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Raspberry Pi Imu

Die 10 besten Produkte von Dezember 2025
Letzte Aktualisierung: 10. Dezember 2025
Yahboom
Yahboom
Yahboom IMU Sensor Module 10-axis,High Precision Attitude Sensor Accelerometer,Magnetometer, Barometer. 100Hz Output,for STM32,Raspberry Pi,Jetson Altitude-Controlled Flight,3D Navigation.
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92

TOP QUALITÄT

AUF AMAZON ANSEHEN
Amazon.de
#4

  • 【Multiple Versions for Flexible Selection】 Available in three configurations: six-axis (acceleration + angular velocity), nine-axis (acceleration + angular velocity + magnetometer), and ten-axis (acceleration + angular velocity + magnetometer + barometer), meeting the needs of diverse scenarios such as balancing vehicles, drones, and robots, precisely adapting to developers' budgets and functional requirements. Note: The pin headers are not soldered; user operation is required.
  • 【High-Precision Attitude Data】Utilizing proprietary Mahony filtering algorithms and AHRS fusion technology, the nine-axis and ten-axis sensors output stable pitch, roll, and yaw angles, eliminating drift in dynamic environments and ensuring more precise control of drones, gimbals, and other devices.
  • 【100Hz High-Frequency Communication & Strong Compatibility】Supporting an adjustable output frequency of 10-100Hz for fast response, the system provides dual serial (TTL) and I2C communication interfaces, compatible with mainstream controllers such as the STM32, RPi, Jetson, ESP32, and Arduino. Includes ROS1/ROS2 function packages and multi-platform examples.
  • 【Industrial-Grade Hardware Design】The core chip utilizes the ICM20948 (6-axis) and a high-range magnetometer (8 gauss)/barometer (300-2000hPa). The 32-bit GD32 MCU independently processes the calculations, supports a wide voltage range of 3.3V/5V, and features gold-plated stamp holes for surface mount integration, ensuring ruggedness and durability.
  • 【Ready-to-use & Comprehensive Resources】Includes the module, Type-C data cable, and pin headers. It also provides practical examples for the National Racing Car and ROS map navigation. Built-in firmware packaging algorithms eliminate the need for secondary development, significantly lowering the barrier to entry for embedded, microcontroller, and robotics development.
  • 14,99 € AUF AMAZON
Yahboom
Yahboom
Yahboom 6-axis IMU Sensor Module with Accelerometer,Gyroscope,Slotted PCB I2C SPI Interfaces for Arduino,ESP32,Raspberry Pi,Jetson Suitable for Drones,Robotics,Motion Control,STEM,Industrial
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87

SICHERE QUALITÄT

AUF AMAZON ANSEHEN
Amazon.de
#5

  • 【Multiple Versions for Flexible Selection】 Available in three configurations: six-axis (acceleration + angular velocity), nine-axis (acceleration + angular velocity + magnetometer), and ten-axis (acceleration + angular velocity + magnetometer + barometer), meeting the needs of diverse scenarios such as balancing vehicles, drones, and robots, precisely adapting to developers' budgets and functional requirements. Note: The pin headers are not soldered; user operation is required.
  • 【High-Precision Attitude Data】Utilizing proprietary Mahony filtering algorithms and AHRS fusion technology, the nine-axis and ten-axis sensors output stable pitch, roll, and yaw angles, eliminating drift in dynamic environments and ensuring more precise control of drones, gimbals, and other devices.
  • 【100Hz High-Frequency Communication & Strong Compatibility】Supporting an adjustable output frequency of 10-100Hz for fast response, the system provides dual serial (TTL) and I2C communication interfaces, compatible with mainstream controllers such as the STM32, RPi, Jetson, ESP32, and Arduino. Includes ROS1/ROS2 function packages and multi-platform examples.
  • 【Industrial-Grade Hardware Design】The core chip utilizes the ICM20948 (6-axis) and a high-range magnetometer (8 gauss)/barometer (300-2000hPa). The 32-bit GD32 MCU independently processes the calculations, supports a wide voltage range of 3.3V/5V, and features gold-plated stamp holes for surface mount integration, ensuring ruggedness and durability.
  • 【Ready-to-use & Comprehensive Resources】Includes the module, Type-C data cable, and pin headers. It also provides practical examples for the National Racing Car and ROS map navigation. Built-in firmware packaging algorithms eliminate the need for secondary development, significantly lowering the barrier to entry for embedded, microcontroller, and robotics development.
  • 11,99 € AUF AMAZON
Yahboom
Yahboom
Yahboom ROS2 Robot Control Board 3.0 Developed ROS2 Car Driver Extension IMU Raspberry Pi 5, with OLED Screen, Type C Cable, Supports Raspberry Pi 5 Power Supply
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78

