Armored Heat's banner
Armored Heat's profile picture

Armored Heat

@ArmoredHeat12,990 subscribers

🔥#1 Program in Baseball for Arm Health 🔥Former PT for The LA Dodgers ⚾️Trusted By: 6000+ Athletes, 150+ College Teams, 200+ Pros

Shorts

The Pelvic Whip👇 A Big League pitcher’s pelvis can rotates faster that 900 Degrees per second To maximize that speed with proper timing, many of our athletes and coaches like the feeling of keeping the pelvis closed THEN Exploding! BUT, if the front side groin is tight, the lead leg will just drag the pelvis open which is a much slower version of pelvic rotation To get around this, some guys land in a valgus position (Knee Caved in) on the front leg since you don’t need full Adductor Range of Motion to do this. And Some step across body which can also work around this. This Test / Exercise To see how your groin affects your pelvis, hold your knee out while performing this exercise. You will know immediately if this affects you or not! 👊

The Pelvic Whip👇 A Big League pitcher’s pelvis can rotates faster that 900 Degrees per second To maximize that speed with proper timing, many of our athletes and coaches like the feeling of keeping the pelvis closed THEN Exploding! BUT, if the front side groin is tight, the lead leg will just drag the pelvis open which is a much slower version of pelvic rotation To get around this, some guys land in a valgus position (Knee Caved in) on the front leg since you don’t need full Adductor Range of Motion to do this. And Some step across body which can also work around this. This Test / Exercise To see how your groin affects your pelvis, hold your knee out while performing this exercise. You will know immediately if this affects you or not! 👊

14,410 次观看

Call us old school but.. Bring Back Rice Bucket Forearm Training! Great way to Finish off your Lifts and Arm Care in the Off Season 🔥

Call us old school but.. Bring Back Rice Bucket Forearm Training! Great way to Finish off your Lifts and Arm Care in the Off Season 🔥

126,885 次观看

⚾️Biceps Tendonitis is one of the most common arm injuries in baseball, but the quality info for the baseball world is still lacking ⚾️We Teamed Up With Ben Brewster to give the Community a Complete Breakdown of Biceps Tendonitis and the Rehab Process

⚾️Biceps Tendonitis is one of the most common arm injuries in baseball, but the quality info for the baseball world is still lacking ⚾️We Teamed Up With Ben Brewster to give the Community a Complete Breakdown of Biceps Tendonitis and the Rehab Process

192,985 次观看

How Awesome Are these USF Baseball Facilities 🤯 The guys are crushing their Armored Heat💪📈 Jet Fuel Incoming!!

How Awesome Are these USF Baseball Facilities 🤯 The guys are crushing their Armored Heat💪📈 Jet Fuel Incoming!!

96,416 次观看

Rings > Arm Health 😂 Using sarcasm to end Youth Pitchers getting abused.. Especially by this Andy Reid looking dude!

Rings > Arm Health 😂 Using sarcasm to end Youth Pitchers getting abused.. Especially by this Andy Reid looking dude!

21,400 次观看

The Biceps and Brachialis are strong decelerators of the elbow extension component of throwing which is why it is a common location for day 1 soreness ❤️Give yourself some soft tissue love with these Biceps Tack and Pump techniques + The Throwing Arm Myofascial Stretch 🔑Pin down the Biceps in a shortened position (bent elbow) and lengthen/glide it by maintaining pressure and extending the elbow. Work up and down the belly of the muscle 🔥 You can make this a little more specific to the biceps by adding in pronation with will elongate the biceps even further If the biceps shortens over time, there are two common outcomes: ⚾️ Loss of Elbow Extension Range of Motion ⚾️ Forward tipping of the throwing shoulder Neither are Ideal ** This needs to be done combined with a holistic approach of an S&C program and proper workload management as some common causes of this can be poor workload dosing or simply lack of strength

