LABA7

What kind of graphs are available in Shock Dyno software for analysis?

In this excerpt from our full software walkaround, we discuss:
⬛Force vs. displacement
⬛Force vs. velocity
⬛Average and combined velocity graphs
⬛Peak velocity plot (PVP)
⬛Force vs. time and temperature vs. time

In the full video, we walk you through setting up a dyno, creating your first project, warming up the dyno, cleaning, analysing test data, and exporting it for future use. We also show how to import data from other sources.

The tutorial covers both the LABA7 Electromagnetic Damper Test System (EMA) and Scotch-Yoke Dynos.

Watch the rest of the walkaround on the website with the big red play button.

The box says 2,700 Nm. The test says 1,600 Nm.

In this video, we put a pneumatic wheel gun on the LABA7 Torque Measuring Device to see what it really delivers under load. The result shows a huge difference.

Why are the advertised torque and real tool output not always the same?

Most brands rate wheel guns as part of a full tightening system, while the LABA7 TMD measures the gun directly, capturing real torque peaks, hit patterns, and speed in real time.

Specifications:
Max Torque: 5,000 Nm
Max Velocity: 30,000 RPM
Sampling Frequency: 70,000 Hz
Accuracy: ±1%
Input Monitoring: Air Pressure & Voltage

Get a quote for the TMD at LABA7.com

Too many racing weight scales out there to choose from? Fear not. In this video series, we’ll go over the most important things to know in this process.

Load cells are the most overlooked part of a racing scale, even though they’re the most important.

Always choose scales with 3 or 4 load cells, as they provide superior accuracy. Also, take care when weighing your ride, as it’s important to work on an even surface with the scales perfectly levelled.

Part 2 coming soon. Learn more about LABA7 Racing Scales on LABA7.com