Jet Speed Blog

Speed is often discussed as if it exists separately from strength. Sprint more. Move faster. Be explosive. Get off the ground quicker. All of those things matter. But underneath explosive movement is a fundamental requirement that is easy to overlook: The athlete has to have force available to express. Strength training can help build that capacity, but simply becoming stronger does not automatically make an athlete faster. The real objective is to develop a force-production

When we talk about developing speed, the conversation often gravitates toward things we can easily see and measure. Which exercises should we use? How heavy should the sled be? How many sprints should an athlete run? What drill will fix their mechanics? How much stronger do they need to become? Those are worthwhile questions. But they can also distract us from a much bigger one: What are we actually trying to change? The purpose of training isn't to become better at training.

When most athletes think about getting faster, they immediately picture stronger legs, better mechanics, or a more advanced training program. Those things matter. But before any muscle contracts, before any force reaches the ground, and before any stride is taken, something else determines what the body is capable of producing. The brain. Speed is as much a product of the nervous system as it is the muscular system. Every sprint is both a physical event and a neurological one

If you watch a youth track meet, a football practice, or even professional sprint training, you'll hear a familiar set of coaching cues. "Lift your knees." "Get your toe up." "Lean more." "Pump your arms." These cues aren't necessarily wrong. The problem is that they often treat the symptom instead of the cause. Too often, sprint mechanics are taught as a collection of body positions that athletes should memorize and repeat. But elite speed doesn't begin with where your body

Every athlete wants to get faster. Most coaches respond by making athletes stronger, more powerful, or better conditioned. Those qualities certainly matter. But there's another quality that often separates good athletes from great ones, and it's one that's frequently overlooked. Coordination. Not coordination in the sense of balance drills or agility ladders. Coordination in the sense of the nervous system organizing dozens of muscles into one seamless movement. Because speed

If you spend enough time around sports performance, you'll notice something interesting. Many coaches are constantly searching for the next drill. The newest exercise. The latest social media trend. The secret that will finally unlock speed. But after years of coaching athletes across multiple sports, I've become convinced that getting faster has very little to do with finding the perfect drill. It has everything to do with asking better questions. Great Coaching Isn't About

If you watch enough sprint videos online, you'll notice a common pattern. Coaches pause video frame by frame, drawing lines around shin angles, knee height, arm position, and torso posture. Every detail is dissected in the search for "perfect" sprint mechanics. Technique certainly matters. But here's the question that often gets overlooked: What actually creates speed? The answer isn't a body position. It's force. When coaches begin understanding sprinting through the lens of

When athletes think about getting faster, stronger, or more explosive, they usually think about muscles. Lift heavier Run faster Jump higher Train harder. Those things matter—but they're only part of the equation. Behind every sprint, jump, cut, and lift is something even more important: the nervous system. Your brain determines how efficiently your muscles work together, how quickly you make decisions, how well you adapt to changing situations, and how confidently you perfor

Speed is inherently simple—move more ground in less time. But underneath that simplicity is a lot happening all at once. Athletes and coaches often focus on stride length and stride frequency, but those are outcomes, not drivers. What actually creates speed is force application, timing, mechanics, and stiffness—and ultimately how well an athlete can self-organize those qualities into efficient movement. At Jet Speed Athletics, we begin with technical understanding, but we don