Vibration analysis vs Pro
Price, ratings, monetisation and update history for both apps, side by side — with what reviewers say about each.
Vibration analysis
This app analyzes phone accelerometer data to create a vibration spectrum. It helps evaluate vibration strength, frequency, and the rotation speed of various mechanisms like fans and motors. Useful for quality checks, malfunction detection, and balancing homemade rotating parts.
- Vibration spectrum analysis
- Rotation speed evaluation
- Mechanism quality assessment
- Malfunction monitoring
- Customizable FFT size
- Multiple units of measurement
- Peak frequency detection
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The application analyzes the data from the phone's accelerometer and builds a vibration spectrum. This allows the evaluation of not only the strength and frequency of the vibration, but also the speed of rotation of various mechanisms: fans, motors, various rotating components; since the vibration frequency often (but not always) coincides with the frequency of rotation. The application will be useful in determining the quality of fans and motors, in determining whether their actual parameters coincide with the ones declared by the manufacturer, it will find its uses in monitoring of malfunctions (e.g. in bearings) or while testing the quality of assembly and balancing of the homemade mechanisms with rotating parts. Do not expose your iPhone to an excessive vibration, as it may break. If the analyzed vibration is too strong, use a foam material pad, or put your iPhone at a distance where the force of the vibration is not dangerous to your device. In addition to decreasing vibration for the iPhone, a foam pad improves contact between the iPhone and the vibrating part, which makes the transmission of vibration more accurate and produces better results. BE SURE TO READ THE EXAMPLES OF THE VIBRATION SPECTRUM ANALYSIS AT THE APPLICATION WEB SITE (usefulmobileapps.com). Features of the full version of the application: • The choice of units of measurement. X-axis: Hz or RPM. Y-axis: g, m/s², ft/s², mm/s, in/s (ips), mm, mil, dB(A), dB(V). • FFT size (for built-in accelerometer): 64, 128, 256, 512, 1024, 2048, 4096 (data collection time from 0.64 sec. to 40 sec.). For an accelerometer connected to the headphone jack FFT size from 2048 to 131072. For Bluetooth-accelerometer FFT size from 512 to 32768. • Linear and logarithmic frequency scale. • Linear frequency scale with maximum details (there is a choice for the displayed frequency range). • Peak frequency detection. • Values of any point (for frequency scale and sound wave (at maximum detail)). • Selecting which axis of the accelerometer is to collect data. • Octave bands (1/1,1/3,1/6,1/12). • Window functions (Blackman, Hamming, Hann (Hanning), Blackman–Nuttall, Gaussian, Flat top). • Peak hold. • Exponential spectrum averaging. • Taking a screenshot by lightly touching the screen. • Root mean square (RMS, for vibration) or average value (AVG, for absolute values) for vibration wave. Values are calculated only for data displayed on the screen. • Calibration of the built-in accelerometer. Need EXCLUSIVELY for measuring absolute acceleration values (gravitational acceleration). To activate the settings, turn on the "Vibration wave" mode and turn off the "Only fluctuations" mode. The parameters of the accelerometer depend on the temperature and voltage of the battery, and may change over time. To obtain stable values, the accelerometer should work for several minutes. • Saving the measurement results in the application. Files with saved data (SavedData_[date]_[time].txt) can be copied to a desktop/laptop computer or transferred to another iPhone using iTunes. • Export data to a text ("Y=[y1 y2... yn]", "y1;y2;... yn", "x1;y1\nx2;y2;...") or WAV file. Number of points is adjusted via "FFT size". To export octaves, use "x1;y1\nx2;y2;...". • Accelerometer connects to the headphone jack (measurement range from 5 Hz to 24000 Hz). • A stroboscope for an external accelerometer (the feature was proposed by Todd French from Los Angeles, California). • Bluetooth accelerometer. When converting acceleration into speed or displacement, at 0-5 Hz frequencies noise starts prevailing over vibration peaks, which is why such frequencies are disregarded when doing the conversion. Should vibration frequency exceed 50 Hz, the peak will be recorded at an incorrect frequency, and hence speed or displacement will not be calculated correctly. Unrealistically high speed or large displacement may be a sign of this kind of false frequency.
Pro
This portable diagnostic instrument integrates vibration measurement, analysis, and diagnosis for mechanical and electrical equipment. It offers plug-and-play convenience with IoT and sensor technology, reducing maintenance time and effort for factories.
- Mobile operation and maintenance
- IoT and sensor technology integration
- Plug and Play convenience
- Simultaneous connection of 4 vibration gauges
- Integrated vibration measurement, analysis, and diagnosis
- Reduced maintenance time
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Tecom 「Pro-3200 Smart portable vibration diagnostic instrument」 is the world's innovation of「Mobile Operation and Maintenance」 to play the ultimate representative products , fully integrated networking (IoT) technology, Perceptron (sensor) technology and management software technology. The Pro-3200 is designed for the installed, already running mechanical and electrical equipment, it does not need traditional power and network line, completely Plug and Play, the use extremely convenient, is the best Productivity 4.0 tool for the machinery and electromechanical factory. Tecom Pro-3200 can simultaneously connect 4 sets of vibration guages, and for multiple simultaneous diagnosis. The Pro-3200 breakthrough change vibration measurement concept, integrated vibration measurement, analysis and diagnosis of three operations in the portable diagnostic instrument into one, save man-hours, so that the scene maintenance time can be hugely reduced.
Screenshots
Verdict
The clearest difference is rating: Vibration analysis at 4.0 against Pro's 1.8. Vibration analysis also leads on ratings volume (43 vs 4). Pro's advantage is in-app purchases (none vs 2) and iOS requirement (10.0 vs 15.6). On price, update cadence, ads and device support there is nothing between them.
Scored on Price · Rating · Positive reviews · Number of ratings · Update frequency · Ads · In-app purchases · Monetization · Best chart rank · Devices · Requires iOS
Both are free to download. Vibration analysis sells 2 one-off in-app purchases. Pro asks for nothing beyond the download.
Vibration analysis holds the better App Store score, 4.0 against 1.8. That said, the two scores are not equally well evidenced: Vibration analysis has 43 ratings behind it against 4, so its average is the more settled of the two.
Both ship on a similar rhythm, roughly every 3 months. The most recent releases landed on September 21, 2026 and June 1, 2026 respectively.
| Parameter | Vibration analysis | Pro |
|---|---|---|
| Price | Free | Free |
| Rating | 4.0 (43 ratings) — better | 1.8 (4 ratings) |
| Positive reviews | 57.4% of reviews | — |
| Number of ratings | 43 — better | 4 |
| Update frequency | Every 3 months | Every 3 months |
| Ads | No | No |
| In-app purchases | Yes | No — better |
| Monetization | Free with in-app purchases | Free — better |
| Devices | iPhone, iPod | iPhone, iPod |
| Requires iOS | 15.6 | 10.0 — better |
| Further details — not scored | ||
| Size | 5 MB | 17 MB |
| Age rating | 4+ | 4+ |
| Developer | Dmitriy Kharutskiy | TECOM CO., LTD. |
Customer experience
Vibration analysis
Pro
In-app purchases
Vibration analysis
- Settings$2.99
- External accelerometer$2.99
Pro
No in-app purchases
Questions
Is Vibration analysis free?
Is Pro free?
Which has better reviews, Vibration analysis or Pro?
Do Vibration analysis or Pro have ads?
Which is updated more often, Vibration analysis or Pro?
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