Speed and Agility Training for Athletes in Bangalore
Speed is a technical skill based on physics, not just effort. At our centers in Koramangala and Jayamahal, I break down your sprint mechanics to fix inefficiencies and boost your performance on the field.
This image introduces our deep dive into linear speed. Sprinting is a technical skill, and in this section, I break down the mechanics just like we do in our training sessions at RSF.
If an athlete looks slow, it is often not a lack of effort but a "leak" in their mechanics. I identify these inefficiencies, whether it is overstriding or poor posture, and correct them.
What is linear speed? It is the ability to cover ground quickly in a straight line. It is not the same as acceleration, and it is influenced by stride length, stride frequency, and motor control.
A sprint has three phases: Acceleration, Transition, and Max Velocity. Each phase demands a different motor pattern and strength profile. My training programs are designed to match the specific demands of each phase.
This infographic lists common errors that slow athletes down, such as weak hip flexors or poor front-side mechanics. At RSF, I assess for these leaks before designing a speed program.
This is how I train for speed. My method includes acceleration work with sleds, max velocity mechanics with wicket runs, and building a force base with trap bar jumps and plyometrics.
Change-of-direction ability is critical in field and court sports. This video shows how I use on-field drills to test and improve the three phases of agility: braking, planting, and re-acceleration.
A look at our track day session. Sprinting is not just for track athletes; it improves acceleration, power, and endurance for all sports. Here, we are working on linear velocity and running mechanics.
High-speed running is a crucial and often underrated part of any strength and conditioning program. Here, athletes work on their max velocity, which cannot be replicated in the gym alone.
This action shot captures the competitive nature of our speed and agility drills. Training with intent and against a partner is key to driving player performance and translating gym strength to on-field speed.
About Speed & Agility Lab
If you look slow on video, it is rarely because you are not trying hard enough. It is usually a mechanical leak in your stride or a deficiency in force application. I use video analysis and movement screens to identify exactly where your speed is dropping, whether it is during the initial acceleration phase or your max velocity phase, and then provide the specific corrective drills to fix it.
The Science of Sprinting
Speed is not a guessing game. At RSF, we categorize speed training into three distinct phases: Acceleration (0-10m), Transition (10-30m), and Max Velocity (30m+). Each phase requires a different strength profile and motor pattern. We do not just make you run more; we train your nervous system to produce force more efficiently.
Identifying Mechanical Leaks
Many athletes waste energy due to poor posture, limited ankle stiffness, or weak hip flexors. We use tools like sleds for resistance work and wicket runs for mechanical precision. If you are an athlete in field sports like football, cricket, or hockey, your ability to brake, plant, and re-accelerate is often more important than your top-end speed.
Our Methodology
We assess you before we program for you. This includes:
- Movement Screening: Identifying imbalances before we load the joints.
- Force-Velocity Profiling: Determining whether you need more power or more speed.
- Change of Direction (COD) Drills: Testing your braking mechanics and re-acceleration angles.
Whether you are a youth player navigating a growth spurt or an elite athlete looking to shave seconds off your sprint, we align your training to your specific physical demands. We combine gym-based strength work with on-field drills at our Koramangala and Jayamahal facilities to ensure your gains transfer directly to your game.
Rapid Sport Fitness
I am Chelston Pinto, and I believe in training with purpose rather than just sweating for the sake of it. My approach is rooted in sports science, focusing on mechanical efficiency and injury prevention so you can perform consistently. I do not offer generic drills; I build programs based on your individual movement data.
Find your specific performance program.
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