Electrome Lab

What does a jug of water have to do with inertia in fencing? 💧🤺

During growth periods, many fencers suddenly start moving “heavier” on the piste. Footwork becomes harder to control, movements lose precision, and coordination starts falling apart because of insufficient control of inertia.

A simple modification of footwork drills can help — and all you need is a jug of water. We show how in this reel.

Follow Electrome Lab for more training tips based on physiology and biomechanics.

🎾 WHAT IF YOUR TENNIS LIMIT IS NOT YOUR TECHNIQUE — BUT HOW YOUR BRAIN AND BODY WORK TOGETHER?

This May and June, Electrome Lab brings elite-level sports science to Bulgaria at Fort Noks Tennis Courts, Sunny Beach 🇧🇬

Using high-precision biomechanical and neurophysiological analysis, we help tennis players:

🎾 increase first-serve ball speed without overloading the body
🧠 move faster and more efficiently under pressure
⏱️ improve reaction and decision-making on court
🔎 identify hidden movement and coordination limitations
🏥 reduce injury risk

Our technology is already used in work with national-level athletes and combines biomechanics, neuroscience, and real-time movement analysis.

📍 Fort Noks Tennis Courts — Sunny Beach, Bulgaria
📩 Message us to book your session

Limited slots available until the end of June 🔥

Part 2: weapon-arm – footwork decoupling 💪⛓️‍💥🦵

Learn the neurological mechanisms and get the most out of the exercise in Part 1.

Credit

Footwork–weapon arm decoupling 💪💔🦵
Part 1

Let’s train your brain to separate upper- and lower-limb movements 🧠

Catch this exercise to reduce sharp weapon-arm movements that mirror your footwork and improve blade control accuracy.

Want to understand how this coupling actually works? Part 2 is coming 👀

Top 3 mistakes in athletic training — and what to do instead ✅
Based on topics discussed at sports science conferences 🔬
Protect your time and health — train smart and perform at your best 🥇

Many thanks to
David van Nunen
Scaramouche Arnhem

Tweak your regular plank to improve joint stability and hit-line control during bladework.
This is where upper body stabilizers make the difference 💪