The Biceps and Brachialis are strong decelerators of the elbow extension component of throwing which is why it is a common location for day 1 soreness ❤️Give yourself some soft tissue love with these Biceps Tack and Pump techniques + The Throwing Arm Myofascial Stretch 🔑Pin down the Biceps in a shortened position (bent elbow) and lengthen/glide it by maintaining pressure and extending the elbow. Work up and down the belly of the muscle 🔥 You can make this a little more specific to the biceps by adding in pronation with will elongate the biceps even further If the biceps shortens over time, there are two common outcomes: ⚾️ Loss of Elbow Extension Range of Motion ⚾️ Forward tipping of the throwing shoulder Neither are Ideal ** This needs to be done combined with a holistic approach of an S&C program and proper workload management as some common causes of this can be poor workload dosing or simply lack of strength

15,248 次观看

The WKU Baseball Crew is absolutely dominating their Armored Heat this Fall!! Pumped to watch these guys dice up some hitters this year 💪🔥📈

The WKU Baseball Crew is absolutely dominating their Armored Heat this Fall!! Pumped to watch these guys dice up some hitters this year 💪🔥📈

41,181 次观看

Fired Up to see Louisiana Ragin’ Cajuns® Baseball Killing their Armored Heat 🔥 Ready to watch these guys carve up some hitters🌶️ #GeauxCajuns

Fired Up to see Louisiana Ragin’ Cajuns® Baseball Killing their Armored Heat 🔥 Ready to watch these guys carve up some hitters🌶️ #GeauxCajuns

37,185 次观看

⚾️ It is no secret that elbow injuries, specifically UCL injuries, have been on a rise in recent years ➡️ The reason for this is so multi-factorial that it is impossible to pinpoint any 1 reason for an injury 💪 With the constant improvement in the development of pitchers, both skill side and S&C, we are seeing an increase in velocity across all levels of baseball 🎟This is obviously a Great thing for Punching Tickets but also leads to more forces being passed through the medial elbow 🔥There are really 3 proactive actions we actions we can take to counteract this: 1) Address pitching mechanics if there are deficiencies 2) Appropriately manage chronic/acute AND Total workloads 3) Increase the capacity and stress the elbow can handle 🔥 We will specifically dive in to the 3rd component of this in this thread. In short, the answer is simple, GET STRONG FOREARMS 3 WAYS VALGUS FORCE IS DISPERSED ✅ Radiocapitellar Joint Compression When a valgus stress is applied to the elbow, it is attempting to open up or gap the medial (inside) portion of the elbow. This is also the Orthopedic Test for a UCL injury. While this force is trying to gap the medial portion of the elbow, it is also compressing the lateral side. When the radius and lateral humerus compress, this acts as a stopping point for the elbow going into that valgus motion ✅ Forearm Musculature In addition to the UCL on the medial side of the elbow, there is also a group of forearm muscles that span that area and attach to the same portion of the elbow, the medial epicondyle. These muscles include: Pronator Teres, Flexor Carpi Ulnaris, Flexor Carpi Radialis, Flexor Digitorum Superfiscialis, and the Palmaris Longus. With that specific attachment to the medial epicondyle and their respective distal attachments, these do a great job of accepting the valgus force and protecting the UCL. There is some research that states FCU does the best job of the muscles listed, but we believe the best action is to strengthen all of them. The best ways to attack this is with movements including: finger flexion, wrist flexion, Ulnar deviation (moving pinky towards medial elbow), and Pronation of the forearm ✅ Ulnar Collateral Ligament (UCL) What doesn’t get absorbed by the first two structures is placed on the UCL. Previous research has shown that a UCL with no other structures involved is able to withstand ~35 nm of force before failure The Problem is: Every Pitch produces far more than 35nm of Valgus Stress. This shows us just how important the other 2 mechanisms are! * Exercises in the videos should be a complement to your entire S&C Program and is not designed to replace it

