How to Sprint Faster
This is not about jogging. This is about raw, explosive sprinting speed. Whether you are training for the 100m, the 40-yard dash, or just want to be the fastest person on the field, this guide covers the mechanics, workouts, and programs to make you faster.
Sprint Mechanics: The Four Phases of a Sprint
Every sprint, from a 40-yard dash to a 400m race, passes through four distinct phases. Each phase requires different technique. Most people only think about running fast, but sprinting fast requires understanding how to accelerate, transition, reach top speed, and maintain it. Here is what happens in each phase and what to focus on.
Drive Phase (0 to 10m)
The first 3 to 5 steps where you accelerate from a standstill. Your body angle is 45 degrees forward. Each step pushes the ground behind you with maximum force. Your head is down, eyes looking 2 to 3 meters ahead. Arms pump aggressively. This phase determines how quickly you reach top speed.
Key Technical Cues
Body lean at 45 degrees, gradually becoming more upright
Powerful push-off behind the body, not under it
Short, quick steps that get progressively longer
Eyes down, head neutral, not looking up at the finish line
Transition Phase (10 to 30m)
The bridge between the drive phase and max velocity. Your body angle gradually rises from 45 degrees to nearly upright. Stride length increases as you build speed. This phase is where most athletes lose time because they stand up too quickly, cutting their acceleration short.
Key Technical Cues
Gradually rise from 45 degrees to upright over 10 to 15 steps
Do not "pop up" suddenly at step 5 or 6
Stride length continues to increase with each step
Arm drive transitions from short, powerful pumps to longer swings
Max Velocity (30 to 60m)
You are now at or near your top speed. Body is upright with a very slight forward lean. Stride length is at maximum. The key at this phase is RELAXATION. Tension in your face, shoulders, or hands creates a braking effect. The fastest sprinters look relaxed at top speed. They are not straining, they are flowing.
Key Technical Cues
Body upright with minimal forward lean
Relaxed face, loose jaw, unclenched hands
High knee lift with rapid foot contact under the hips
Arms swing from cheek to hip pocket, elbows at 90 degrees
Speed Maintenance (60m+)
Everyone decelerates after about 60 meters. The goal is to decelerate less than your competitors. Fatigue causes form breakdown: shoulders rise, stride shortens, arms cross the midline. The athletes who "finish strong" are not accelerating. They are simply decelerating less because they maintain form and relaxation.
Key Technical Cues
Focus on maintaining form, not trying to "speed up"
Keep shoulders down and relaxed
Maintain arm swing and knee drive despite fatigue
The winner is often the person who slows down the least
10 Methods to Sprint Faster
Sprint speed is the product of stride length multiplied by stride frequency. Everything below either increases one of those two variables, improves the force you apply to the ground, or removes inefficiencies that slow you down.
Improve Your Start Technique
A good start puts you 0.1 to 0.3 seconds ahead immediately. In a standing start, your front foot is one foot-length behind the line, back foot is two foot-lengths behind. Weight on the front foot. First step is short and explosive, pushing the ground behind you. Practice 10 to 15 standing starts per session.
Increase Stride Length
Stride length is the distance covered in each step. You increase it not by overreaching (which causes braking) but by producing more force into the ground. Stronger glutes and hamstrings create longer strides naturally. Hip flexibility also matters because tight hip flexors limit back-side mechanics.
Increase Stride Frequency
Stride frequency is how many steps you take per second. Elite sprinters take 4.5 to 5.0 steps per second. You can train this with overspeed drills (slight downhill sprints), fast feet ladder drills, and wicket runs (sprinting over mini hurdles set at your stride length).
Strengthen Your Posterior Chain
Your glutes, hamstrings, and calves produce the force that drives you forward. Exercises: barbell hip thrusts (3 x 8), Romanian deadlifts (3 x 8), Nordic hamstring curls (3 x 6), calf raises (3 x 12). These muscles should be your strongest body parts if you want to sprint fast.
Add Plyometrics
Plyometrics train the stretch-shortening cycle: the ability to absorb force and redirect it explosively. Key exercises: box jumps (4 x 5), broad jumps (4 x 5), depth jumps (3 x 4), bounding (3 x 30m), and single-leg hops (3 x 10 each leg). Start with 2 sessions per week, 48 hours apart.
Use Resisted Sprints
Sled pushes, sled pulls, and resistance band sprints overload the acceleration phase. Use a load that slows you to 85 to 90% of your normal speed (heavier loads change mechanics too much). Sprint 20 to 30 meters with resistance, then immediately sprint 20 to 30 meters unloaded to feel the speed contrast.
