Science behind the technology ✨ While some rely on approximate estimates, we measure all the data in real time, exclude any predictions or approximations, and display information in various forms, from heat maps to clear graphs.

It’s awesome to have a tool like @sensoredge that measures foot pressure, stride/foot angle, among a bunch of other things with new updates on the app!📊 We wanted to see how different drills and implements changed certain things. Couple things I noticed: 📐 Stride Angle got more closed with 108 BP Vest being pulled open ⬆️ Increase of weight into the ground while being pulled out of the ground with 108 BP Vest 📈 Transition of weight was cleaner and sent into the ground more efficiently at the end, after using Waterbags and the 108 BP Vest🦺

Let's take a look at a front extension hitter (black shirt) to a back extension hitter (red shirt). In the setup, we are looking for more or less 60-70% of the weight to be loaded into the extension leg. The extension leg is home to the #1 balance point which when using it requires the least amount of energy expenditure. The extension leg also acts as the body’s rotation of axis. Using Sensor Edge, you can see the difference in how each hitter distributes weight in the setup and how that weight behaves throughout the move. The grey circle representing the COG shows each athlete’s preferred axis of rotation. Some hitters turn around the front leg and others around the back leg depending on their profile. For the front extension player, once he moved off the back leg and loaded 60-70% into the front leg, his metrics immediately increased. ‣ Exit Velocity ‣ Approach Angle ‣ Early Connection Front extension hitters are often told they are crashing or need to stay back more. When they are forced to hold weight on the back leg despite an internal preference to get forward, the hands often cast and go out and around as a compensation. Motor Preferences is like understanding each athletes own form of communication. A tool to get to the answers for that individual. Built on a continuum in order to match the movement to the mover. Thanks to @TerpsBaseball and Assistant Coach, Tommy Gardiner (@tommygardiner), for sharing! Want to learn more about #MotorPreferences DM us for more info on how to get trained and join our #MPEFam @SensorEdge #MLB #NCAA #NFCA #ABCA

Should you land full foot into the ground? Heel to toe? Toe first?🤔 Listen to @wmarsh108 explain that some guys are best when they land full foot but there’s others guys land on their toes, and some guys land on their heels like Paul Skenes 🦶 That’s why having @SensorEdge on @MoundPerfect is a game changer! It tells you where your foot pressure is, which way you land, and your stride length and angle so you can find out which way works best for your body! #The108Way

It’s awesome to have a tool like @sensoredge that measures foot pressure, stride/foot angle, among a bunch of other things with new updates on the app! We wanted to see how different drills and implements changed certain things. Couple things I noticed: 📐 Stride Angle got more closed with 108 BP Vest being pulled open ⬆️ Increase of weight into the ground while being pulled out of the ground with 108 BP Vest 📈 Transition of weight was cleaner and sent into the ground more efficiently at the end, after using Waterbags and the 108 BP Vest More to come! #The108way

Eyes closed. Balance tested. CoP trace shows the chaos you can’t feel. #SensorEdge 🌀🔥

See your swing in real time — CoP, 240fps video, pressure maps. SensorEdge = real data. 🏌️‍♂️

🏌️‍♂️ SensorGrip: No Guesswork. Just Data.

Is asymmetry a problem… or just how your body moves? 🦶 Drop your take 👇 #sportsci #CMJ #asymmetry

What powers elite swings? This golfer generated 180% of body weight in vertical force — timed 105ms before impact. That’s how club speed is built — from the ground up. 📲 Visualized in SensorEdge iPad app #GolfSwing #GroundForce #Biomechanics #SensorEdge #GolfTech #ClubSpeed

We’ve built pressure sensors for golf. We’ve built them for baseball. 🥎 Now we’re cooking up something new… SensorEdge for Softball — coming soon. 🚀 #SoftballTech #FastpitchTraining #SensorEdge #PressureMapping #SportsInnovation #TrainSmarter #SoftballDevelopment

PressureTiles — advanced pressure sensors built into the pitching mound, hidden under the turf Real-time data: 👣 Foot pressure 📏 Stride length & angle 📊 Force profiles & vertical force SensorMound shows what the eye can’t — pressure shifts, force control, stride efficiency.

Our full schedule for the 2024 Wake Forest Player Development Seminar! Get your tickets now for Dec 13-15th ⬇️ wfplayerdevelopmentseminar.t…

SPEAKER ANNOUNCEMENT Matt Blake Pitching Coach, New York Yankees Matt will be joining the Pro Pitching Panel Get your tickets now for Dec 13-15th ⬇️ wfplayerdevelopmentseminar.t…

The @sensoredge mound in action!🤯 Not only does it give an instant reading of stride length, stride angle, and foot angle, but you’re able to see WHEN and HOW you put force into the ground with pressure mapping! The ability to see what stride changes do to the velocity on the fastball, break on the offspeed, and get video playback to see how changes with different cues effect foot pressure so that the athlete can get their BEST move to show up MORE often is the future…now! #sensoredge #the108way

We’re proud to support @davidbertoli in his research 🏌️

“We want to see the shortest amount of time between the back foot creating its highest amount of pressure all the way to the front foot. If you look at the screen right there, you can see the back foot creating pressure here and the front foot here.…As a resource will be able to really get on here and make a throw and then look at it and it’ll show you what your feet are doing” Listen to @wmarsh108 talk about common flaws in force production in pitching and how the @SensorEdge x @MoundPerfect shows you the timing of force in each foot, stride direction and stride length🔥 #sensoredge #the108way

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Controlling your weight and pressure through your movement sequence.