Close-up of ShillehTek Pre-Soldered ADXL345 Accelerometer Sensor for Arduino

ADXL345 Pre-Soldered Accelerometer Sensor for Arduino, Raspberry Pi & Klipper

Name: ADXL345 Pre-Soldered Accelerometer Sensor for Arduino, Raspberry Pi & Klipper
Brand: ShillehTek
SKU: 6E-3GB3-A152
Price: 9.0 USD
Availability: InStock

SKU 6E-3GB3-A152

$9.00 USD Shipping & tax calculated at checkout

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3-axis accelerometer for Arduino and Raspberry Pi, commonly used for Klipper resonance testing and motion/vibration sensing.

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Overview

Product Overview

The ShillehTek ADXL345 Accelerometer Sensor is a compact 3-axis accelerometer that measures motion, tilt, and vibration for Arduino and Raspberry Pi projects, and it is especially popular with Klipper 3D printer setups for resonance testing and input shaping. It supports I2C and SPI, making it easy to integrate with a wide range of boards. Use it for 3D printer tuning, vibration analysis, motion detection, orientation sensing, and robotics projects where you need reliable acceleration data.

Questions & answers

Frequently asked questions

Does the ADXL345 work with Arduino, Raspberry Pi, and Klipper?

The ADXL345 sensor works with Arduino and Raspberry Pi projects and is commonly used in Klipper 3D printer setups. It provides 3-axis acceleration data for motion, tilt, vibration, orientation, and robotics applications.

Does this ADXL345 require soldering before use?

This version is pre-soldered, so the header connection is already installed for easier breadboard or jumper-wire use. You still need to connect it to your controller and configure the appropriate Arduino, Raspberry Pi, or Klipper software.

Does the ADXL345 use I2C or SPI communication?

The sensor module supports both I2C and SPI communication. Select the interface your board or project software expects, then wire the matching pins and use the corresponding library, driver, or Klipper configuration.

Can the ADXL345 help tune a Klipper 3D printer?

Yes. In Klipper setups, the ADXL345 is commonly used for resonance testing and input shaping by measuring printer vibrations. It is typically attached to the printer toolhead or bed according to the tuning procedure being used.

What should I check if readings look wrong?

If readings are inconsistent, check that the sensor is mounted securely, oriented as expected, and wired for the selected I2C or SPI interface. Also confirm the software configuration matches the interface and controller being used.

Have other questions?

Chat with our US-based team — we usually reply fast.

What's included

Features & Specs

3-Axis Acceleration Data Measures motion, tilt, and vibration across X, Y, and Z axes.

Klipper Input Shaping Ready A go-to sensor for 3D printer resonance testing and tuning print quality.

I2C or SPI Interface Flexible wiring options with broad library support across boards.

Vibration and Motion Projects Great for robotics, movement detection, and vibration logging builds.

Compact and Easy to Mount Small module size makes it simple to mount on printers, frames, and prototypes.

Reference

Documents

Full Product Manual ADXL345 Accelerometer 3DOF - Raspberry Pi, Arduino, ESP32 I2C Accelerometer | Klipper Tuning In-depth setup guide with wiring, code examples, and troubleshooting.

Datasheet

Schematic

Watch

Customer Reviews

きちんとはんだ付けされている

部品と基盤はきれいで、頑丈にはんだ付けされている。

Klipper compatible

I was able to use this to tune my 3d printer

arduino lib file is not available for ADXL345.

Unable to use in accelerometer project. Others are too expensive. Desirable presoldered with arduino lib file.

Does not work with beaglebone?

The device can be discovered by the beaglebone. Even beaglebone supports ADXL345(Check screenshot). Best part was, it was even discovered by i2cdetect on a address. However, never got any data as per the datasheet where I should get x, y and z axis values from address 0x32-0x37(Check the screenshot). Tried moving around the device, but no luck. I ordered another one as a replacement to check if it's really not gonna work with beaglebone or not. May be the device was damaged. If it still does not work for beaglebone with the replacement, then I am out of luck with this PCB. I will update what happensUpdate:It works with beaglebone as well. No issue at all. May be the first one was damaged or had some issues. Recommended. Good product for the price.

Works great with a pi and klipper

I picked this up to convert my CR-10 mini and bring it up to modern day standards. Shortly after getting this, I ended up buying an X1C anyways which sort of eliminated the need for this device. Prior to getting the new printer though, I did start setting up a test fit using an rPi and Klipper.Be sure to do all of your research before messing with your printer in this fashion as you can end up bricking the motherboard altogether if you don't flash it right or otherwise.The pi was able to see the data coming back form the ADXL345 which klipper would be able to use for various purposes. There are quite a number of 3d models for mounting this to various printers.Highly recommend this if you're going through the journey of bringing a printer to modern day specs. Its can be a long one but its worth it once complete.

Works well, easy to program

This module did a good job of making this device more accessible. I found it easy to work with.

Great for Klipper harmonic testing

Connected easily up to RaspPi4. Ran test just fine. Worked exactly as advertised.

Works great

Bought this to do resonance testing on my 3D printer through klipper works great.

Used to calibrate my 3d printer inout shaping. It worked without any problems.

Perfect for Klipper Ender3v2

Buy the correct cables or wires. I spent way too many hours on connector and wiring. I had premade make to female and you need female to female for Klipper and raspberry pie! Once wired up was flawless.Bottom before tuning and adxl and top is after and this is at 100mm/s.

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ADXL345 Pre-Soldered Accelerometer Sensor for Arduino, Raspberry Pi & Klipper

Products related to this item

Product Overview

Frequently asked questions

Features & Specs

Documents

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Customer Reviews

Customer Reviews