Try Overspeed Training
Overspeed training forces your legs to move faster than they normally would. The simplest method: sprint on a slight downhill (2 to 3% grade). Your nervous system adapts to the higher leg turnover rate. Alternatively, use a partner with a resistance band to provide a slight pull. Limit to 2 to 3 reps per session.
Fix Your Arm Drive
Your arms set the tempo for your legs. Drive your elbows straight back (not across your body). Hands should move from "cheek to hip pocket." Arms bent at 90 degrees. Practice arm drives while seated: sit on the ground with legs extended and pump your arms as fast as possible for 10 seconds. Repeat 5 times.
Improve Hip Flexibility
Tight hip flexors limit your stride length and reduce the force your glutes can produce. Daily mobility: hip flexor stretches (90/90 position, 60 seconds each side), leg swings (20 each direction), pigeon pose (60 seconds each side), and half-kneeling hip flexor stretch with a posterior pelvic tilt.
Develop Core Power
Your core transfers force between your upper and lower body during sprinting. A weak core leaks power. Key exercises: medicine ball rotational throws (3 x 8 each side), hanging leg raises (3 x 10), pallof press (3 x 10 each side), and anti-rotation cable chops (3 x 10). Train core for power, not endurance.
Sprint Workout Library: 8 Sessions
Each workout targets a different aspect of sprint performance. You do not use all 8 in a single week. Pick 2 to 3 per week based on your current program phase and weaknesses. Full recovery between reps is essential: sprint training is about quality, not fatigue.
Block Starts (Acceleration)
Develop explosive first 10 meters and start technique.
The Workout
15 min dynamic warm-up. 8 to 10 x 20m from a 3-point or standing start position. Walk back recovery (full rest: 90 to 120 seconds). Focus on body angle, first-step power, and short initial strides. Cool down 10 min easy jog.
Effort Level
Maximum. Every rep is 100% effort but with focus on technique, not just speed.
Flying 30s (Max Velocity)
Develop top-end speed by hitting max velocity with a running start.
The Workout
15 min warm-up. Build up over 30m, then sprint maximally for 30m, then decelerate over 30m. Total distance per rep: 90m but only the middle 30m is timed/maximal. 6 to 8 reps with 3 to 4 minutes full recovery between each.
Effort Level
Maximum during the 30m zone. The buildup should reach 90% so you only need to add 10% in the timed zone.
60m Buildups (Transition)
Practice the transition from drive phase to max velocity smoothly.
The Workout
15 min warm-up. 6 x 60m starting at 70% effort and building to 95% by the 60m mark. Walk back recovery. Focus on gradually rising from the drive angle to upright. Do not "pop up" at step 5.
Effort Level
Progressive. Each rep starts controlled and finishes near maximum.
Acceleration Drills (Wall Drills + Sled)
Develop the body angle and force application specific to the drive phase.
The Workout
Wall drills: lean against a wall at 45 degrees, drive one knee up explosively, switch legs. 3 x 10 each leg. Then sled sprints: 6 x 20m with moderate resistance (slows you by 10 to 15%). Walk back recovery. Cool down.
Effort Level
Maximum force on each rep. These are about power, not endurance.
Tempo 200s (Speed Endurance)
Build lactate tolerance so you decelerate less in the back half of sprints.
The Workout
15 min warm-up. 6 x 200m at 75 to 80% of your max 200m speed. 90 seconds walk/jog recovery between reps. These should feel fast but controlled. If your 200m PR is 28 seconds, run these in 35 to 37 seconds.
Effort Level
Moderate-hard. You should feel the lactate build but be able to maintain form throughout. If form breaks, the pace is too fast.
Hill Sprints (Power)
Develop explosive power with reduced hamstring injury risk due to the incline.
The Workout
Find a hill with 6 to 10% grade. 15 min warm-up on flat. 8 to 10 x 30m hill sprints at maximum effort. Walk down for recovery (2 to 3 minutes). Focus on driving your knees high and pushing the ground behind you. Cool down on flat.
Effort Level
Maximum. Short enough that you can give 100% every rep. The hill provides natural resistance.
Resisted Sled Pulls (Force Production)
Overload the acceleration phase to develop greater horizontal force production.
The Workout
8 x 20m sled sprints with a load that reduces your speed by 10 to 15%. After every 2 sled reps, do 1 unresisted 20m sprint to feel the "overspeed" effect. Full recovery between all reps (2 to 3 minutes).
Effort Level
Maximum. The sled should feel heavy but you should still be able to sprint, not jog.
Plyometric Circuit (Reactive Power)
Train the stretch-shortening cycle for more explosive ground contact.
