Vibration Detection
by Sebastian Bub Software Distribution
- Productivity
- Paid
- Zombie
- Rating
- 0.0
- 0 ratings
- Last update
- Sep 26, 2025
- Version 1.91
- Size
- 12 MB
- Category
- Productivity
- Tracked since
- Oct 24, 2026
Estimated revenue
A model estimate with a likely range, not a reported figure.
No estimate. Apps outside the grossing charts, and some countries, have no reliable rank-to-revenue curve, so we show nothing rather than a guess.
How this estimate is made
Rank: we take the app's best Top Grossing rank on the latest chart day. Category ranks are converted into an equivalent overall rank, because a #10 in Finance earns far less than a #10 overall.
Curve: that equivalent rank is read off a rank-to-revenue curve anchored on public company revenue and market-data reports for the US iPhone App Store.
Country: the curve is scaled per country (Japan is roughly a third of the US, Türkiye under 1%). Where we have no scale, such as China, there is no estimate.
Range: the likely range widens with country, category and chart depth. It is a plausible span, not a statistical confidence interval.
Not included: ads, payments outside the App Store, and any difference between gross sales and what the developer keeps. Low confidence means indirect data; medium means several independent sources agree.
Full methodScreenshots
As shown on the App Store listing.
About this app
Text from the App Store listing.
Solve your vibration problems of a car. The app can be used to analyze vibrations in a car. It can also be used to measure vibrations of systems.
The app helps to locate if the vibration sources are the wheels or the cardan shaft. It is easy to setup. You can create a projects, specify the wheel size and gear ratio and start a measurement. Afterwards you get a chart of the measured vibrations. With the help of the project specific data and the speed the potential frequencies of tires ans gear shaft are calculated and displayed in the chart.
The accelerometer of your device is used for the measurement. Currently a maximum of 50 Hz can be detected. Frequencies less than 5 Hz are visually filtered out. A fast Fourier transform (FFT) is used to find the frequency components of the vibrations.
*** Features:
- Create a project with car data
- After a measurement you must specify the speed
- The Result is displayed in a chart
- The chart can be zoomed in and out
- The chart displays a reference line when tapped to better identify the frequency
- The chart displays potential sources of vibrations (wheels or cardan shaft)
- Data can be exported:
- A single measurement including the chart can be exported as pdf
- The original data of a project can be exported and imported
- With iTunes File Sharing or the Files app: all files can be accessed [date].fft
- A simple analysis for vehicles is integrated
- The analysis can be adapted to your needs with basis technical understanding. Use iTunes File Sharing to download a configuration file (It is named analysis-gui.json and should be self-explanatory).
The accuracy depends on the accuracy of the build-in hardware. For a verifiable measurement result, please use a professional measuring device.
The evaluation of the results must be done by a human. Vibrations are normla (i.e. for a car) and still exists if the car is working correctly.
What’s new
Release notes for the latest version, as written by the developer.
maintenance release
Rank history
Daily position in the Croatia charts. #1 is at the top.
- Best rank
- #3
- Current rank
- #5
- Days charting
- 2 of 7
On the charts today
Small & simple score
How realistic it is for a small team to build something like this.
72/100
Not flagged as small & simple
- Developer size70% · 25
Developer: 2 apps on the charts
- Audience size– · 20
No data, weight redistributed
- App size100% · 10
Size: 12 MB
- Price model100% · 15
Price model: paid
- Demand proof50% · 30
Best rank #3, 1 country
An indicator, not a fact. We can't see team size. Calculated Oct 25, 2026 · method i2
How the score worksVersion history
- 1.91LatestReleased Sep 26, 2025