#Jump Drop

Vertical jump isn’t just about jumping high. It’s about timing, posture, arm action, and intent. We coach the details first — height comes second.

Your vertical jump isn’t built from jumping alone. It’s built from strength. If you can’t absorb force… You can’t produce force. If your posterior chain is weak… Your jump is capped. At T4P we build vertical power through: • Single leg control • Posterior chain strength • Heavy compound lifts • Contrast explosive work Strength first. Speed second. Power always. If your athlete wants to jump higher, sprint faster, and move explosively… This is where it starts…

Why should all athletes jump? This is a question I have heard come up, especially when addressing certain team sports that do not possess much/if any instances of jumping (unlike sports such as basketball & volleyball). Informing athletes and coaches of the WHY behind training is so important, even though it may seem relatively obvious to an S&C professional. Jump training has the ability to improve these qualities, however to what extent depends on how they are programmed/taught and the athletes you are working with. The way in which coaches choose to implement jumping into training can be done in so many ways, but this is a core quality to train. Go jump!! #athleticperformance #training #strengthandconditioning #sportsperformance #jumping

"Jumping ability is a great test of athleticism." If you find yourself struggling to jump high or lacking explosiveness in your movements, fear not - there are ways to improve! The key to increasing your jumping ability lies in training your explosiveness. Start by incorporating plyometric exercises into your routine, such as box jumps, squat jumps, or burpees. These exercises will help to develop the fast-twitch muscle fibers needed for explosive movements. In addition to plyometrics, focus on strengthening your lower body with exercises like squats, lunges, and calf raises. Building a strong foundation will not only improve your jumping ability but also reduce your risk of injury. Don't forget to include core exercises in your routine as well, as a strong core is essential for generating power in your jumps. Consistency is key when it comes to training for explosiveness. Make sure to incorporate these exercises into your routine at least 2-3 times a week, gradually increasing the intensity as you progress. And remember, proper form is crucial to prevent injury and maximize results. Focus on quality over quantity, and listen to your body to avoid overtraining. So if you're looking to take your athleticism to the next level, don't neglect your jumping ability. Train explosiveness, strengthen your lower body, and work on your core to see improvements in no time. And don't forget to track your progress along the way to stay motivated and celebrate your achievements! Save this post for future reference and start incorporating these tips into your training regimen. Your future self will thank you for it! #JumpHigher #TrainExplosiveness #AthleticismGoals"

We’ve coached 350+ athletes at our facility We’ve observed athletes with great starts can jump: Females: >80in/203cm Males: >100in/254cm Like any dataset, outliers and standard deviations exist, but this is what we’ve anecdotally observed on average It’s also important to note that the primary population we work with are high school athletes and should be taken into consideration when studying this data Give your starts a fighting chance and train and track your broad jumps

Why depth jumps? Because they are great way to work on your braking capacity, and your coordination with the ground. Change of direction, jumping, repeat jumping, sprinting, etc It is as much of a skill as it is about your physical qualities. By micro dosing some extra plyo work into your training, can help you maximize that practice, in a controlled environment. As for programming, I would be conservative with your progression. Start with low box, develop that quality, and over the period of weeks to months increase the height. Signs that your drop height is too tall include - spending longer on the ground - descending into a deeper squat - jump height decreases

Why depth jumps? Because they are great way to work on your braking capacity, and your coordination with the ground. Change of direction, jumping, repeat jumping, sprinting, etc It is as much of a skill as it is about your physical qualities. By micro dosing some extra plyo work into your training, can help you maximize that practice, in a controlled environment. As for programming, I would be conservative with your progression. Start with low box, develop that quality, and over the period of weeks to months increase the height. Signs that your drop height is too tall include - spending longer on the ground - descending into a deeper squat - jump height decreases

Most complicated thing about jump higher is staying consistent in smart training #reels #verticaljumptraining #jumphigher

Jumping is one of the BEST things you can do for: • Bone density • Muscle growth • Strength • Power But only if you do it right. If you rock back onto your heels before you jump… and collapse when you land… You’re leaking force. And leaked force = leaked results. Instead think: Collect → Explode → Absorb ✔️ Collect like you’re on a diving block ✔️ Explode through the ground ✔️ Land solid and ready to go again If you can’t jump again immediately after landing, you didn’t absorb the force — you collapsed. Train like a spring, not like a wet noodle. That’s how you actually build power tha will translate in to physiological gains 💥

Can you spot the difference? Depth jumps(top) has a longer GCT, shifting the focus onto force absorption and then maximum force output. This is great for RFD Drop jumps(bottom) has quick GCT, shifting the focus more on your tendons and how fast they can produce force in low GCT. This is great for elasticity. Both of these are great for your vertical, do both. Follow for more jump tips! . . . #jumptraining #verticaljump #informational #dunk #fyp

Understanding the ratio of your standing vertical jump to your approach jump can serve as a good indicator of the physical qualities you rely on more. If the numbers are close, train elasticity. If there’s a big difference, build strength. You can often see that strong athletes, like Olympic weightlifters or powerlifters, actually have good standing vertical jumping ability. However, they often don’t have great approach jumps since they lack the elasticity and jump technique that you cannot simply attain from traditional strength training. On the other hand, track and field athletes have accumulated so many elastic foot contacts that they are often some of the best approach jumpers even if they don’t necessarily train jumping very much. Their elastic qualities are simply so well-developed. ✅ Follow for more basketball performance content 📲 DM me if you’re trying to develop elite bounce!

The real secret to higher jumps… it’s not just leg strength, is optimising the rate of force development ( RFD) through neural training, tendon stiffness, and superior technique. 1. Rate of Force Development (RFD) & Neural Training You don’t just need a bigger “engine” (stronger muscles); you need to “tune” it to fire faster. This involves training your nervous system to recruit fast-twitch muscle fibers instantly. Key Training: High-velocity, light-load, and plyometric exercises (e.g., depth jumps, jump squats) teach your body to produce maximum force quickly. 2. Tendon Stiffness (The “Spring” Factor) Leg strength is useless if your tendons are too loose. Think of your Achilles tendon like a spring: the stiffer the spring, the more energy it stores, and the higher you bounce. Key Training: Plyometrics, skipping, and isometric holds (e.g., holding a squat position) strengthen the connective tissues, turning them into efficient energy-return mechanisms. 3. Mastering Technique and “Non-Extension” Movements How you move your body matters more than the force applied. Poor technique “leaks” energy, while proper form maximizes it. Arm Swing: An active, timed arm swing can add significant height. The Penultimate Step: In a running jump, the second-to-last step (penultimate) is crucial for converting horizontal velocity into vertical momentum. Triple Extension: Ensuring simultaneous, explosive extension of the hips, knees, and ankles. 4. Optimal Power-to-Weight Ratio You can increase your vertical by either producing more force or reducing the amount of weight you have to lift. Reducing body fat allows you to get higher with the same amount of leg strength. 5. Proper Rest and Recovery Because plyometrics are high-impact and neurologically demanding, overtraining will make your jump worse. #balancebeam #wag #artisticgymnastics #jump #beamskills #beamwork