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MPU-9250 MPU9250 BMP280 SPI IIC/I2C 10DOF Acceleration Gyroscope Compass 9-Axis Sensor Board Module GY-91 for Arduino 3-5V
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MPU9250 + BMP280 module provides three-axis gyroscope, triaxial accelerometer, triaxial magnetic field, and pressure capabilities.
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Product Details
| Item Weight | 0.1 lbs (50 grams) |
Who Should Buy?
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Hobbyist Developers
Ideal for hobbyists creating DIY projects that require motion and environmental sensing capabilities using Arduino.
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Robotics Enthusiasts
Useful for building robots that need precise motion tracking and orientation information for navigation.
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Educational Purposes
Great for students and educators exploring sensor integration and data acquisition in electronics and robotics.
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Advanced Applications
Not suitable for high-end applications requiring professional-grade precision or advanced filtering techniques.
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No Programming Skills
Users without programming expertise may struggle to integrate the module effectively in their projects.
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Limited Documentation
May not meet needs of users requiring extensive documentation and support for complex projects.
Product Description
MPU-9250 MPU9250 BMP280 SPI IIC/I2C 10DOF Acceleration Gyroscope Compass 9-Axis Sensor Board Module GY-91 for Arduino 3-5V
About This Item
Introducing the MPU-9250 MPU9250 BMP280 SPI IICI2C 10DOF Acceleration Gyroscope Compass 9-Axis Sensor Board Module GY-91, the perfect choice for your next DIY electronics or Arduino project. This module features a high-performance MPU-9250 chip and BMP280 module that offer triaxial acceleration, triaxial magnetic field, three-axis gyroscope, and pressure measurement. The GY-91 module is designed with a 16-bit AD converter that provides you with high-precision data output.
You can choose from four different gyroscopes ranges, including +- 250, 500, 1000, and 2000 deg/s. Similarly, the acceleration range includes +- 2, +- 4, +- 8, and +- 16g, and the field range is +-4800uT. This module also comes with a 300-1100hPa pressure range, making it an all-in-one solution for your motion tracking and pressure measurement needs. Equipped with a standard IIC/SPI communications protocol and a 2.54mm pitch PCB, the GY-91 module allows for straightforward integration into your Arduino project.
The module size is just 14.3mm * 20.5mm, making it compact and easy to work with. Thanks to its immersion gold PCB and machine welding process, you can rest assured that this module will deliver superior quality and reliable performance. Additionally, its internal low dropout regulator provides a power supply of 3-5V. Whether you are working on an Arduino-controlled drone project or an immersive sensor fusion project, the GY-91 MPU-9250 AHRS sensor board is the ideal choice for any robotics, electronics or DIY project that requires an array of motion tracking sensors. Purchase now and take the first step in unlocking your imagination for your next fantastic project.
Customer Questions & Answers
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Question:
What is the MPU-9250 sensor module used for?
Answer: The MPU-9250 sensor module is designed for a variety of applications that require motion tracking and environmental sensing. It integrates a 9-axis sensor, including an accelerometer, gyroscope, and magnetometer, allowing for precise movement detection and orientation. This makes it ideal for robotics, drones, and IoT projects where accurate motion data is crucial, enabling developers to create innovative solutions that respond to spatial orientations for enhanced user interactions. -
Question:
How does I2C communication work with the MPU-9250?
Answer: I2C, or Inter-Integrated Circuit, is a communication protocol used to connect low-speed peripherals to a microcontroller. The MPU-9250 supports I2C and allows multiple devices to share the same bus. Data is transmitted between the sensor and the Arduino, enabling you to read sensor outputs like acceleration and gyroscope data efficiently. This is highly beneficial for projects where multiple sensors are used, simplifying the wiring and reducing pin usage on your microcontroller. -
Question:
Can the GY-91 sensor module be powered by a 3V supply?
