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Solid analysis here on Tatis Jr. and his swing-tilt + attack angle; The one portion I think MVM left out is both/either of: 1. The lack of hip coil and backside energy load 2. Weight distribution at foot strike Here's Tatis Jr. and Mookie Betts side by side Check...

13,320 次观看 • 2 个月前 •via X (Twitter)

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Fernando Tatis Jr is hitting .242 with a 3.5° average launch angle and a career-low 20% pull rate. Everyone has ideas and analysis on how to fix Fernando Tatis Jr’s swing. It’s pretty awful and I can’t take anymore of this, I have to say something because I haven’t seen a single person give the right answer. I’ve seen multiple people talk about timing mechanisms like toe tap, stride, and leg lift in his swing mechanics that have absolutely nothing to do with his problem. That reverting to past timing mechanisms would somehow help him. THEY ARE ALL WRONG Because they’re all looking in the wrong place. This isn’t a stride problem or timing problem. It’s a tilt problem. Stride, leg lift, and toe tap are timing mechanisms. They control WHEN the hips fire not HOW the bat moves through the zone. A hitter with a Sosa leg kick and a no-stride Ichiro stance can produce identical launch angles.Timing has no lever that touches the bat at contact. What actually sets launch angle is attack angle or the vertical direction the bat is traveling at the moment it meets the ball. Swing up through the zone = ball lifts Swing flat = grounders Swing down = choppers Attack angle is the only mechanical input that matters for elevation and attack angle isn’t random. It’s a direct output of shoulder tilt. When the trail shoulder drops below the lead shoulder at contact, the entire swing axis tilts. The bat is now forced to travel upward through the zone. More tilt > steeper attack angle > higher launch angle. Period. Tatis’s attack angle tells the entire story: 2023: +12° attack angle, +1° pull-side direction/25 HRs 2024 : +10° attack angle. -2° oppo direction 21HRs in 104 games 2025: +8° attack angle, 0° direction/25 HRs, healthy 2026: +5° attack angle, −5° oppo direction His swing has flattened AND drifted away from his pull side. Both are tilt collapse. That −5° oppo attack direction is the giveaway. When you lose tilt, your bat doesn’t just flatten it also gets steered toward the opposite field, because a level swing naturally pushes the barrel away from your pull side. He’s not late. He’s not under-striding. His axis collapsed Over the last few years and it’s worse than ever this year. This explains the 20% pull air rate too. Pulling the ball in the air requires positive attack angle AND a contact point out front. (Ramon Laureanos 2025 attack Angle was +14) If you tinker with timing on a flat swing, an earlier contact point just produces a pull-side grounder. The direction changes. The launch angle does not. Let me break it down for you: Stride > Weight Shift > Hip Rotation >TILT > ATTACK ANGLE > BAT PATH > Contact > Launch Angle Stride is four steps upstream. Tilt is the gate. Attack angle is the output that actually moves the ball. So now we know what’s wrong, how do we fix him? Souza and the Padres staff need to focus on the following; 1.Restore 8–12° rear-high shoulder tilt 2.Get attack angle back to +10° to +12° with neutral or +1° pull direction 3.THEN evaluate timing tweaks 4. If someone is telling him to flatten out his swing or to let the ball travel more PLEASE STOP DOING THAT. That doesn’t work for him You cannot time your way to elevation. Fix the tilt. Attack angle returns. Pull air follows. Please watch the video to see how his swing has gotten worse and flatter. We only have bat path data starting in 2023

Mission Valley Mafia

159,502 次观看 • 2 个月前

A common hitting flaw that is rarely corrected and can exposes certain hitters at higher levels, is “leaking” … the player’s front side is “running away” from contact prematurely. Sometimes also called “spinning off” the ball. This means energy is escaping the swing because of a chain of events that usually begins with the incorrect action of the stride foot. Correctly engaging the stride foot into the ground, called “foot-plant,” allows the body to efficiently sequence. As a result, the swing is shorter and barrel stays in the hitting zone longer. The BIG key is we have to be able to ***control our front knee*** before starting to swing. If a hitter can control their front knee and their front side a hair longer, stay behind contact, and attack the inside of the ball, it creates more whip.…(bat speed) and improves plate coverage. You might need to watch the video a couple times, because there are various ways to stride that allow the hitter to control their front knee. It is not a one size fits all action. And hitters who have sick power and want to pull the ball intentionally might actually “leak and clear” on purpose. But players who like to stay to middle of the field, might want to see what the initial movement into foot plant looks like. **** Remember, what happens to the front foot (stride foot) AFTER contact has little consequence. Often heavy torque causes it to fly open, or roll on side of foot. That’s all ok.

Trent Mongero

106,068 次观看 • 3 年前

85-87 T88 MPH (HS Junior) ➡️ 92-94 T95.5 MPH (HS Senior) 🤯⁠ ⁠ An athlete update from Performance Coach Paul Hall Jr. 🔥⁠ ⁠ Tread Athlete Ryan Press came to us a little under a year and a half ago sitting 85-87 mph, topping 88, and weighing in at 155 lbs. Fast forward to now, and he's sitting 92-94, topping 95.5mph.⁠ ⁠ Overall, Ryan's foundation was there. However, the goal was to improve his total development in terms of strength, nutrition, and mechanics.⁠ ⁠ Weight Room 🏋️⁠ ’22-23 ➡️ ‘24⁠ DB Bench: 55lb ➡️ 80lb⁠ Back Squat: 250lb ➡️ 300lb ⁠ Deadlift:310lb ➡️ 370lb⁠ DB Row: 70 ➡️ 90 ⁠ ⁠ Body Weight (+20lbs): ⁠ ’22-23: 155 lbs⁠ ’24: 175 lbs ⁠ ⁠ Mechanics⁠ ⁠ Ryan had an aggressive coil coming into peak leg lift, which was causing some downstream issues with his ability to rotationally load his back leg and maintain direction. This coil was also presenting as excessive torso counter rotation at foot strike, forcing an aggressive pull towards his glove side and negatively impacting both velocity and command at times.⁠ ⁠ The change was utilizing a more controlled lift, thinking "knee to glove-side pec." Through a variety of med ball work and plyo drills, the goal was to help him rotate downhill in a more north-to-south vs east-to-west plane of rotation. This helped improve command, led to harder secondary pitches, and increased the output substantially on the heater. ⁠ ⁠ Ryan, now a Senior in HS, ranks as one of the top prep arms in Canada. ⁠ ⁠ Well worthy of a look for the upcoming Draft. 🚀⁠ ⁠ #TreadFam⁠

Tread Athletics

70,393 次观看 • 2 年前