









📊 Elevate your sensor game with precision that never quits!
The WT901C-232 is a high-stability 9-axis vibration inclinometer featuring a triaxial MPU9250 sensor suite with Kalman filtering. It offers exceptional static angle accuracy of 0.05° on X and Y axes, selectable output rates from 0.2 to 200Hz, and robust data fusion of acceleration, gyro, and magnetic field measurements. Designed for Arduino and Raspberry Pi projects, it comes in a compact iron casing with flange mount, ideal for scientific research, robotics, and flight control applications.


















| ASIN | B07YYTD9GR |
| Best Sellers Rank | #173,152 in Industrial & Scientific ( See Top 100 in Industrial & Scientific ) #67 in Acceleration Sensors |
| Brand | WITMOTION |
| Current Rating | 40 Milliamps |
| Date First Available | November 27, 2015 |
| Is Discontinued By Manufacturer | No |
| Item Weight | 0.705 ounces |
| Item model number | WT901C-232 |
| Manufacturer | WitMotion |
| Material | iron |
| Maximum Supply Voltage | 6 Volts |
| Measurement Accuracy | +/-16g |
| Measuring Range | Acceleration: ±16g, Angular Velocity: ±2000 °/s, Magnetic Field: ±4900 uT |
| Mounting Type | Flange Mount |
| Output Type | Digital |
| Package Dimensions | 2.95 x 2.91 x 0.83 inches |
| Specific Uses For Product | Scientific research, Arduino projects, Four-axis flight control, Self-balancing robots, Depth measuring |
| Style | Digital,Magnetic,Robust |
| UPC | 769135639164 |
| Upper Temperature Rating | 125 Degrees Celsius |
M**Z
Witmotion support
“The sensor works as expected. At the beginning there were some issues for get the sensor works. I contacted the Witmotion support and they solve the problem. Good sensor performance and excellent technical support!”
M**B
Conflicts
Caused the computer to hang up and freeze but the seller helped
R**E
Do not buy for Python or Raspberry Pi
Witmotion's website says there are no python software examples for this device. That is different than what you would think by looking at the ad on Amazon. The sample "python" software (they provide in a large zipped file that you download from their website) is actually in C++. I have spent four solid days trying to find a software example on the internet that I could get to work, but there is always something wrong or missing that keeps this thing from working. Oh, and the one "good" software example I found was written in a class structure, and I don't understand how the class structure works, nor was I able to unravel what it was trying to do to write non-class structure software. It also wanted to import "typing", and I think "typing" may be obsolete(?). VERY FRUSTRAITING. I am returning this to amazon. Also, it must be connected to the USB port. You can not connect it to the header pins.
C**N
No viene la tarjeta de instrucciones
T**N
Sketchy support
I bought it because the MPU6050 wandered too much. Maybe this works. I may never know, because support in the description sounds enthusiastic, but that's where it ends. The supplied sketches reference libraries that can't be easily found. Using just the library code doesn't work, either. If someone has been able to get this unit to stay calibrated and read angles to an Arduino MEGA2560, I'd sure like to hear from them. (I actually need Tangents of X and Y.) Thanks. Note: I also bought the identical-looking DFRobot unit, and encountered similar problems. I suspect these are white-labeled.
E**R
The app does not work: unit is useless
The app for this device did not load on either Android or iPhones. The seller wanted all sorts of proofs and screen pictures: to run our time, IMO. Could not return it bc waited too long.
D**1
I bought this for my DOF motion rig and it works great with the Sim Racing App.
S**R
An app called "brltty" on Ubuntu prevents "/dev/ttyUSB0" from being accessible. I uninstalled "brltty" and the WitMotion device does works. WitMotion does not officially support Linux and Python. There is a Python Module called "witmotion" (PyPi) which does work (for this model). I have tested it. I am getting the angle (x, y, z) at regular intervals. With a math formula (search for it), translated the angles to degrees (digital compass 0-360). If you do not know how to program and are not familiar with Linux, stick to Windows. The Windows App is eye-candy, user friendly. However, the usefulness is integration into applications. It would be nice if WitMotion officially supported Linux and Python however, it works for me so, I am satisfied with the product.
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