Answer: Yes, the GY-91 sensor module can be powered by a 3V supply, making it compatible with a range of microcontrollers like Arduino. It operates effectively within the 3-5V range, providing versatility for various projects. For applications where power source flexibility is crucial, this allows developers to incorporate the sensor module into battery-powered devices or compact setups without compromising on performance. -
Question:
What programming environments can I use with the MPU-9250?
Answer: The MPU-9250 can be effectively used with various programming environments, most notably the Arduino IDE, which offers a user-friendly interface and extensive libraries. Additionally, it can be integrated with platforms like Raspberry Pi and other microcontroller environments. This flexibility enables hobbyists and professionals alike to leverage the sensor in a multitude of projects, ranging from simple applications to more complex robotic systems. -
Question:
What types of projects can benefit from using the GY-91 sensor?
Answer: The GY-91 sensor module is suitable for a wide range of projects, including wearable technology, robotics, and drone navigation systems. Its ability to track motion and environmental conditions makes it ideal for applications such as stability control in drones or motion detection in robotics. Additionally, it can be used in augmented reality setups, where precise location and orientation data are critical for an immersive experience. -
Question:
What is the difference between BMP280 and MPU-9250?
Answer: The BMP280 is primarily a barometric pressure sensor, measuring atmospheric pressure and temperature, while the MPU-9250 is a comprehensive 9-axis motion sensor combining accelerometer, gyroscope, and magnetometer functionalities. When used together, they can provide complementary data for applications such as altitude holding in drones (BMP280) alongside motion tracking (MPU-9250), delivering a complete environmental and motion analysis capability. -
Question:
How do I connect the GY-91 sensor to my Arduino?
Answer: To connect the GY-91 sensor to an Arduino, you need to connect the VCC pin to the power supply (3-5V), GND to ground, and the I2C pins (SDA, SCL) to the corresponding I2C pins on the Arduino board. Using pull-up resistors on the SDA and SCL lines may improve communication reliability. Once connected, you'll be able to use libraries such as the 'Adafruit MPU6050' and 'Adafruit BMP280' libraries to begin reading data in your projects. -
Question:
Is the MPU-9250 sensor module suitable for beginners?
Answer: Yes, the MPU-9250 sensor module is suitable for beginners as it is compatible with many tutorials and beginner projects available online. The simplicity of connecting to an Arduino and the rich library support provides a smooth learning curve. Beginners can start with basic projects like reading acceleration or orientation data with real-time visual feedback, which paves the way for developing more complex applications as they gain confidence. -
Question:
What libraries are recommended for the MPU-9250 and BMP280?
Answer: For the MPU-9250, the recommended libraries include the 'Adafruit MPU6050' and the 'MPU9250' library, which simplify the process of accessing the sensor's data. For the BMP280, the 'Adafruit BMP280' library is widely used. These libraries come with example codes that help you get started quickly and facilitate the integration of both sensors into your projects, making prototyping faster and easier for developers. -
Question:
Where can I buy MPU-9250 MPU9250 BMP280 SPI IICI2C 10DOF Acceleration Gyroscope Compass 9-Axis Sensor Board Module GY-91 for Arduino 3-5V?
Answer: You can buy the MPU-9250 MPU9250 BMP280 SPI IICI2C 10DOF Acceleration Gyroscope Compass 9-Axis Sensor Board Module GY-91 at Ubuy. Ubuy offers a wide selection of electronics and components, ensuring you find quality products that meet your needs. With their user-friendly interface, you can easily browse and order this sensor module from the comfort of your home.
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Features & Benefits
- Combines gyroscope, accelerometer, magnetic field, and pressure sensors in one module
- Power supply range of 3-5v with internal low dropout regulator
- Supports standard IIC / SPI communication protocols
- Features 16-bit AD converter and data output
- Adjustable ranges for gyroscopes, accelerometers, field, and pressure
- Compact size of 14.3mm * 20.5mm with 2.54mm pitch