The Workout
3 rounds of: box jumps x 5 (step down, do not jump down), broad jumps x 5, single-leg hops x 8 each leg, bounding x 30m. Rest 2 minutes between exercises, 4 minutes between rounds. Total session: 30 to 35 minutes.
Effort Level
Maximum on each jump. Quality over quantity. If your jump height or distance drops, you are fatigued. Stop.
4-Week Sprint Speed Program
Three sprint sessions per week plus two strength sessions. Weekends are full rest. This program builds from technique and low volume in week 1 to peak intensity in week 3, then tapers for a time trial in week 4.
Every session begins with a 15 to 20 minute dynamic warm-up. Never skip the warm-up.
Week 1: Foundation
Sprint Days
Monday: Block starts (8 x 20m) + 60m buildups (4 x 60m)
Wednesday: Hill sprints (8 x 30m)
Friday: Tempo 200s (4 x 200m at 75%)
Strength Days
Tuesday: Squats 4x6, Hip thrusts 3x8, Nordic curls 3x5, Calf raises 3x12
Thursday: Deadlifts 4x5, Lunges 3x8 each, Pallof press 3x10 each, Med ball throws 3x8
Notes
Focus on learning proper start mechanics and getting your body accustomed to maximal efforts. Keep volume low. Every sprint should be near 100% quality.
Week 2: Volume Increase
Sprint Days
Monday: Block starts (10 x 20m) + Flying 30s (4 x 30m)
Wednesday: Hill sprints (10 x 30m) + Plyometric circuit (2 rounds)
Friday: Tempo 200s (6 x 200m at 75%)
Strength Days
Tuesday: Squats 4x5 (heavier), Hip thrusts 3x8, Nordic curls 3x6, Box jumps 4x5
Thursday: Deadlifts 4x4 (heavier), Lunges 3x8 each, Hanging leg raises 3x10, Broad jumps 4x5
Notes
Volume increases slightly. Strength loads get heavier. You should be feeling faster on the starts. If any session feels sluggish, take an extra rest day.
Week 3: Intensity Peak
Sprint Days
Monday: Flying 30s (6 x 30m) + Resisted sled pulls (6 x 20m)
Wednesday: Acceleration drills (wall drills + sled) + 60m buildups (6 x 60m)
Friday: Tempo 200s (6 x 200m at 80%) + Plyometric circuit (3 rounds)
Strength Days
Tuesday: Squats 3x3 (heavy), Hip thrusts 3x6 (heavy), Nordic curls 3x6, Single-leg hops 3x8
Thursday: Deadlifts 3x3 (heavy), Lunges 3x6 each (weighted), Med ball throws 3x10, Bounding 3x30m
Notes
The hardest week. Intensity is at its peak across all sessions. Strength work shifts to heavier loads with lower reps. Sleep 8+ hours. Eat enough carbs. If you feel overtrained, drop one sprint session.
Week 4: Test Week
Sprint Days
Monday: Block starts (6 x 20m, easy) + 60m buildups (4 x 60m)
Wednesday: Rest or light mobility only
Friday: TIME TRIAL. Full warm-up, then test your 40 yard dash, 60m, or 100m.
Strength Days
Tuesday: Squats 2x3 (moderate), Hip thrusts 2x6 (moderate), Light plyometrics
Thursday: Rest or 20 min easy jog + stretching
Notes
Taper week. Volume drops by 40 to 50%. You should feel fresh and explosive by Friday. The time trial is your reward for 3 weeks of hard work. Warm up thoroughly (20 minutes minimum) before the test.
Sprint Time Benchmarks
Where do you stand? These benchmarks give you context for your sprint times. Remember that recreational athletes have massive room for improvement because most have never done structured sprint training.
40-Yard Dash
100 Meters
200 Meters
400 Meters
Injury Prevention for Sprinters
Sprinting generates forces of 3 to 5 times your body weight on every step. Without proper preparation and prevention, injuries are inevitable. The three most vulnerable areas for sprinters are the hamstrings, hip flexors, and calves. Here is how to protect them.
Hamstrings
Risk
The most common sprint injury. Hamstring strains occur during the late swing phase when the muscle is lengthening under load. The faster you sprint, the higher the risk.
Prevention
Nordic hamstring curls 3 x 6, twice per week. Romanian deadlifts. Eccentric-focused exercises. Never sprint at 100% without a full warm-up. If your hamstring feels "tight" during warm-up, do not sprint that day.
Hip Flexors
Risk
Strained from the repetitive high-knee action during sprinting, especially in the drive phase. More common in athletes with poor hip mobility or weak hip flexors.
Prevention
Hip flexor stretches daily (90/90, half-kneeling stretch). Strengthen with banded marching, leg raises, and A-skips. Warm up with leg swings before every sprint session.
