Sensor Myswimedge

05/06/2026

Behind this simple drill card is a very deep analysis of intra-cycle velocity of every stroke.

Very granular data produce very focused feedback and drills for left and right arm strokes.

04/05/2026

16 MySwimEdge 50m tests in just 1 hour and 15 minutes.

This is how one coach integrates MySwimEdge into an open water camp—turning every session into a source of real, actionable insights.

Testing is not just about identifying technique issues. It’s about validating them, tracking progress, and building truly personalized, measurable training programs for each swimmer.

This is what makes modern swim camps stand out: data, clarity, and results.

23/04/2026

Arms. Body position. Most people focus on these.
Hip rotation timing?
Almost nobody — because, until recently, you couldn't measure it.

Here's what it actually looks like when hips rotate at the wrong moment:
→ Too early: drag, not propulsion.
→ Too late: the arm works without hip support. More effort, less efficiency.
The difference between these two errors is often less than 0.1 seconds. Invisible on video. Completely visible on a velocity curve.
MySwimEdge AI syncs video with stroke-by-stroke velocity data. Change the timing. Swim again. Compare every stroke.
The optimal timing exists. It's different for every swimmer. Now you can find it — with data.

17/04/2026

17/04/2026

It's cool when coaches take MySwimEdge's detailed AI biomechanical analysis and turn it into a tailored report for their swimmers — Double AI in action.
MySwimEdge AI delivers focused biomechanical insights: key priority improvement areas plus targeted drills to add to your training. The coach then applies their own "Coach's AI" — refining recommendations, adding brand voice, and formatting the report for athlete-ready delivery.
The key topic of this test is different efficiency of left and right arm strokes and different consistency of the technique.

03/04/2026

Double AI: how coaches AI + product AI work together

MySwimEdge AI identifies specific technique issues, sets improvement priorities, and recommends exercises.

A US Triathlon coach then applies his own “coaches AI” layer—adjusting recommendations, adding context, and formatting the report to match his coaching style. The result: data-driven insights plus expert tailoring for practical guidance.

This is from just one 25 yard test.

01/04/2026

It's great to get a review from a coach who actually uses multiple swim technologies. He compares the MySwimEdge sensor—which focuses on intra‑cycle body‑velocity analysis—with EO Lab paddles, which measure palm power each stroke.

He has purchased both devices, so his assessment is independent of commercial influence.

Jorge Sports

In diesem Video zeige ich dir, wie Schwimmen endlich messbar wird – und vergleiche zwei der spannendsten Systeme auf dem Markt: EO SwimBETTER und MySwimEdge....

20/03/2026

Amateur swimmer — velocity curve analysis.
In this test, the swimmer breathes to the right every 4th stroke.
Notice the pattern:
Strokes with breathing produce a smaller increase in velocity compared to non-breathing strokes.
What are the reasons?
One key reason is over-rotation during breathing, which increases drag and disrupts forward momentum.
This is exactly where data makes the difference — it helps you see what you can’t feel.

presale.myswimedge.com

11/03/2026

MySwimEdge is trying to make complex and important issues easier to use in training.

04/03/2026

This is how coaches analyze the efficiency of the left and right arm strokes using MySwimEdge.

Was passiert mit deinem Catch, wenn du schneller schwimmst?

Hier siehst du den Unterschied zwischen meinem linken und rechten Arm.

🔎 Die Daten zeigen es deutlich:

* Durchschnittliche Zeit pro Zug: 1.09 s vs. 1.01 s

* Max Speed: 1.75 m/s vs. 1.64 m/s

* DPS: 1.61 m vs. 1.44 m

Und jetzt kommt der spannende Punkt:

Je schneller ich schwimme, desto größer wird die Asymmetrie.

Warum?

Weil Fehler unter Geschwindigkeit sichtbar werden.

Wenn du locker schwimmst, hast du Zeit.
Zeit für Rotation.
Zeit für sauberes Wasserfassen.
Zeit für einen hohen Ellenbogen.

Sobald das Tempo steigt, verkürzt sich dein Zeitfenster im Catch.
Wenn die Rotation nicht vollständig abgeschlossen ist, beginnt der Zug zu früh.

Ergebnis:
Der Ellenbogen fällt.
Der Unterarm bleibt flach.
Der Druck geht nach unten statt nach hinten.

Genau das passiert hier auf der rechten Seite.

Der linke Arm rotiert erst sauber in den Catch hinein – und stellt dann früh Wasser an.

Der rechte Arm zieht, bevor die Schulter fertig rotiert ist.

Das kostet:
Hebel.
Wasserfläche.
Vortrieb.

Merke dir:
Erst rotieren. Dann Wasser fassen.

Wenn dein Catch unter Speed auseinanderfällt, ist das nicht unbedingt ein Kraftproblem.
Es ist vielmehr ein Timingproblem.

Und Timing schlägt Kraft – immer.