to log geomagnetic field variation alongside temperature readings
  • Autonomous ground robot uses GY-273 HMC5883L Triple Axis Compass Magnetometer Sensor Module for heading correction during navigation

Package includes:

  • 1 x GY-273 HMC5883L Triple Axis Compass Magnetometer Sensor Module
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.

4. Is payment on STEMVOLT secure?

Yes, all payments on STEMVOLT are processed through secure and encrypted payment gateways. Your personal and payment information remains completely safe and protected at all times.

Customer Reviews

0 reviews
0
0
0
0
0

There are no reviews yet.

Only logged in customers who have purchased this product may leave a review.