Calves and Achilles
Risk
The calf muscles and Achilles tendon absorb enormous forces during sprinting, especially at top speed. Sudden increases in sprint volume are the biggest risk factor.
Prevention
Progressive calf raises: start with 2 x 15, build to 3 x 20 over 4 weeks. Eccentric heel drops off a step. Never double your sprint volume from one week to the next. Adequate hydration reduces tendon injury risk.
Dynamic Warm-Up Protocol
Risk
Sprinting without a proper warm-up is the single biggest cause of sprint injuries. Cold muscles and tendons cannot absorb the forces generated during maximal sprinting.
Prevention
15 to 20 minute warm-up before every sprint session: 5 min light jog, leg swings (20 each direction), high knees x 30m, butt kicks x 30m, A-skips x 30m, B-skips x 30m, carioca x 30m, then 3 to 4 progressive buildups (50%, 70%, 85%, 95% effort). Only then sprint at 100%.
Sprint to Capture New Territory
Sprint training is intense but the sessions are short. Motera turns those short, explosive efforts into territory captured on a real map. Every hill sprint, every flying 30, every block start session expands your running empire. The gamification makes sprint training addictive instead of just painful.
Compete on leaderboards, earn XP, and reveal new map areas through Fog of War. Free GPS tracking included.
MoteraFrequently Asked Questions
How long does it take to get noticeably faster at sprinting?
Most people see measurable improvement in sprint speed within 3 to 4 weeks of consistent, structured training. The initial gains come from improved technique (better starts, arm drive, and relaxation at top speed) rather than physical changes. Actual muscle and neural adaptations that increase raw power take 6 to 8 weeks. Significant sprint speed improvement (0.3 to 0.5 seconds off a 40 yard dash) typically requires 8 to 12 weeks of dedicated sprint training.
Can I get faster at sprinting without a track?
Yes. Hill sprints, grass sprints, and resistance band drills can all be done without a track. Hill sprints are actually one of the most effective sprint training methods because the incline forces proper drive phase mechanics and reduces hamstring injury risk. A flat grass field works for acceleration drills and flying sprints. A track is ideal for timing and max velocity work, but not required for improvement.
Is sprinting ability mostly genetic?
Genetics influence your sprint ceiling (the absolute fastest you could ever be), but they do not determine your current speed. Most people are operating far below their genetic potential. Technique improvements alone can drop 0.2 to 0.5 seconds from a 100m time. Strength and power training can add another 0.3 to 0.5 seconds of improvement. The idea that "you are either fast or you are not" is a myth that stops people from training sprint speed.
How often should I do sprint training?
Two to three sprint sessions per week is optimal for most people. Sprinting places enormous stress on the central nervous system, hamstrings, and hip flexors. More than 3 sessions per week significantly increases injury risk without proportional speed gains. Each sprint session should be followed by at least 48 hours before the next one. Fill non-sprint days with strength training, mobility work, and full rest.
Should I stretch before sprinting?
Static stretching before sprinting can temporarily reduce power output by 3 to 5%. Instead, do a dynamic warm-up: 10 minutes of jogging, leg swings (front to back and side to side), high knees, butt kicks, A-skips, B-skips, and 3 to 4 progressive buildups from 50% to 90% effort. Save static stretching for after the session. A proper warm-up takes 15 to 20 minutes but dramatically reduces injury risk.
What is the difference between speed and acceleration?
Acceleration is how quickly you reach top speed (the first 0 to 30 meters of a sprint). Top speed (max velocity) is the fastest pace you can reach and is typically hit between 40 and 60 meters into a sprint. Most sport-specific situations require acceleration more than top speed because you rarely sprint more than 30 meters in a game. Train both, but prioritize acceleration if you play team sports.
Do I need to lift weights to sprint faster?
Strength training significantly improves sprint speed. Squats, deadlifts, hip thrusts, and plyometrics develop the force production capacity that drives sprinting. Research consistently shows that stronger athletes sprint faster, particularly in the acceleration phase. You do not need to be a powerlifter, but 2 strength sessions per week focusing on compound lower body movements will make a measurable difference in sprint speed.
Why do I slow down at the end of a sprint?
Deceleration in the final 20 to 40 meters of a 100m sprint is normal and happens to every sprinter, including Usain Bolt. It occurs because your muscles run out of phosphocreatine (the fuel for explosive efforts) and lactate accumulates. You cannot eliminate deceleration, but you can minimize it through lactate tolerance training (tempo 200s), maintaining relaxation at top speed, and improving your aerobic base so you clear lactate faster.