GUTE QUALITÄT

AUF AMAZON ANSEHEN
Amazon.de
#7

  • 【Compatible with various development boards】Newly compatible with Raspberry Pi5/4b/Jetson series development boards, Horizon, and engineering controller development boards. It also has multiple power interface outputs, allowing you to DIY a stable power supply system through the expansion board. The 3.0 expansion board supports the pi5 power supply protocol and can power the Raspberry Pi 5 motherboard without current limitation.
  • 【Rich external device interfaces】The expansion board is compatible with 4-way coding motors, can be adapted to a variety of models, and is compatible with PWM steering gear and three serial bus communication methods such as Mecanum wheel and four-wheel wheel differential, wheel base, etc.
  • 【Onboard 9axis IMU attitude sensor】Operate the IMU register initialization and print the original data of the nine-axis IMU including the data of the three-axis gyroscope, three-axis accelerometer, and three-axis magnetometer. Use ROS environment to display the visual posture, and rviz to visually display the car model posture. Compatible with ROS1 and ROS2, and can be developed together with the ROS robot kit.
  • 【Full document source】In addition to the basic knowledge of the STM32CUBEIDE program, it also includes drive code motors, PWM servo controllers, serial bus routers, reading and solving MPU92509 axis attitude sensor data, multi-communication interface control, etc.; the open hardware schematic diagram is Yes, it is easy to use according to the driver examples.
  • 【Data link】The data link for expansion board versions 1.0 and 3.0 is the same: http://www.yahboom.net/study/ROS-Driver-Board
  • 69,00 € AUF AMAZON
Zoegneer
Zoegneer
Zoegneer RedBoard GPS-Modulplatine mit Antenne, kompatibel mit APM2 & APM2 5 GY-NEO-6MV2 GPS-Modul NEO-6M für Raspberry Pi Projekte
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78

GUTE QUALITÄT

AUF AMAZON ANSEHEN
Amazon.de
#8

  • 【Eingebaute Antenne】 Die NEO-6M GPS-Modulplatine wird mit einer eingebauten Antenne für eine zuverlässige und genaue Positionierung geliefert. Es macht zusätzliche externe Antennen überflüssig, was die Verwendung bequemer macht.
  • 【EEPROM-Speicher】Mit einem integrierten EEPROM können Sie mit diesem GPS-Modul alle Ihre Konfigurationsdaten speichern. Sie können Ihre Einstellungen einfach anpassen und speichern, um eine nahtlose und personalisierte Benutzererfahrung zu gewährleisten.
  • 【Breite Kompatibilität】Entwickelt, um mit APM2 und APM5 kompatibel zu sein, bietet diese GPS-Modulplatine Vielseitigkeit und Flexibilität für verschiedene Anwendungen. Es lässt sich nahtlos in diese Systeme integrieren und ermöglicht eine einfache Installation und Nutzung.
  • Stabile Leistung: Mit einem niedrigen Spannungsbedarf von 3 ~ 5 V und einem Baudratenstandard von 9600 bps sorgt diese GPS-Modulplatine für eine stabile und zuverlässige Leistung. Es liefert konsistente und genaue Datenübertragung, gibt Ihnen Vertrauen in seine Funktionalität.
  • 【Kompakt und praktisch】Mit den Abmessungen von 36 x 24 mm verfügt diese GPS-Modulplatine über ein kompaktes Design, das Platz spart und die Integration in Ihre Projekte erleichtert. Sein kleiner Formfaktor ermöglicht flexible Montagemöglichkeiten und sorgt für eine problemlose Installation.
  • 9,19 € AUF AMAZON