⚾️ It is no secret that elbow injuries, specifically UCL injuries, have been on a rise in recent years ➡️ The reason for this is so multi-factorial that it is impossible to pinpoint any 1 reason for an injury 💪 With the constant improvement in the development of pitchers, both skill side and S&C, we are seeing an increase in velocity across all levels of baseball 🎟This is obviously a Great thing for Punching Tickets but also leads to more forces being passed through the medial elbow 🔥There are really 3 proactive actions we actions we can take to counteract this: 1) Address pitching mechanics if there are deficiencies 2) Appropriately manage chronic/acute AND Total workloads 3) Increase the capacity and stress the elbow can handle 🔥 We will specifically dive in to the 3rd component of this in this thread. In short, the answer is simple, GET STRONG FOREARMS 3 WAYS VALGUS FORCE IS DISPERSED ✅ Radiocapitellar Joint Compression When a valgus stress is applied to the elbow, it is attempting to open up or gap the medial (inside) portion of the elbow. This is also the Orthopedic Test for a UCL injury. While this force is trying to gap the medial portion of the elbow, it is also compressing the lateral side. When the radius and lateral humerus compress, this acts as a stopping point for the elbow going into that valgus motion ✅ Forearm Musculature In addition to the UCL on the medial side of the elbow, there is also a group of forearm muscles that span that area and attach to the same portion of the elbow, the medial epicondyle. These muscles include: Pronator Teres, Flexor Carpi Ulnaris, Flexor Carpi Radialis, Flexor Digitorum Superfiscialis, and the Palmaris Longus. With that specific attachment to the medial epicondyle and their respective distal attachments, these do a great job of accepting the valgus force and protecting the UCL. There is some research that states FCU does the best job of the muscles listed, but we believe the best action is to strengthen all of them. The best ways to attack this is with movements including: finger flexion, wrist flexion, Ulnar deviation (moving pinky towards medial elbow), and Pronation of the forearm ✅ Ulnar Collateral Ligament (UCL) What doesn’t get absorbed by the first two structures is placed on the UCL. Previous research has shown that a UCL with no other structures involved is able to withstand ~35 nm of force before failure The Problem is: Every Pitch produces far more than 35nm of Valgus Stress. This shows us just how important the other 2 mechanisms are! * Exercises in the videos should be a complement to your entire S&C Program and is not designed to replace it

33,218 次观看

The IUSB Baseball Pitchers Are Getting After It 💪🔥 Fall Is The Best Time to Build The Foundation!

The IUSB Baseball Pitchers Are Getting After It 💪🔥 Fall Is The Best Time to Build The Foundation!

21,677 次观看

⚾️ Why shouldn’t we use feet to measure intensity? Have you seen somebody throw 90 MPH from 90’? Have you seen somebody throw 65 MPH from 90’? Yes and Yes! Ok, Bad metric for our goals ⚾️ Why shouldn’t we use Perceived % intensity? We have all seen Little Johnny throw his 50% bullpen at 80 MPH. No, he does not Sit 160 MPH in games last we checked. Too subjective of a metric With all the technology and advancements in the game, there is no way we should be measuring build up throwing intensities with “Feet Thrown” or a “Subjective %” We need to be able to quantify the single most important component of a Rehab or Build Up throwing Progression: INTENSITY HERES WHY: ⚾️ For any throwing progression, the goal is to introduce a slightly higher stress to the arm, then let their body adapt to the new stress, making it their new baseline. Then, make another small increase in the stresses and repeating this process until they have returned to their normal Freqs, Intensities, and Volumes ⚾️ Too big of a Spike which could occur from both errors in being too aggressive or too conservative then having to ramp up to return to a game can be a cause a failed Return to Play Here’s a simple fix: Use A Radar Gun ✅ Instant Feedback for Athletes to stay in a Goal Velo Range ✅ Very digestible metric for Athletes to comprehend and understand ✅ Avoids the flaws at both ends of either overstressing or understressing the arm

⚾️ Why shouldn’t we use feet to measure intensity? Have you seen somebody throw 90 MPH from 90’? Have you seen somebody throw 65 MPH from 90’? Yes and Yes! Ok, Bad metric for our goals ⚾️ Why shouldn’t we use Perceived % intensity? We have all seen Little Johnny throw his 50% bullpen at 80 MPH. No, he does not Sit 160 MPH in games last we checked. Too subjective of a metric With all the technology and advancements in the game, there is no way we should be measuring build up throwing intensities with “Feet Thrown” or a “Subjective %” We need to be able to quantify the single most important component of a Rehab or Build Up throwing Progression: INTENSITY HERES WHY: ⚾️ For any throwing progression, the goal is to introduce a slightly higher stress to the arm, then let their body adapt to the new stress, making it their new baseline. Then, make another small increase in the stresses and repeating this process until they have returned to their normal Freqs, Intensities, and Volumes ⚾️ Too big of a Spike which could occur from both errors in being too aggressive or too conservative then having to ramp up to return to a game can be a cause a failed Return to Play Here’s a simple fix: Use A Radar Gun ✅ Instant Feedback for Athletes to stay in a Goal Velo Range ✅ Very digestible metric for Athletes to comprehend and understand ✅ Avoids the flaws at both ends of either overstressing or understressing the arm

10,217 次观看

🔥 Get That Scapula Moving Around the Rib Cage ⚾️ Combined Trunk, Scap, and Shoulder Motions Will Wind Up Slings Far More Than Isolated Motions

🔥 Get That Scapula Moving Around the Rib Cage ⚾️ Combined Trunk, Scap, and Shoulder Motions Will Wind Up Slings Far More Than Isolated Motions

23,078 次观看

Juiced Up to watch GW Baseball crush their Armored Heat this Fall 💪📈 Some big time arms are being built in DC! #RaiseHigh

Juiced Up to watch GW Baseball crush their Armored Heat this Fall 💪📈 Some big time arms are being built in DC! #RaiseHigh

14,237 次观看

⚡️ FREE WATER BALL Help us name our new smaller version of the Armored Heat Stability Ball! Best name in the comments win one! We developed this based on the feedback from our Athletes and coaches saying that they really liked our Dribble exercises but would love if there was a way to get a similar stimulus when guys are out at the field

⚡️ FREE WATER BALL Help us name our new smaller version of the Armored Heat Stability Ball! Best name in the comments win one! We developed this based on the feedback from our Athletes and coaches saying that they really liked our Dribble exercises but would love if there was a way to get a similar stimulus when guys are out at the field

13,205 次观看

Videos

ArmoredHeat's profile picture

⚾️ FULL EXPLANATION OF HOW THE ELBOW HANDLES STRESS When you throw a baseball, the inside of your elbow gets hit with a big pulling/gapping force. Your body has three main ways it protects the elbow from that stress. Think of it as three layers of protection working together every time you throw. ✅ Radiocapitellar Joint Compression As the inside of your elbow tries to gap open during a throw, the outside of the joint compresses. The radius and humerus on the lateral side press together, creating a physical barrier that limits how far the elbow can open into valgus. ✅ Forearm Musculature All the forearm muscles that attach to the inside of the elbow help shield it. They anchor to the medial epicondyle and act as active stabilizers during the throw. This group includes the pronator teres, FCU, FCR, FDS, and palmaris longus. The simple takeaway is that the stronger/stiffer these muscles are, the more support they provide to the UCL. Training them through finger flexion, wrist flexion, ulnar deviation, and pronation is extremely effective. ✅ Ulnar Collateral Ligament Whatever force is not absorbed by joint compression and the forearm muscles ends up on the UCL. A UCL on its own can only tolerate roughly 35 newton meters before failure, yet every pitch produces FAR MORE than that. This highlights how essential those first two protective systems really are. 🎯 Conclusion In the big picture, your bones and your ligament offer a set, mostly fixed level of protection. They are important, but they cannot be dramatically changed. Your forearm musculature, on the other hand, is highly trainable. It can get stronger/stiffer pretty quickly and make a meaningful difference in how much stress your elbow can safely handle. If you are looking for the most direct, actionable way to protect your elbow, building stronger forearm muscles is the clearest and most impactful place to focus.

Armored Heat

10,212 次观看 • 6 个月前

没有更多内容可加载