
Muscles Worked in the Sled Push

Primary muscles worked:
Secondary muscles worked:
How to Do Sled Pushes
- Load the sled with the desired weight.
- Stand behind the sled and grab the handles with both hands.
- Lean slightly forward, keeping your back flat and core tight.
- Drive through your legs and push the sled forward.
- Keep a steady pace and controlled steps until you reach the end of the track or until the desired distance.
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Table of Contents
What Is the Sled Push?
The sled push is a resisted locomotion exercise where you push a sled loaded with weights across a suitable surface like turf, rubber, or grass.
Unlike squats and deadlifts, where you produce most of the force vertically, you use horizontal force to push backward against the ground, so you move the sled forward.
It’s a staple in the training of many athletes, including American football and rugby players, sprinters, hockey players, and combat athletes. Plus, it’s literally one of the competition stations in HYROX, making it a necessity for the sport.
Research shows it can improve lower-body strength, acceleration, work capacity, and conditioning without the eccentric muscle damage associated with many traditional lifts.
Muscles Trained in the Sled Push
The sled push is close to being a full-body exercise, but the main muscles working are mostly in the lower body and trunk.
The main muscles involved are the quadriceps, glutes, and calves. The quadriceps extend the knee as you drive the foot into the ground. The glutes extend the hip and create forward power. The calves transfer force through the ground.
- Research shows that sled pushes provide similar muscle activation in the quads and hamstrings as the barbell squat, but with superior calf muscle activation.1 “Similar” hamstring activation does not mean good activation, however, as neither exercise is effective for building hamstring muscle and strength.
- The trunk muscles work isometrically during sled pushes. The abs, obliques, and trunk stabilizers keep the ribcage and pelvis connected so you can transfer force from your legs into the sled.
- The upper body muscles are not prime movers, although the shoulders, chest, triceps, lats, and upper back create stability as you push.
One study found that sled-pushing can alter muscle activation depending on how heavy the sled is – the same muscles still work, but some have to work harder with heavy loads, while others don’t.2
Detailed Instructions for the Sled Push
Here are more detailed instructions for a proper sled push.
If you’re new to the sled push, you don’t have to memorize everything below. It’s better just to read the short 5-step instructions above and go.
The sled push is not a technically advanced exercise, and trying to keep a massive list of instructions in your head when you’re doing it for the first time will likely be more of a distraction than a help.
This is for when you already know how to do sled pushes effectively but want to optimize your technique.
The Sled Push Step-By Step
- Set up the sled. Load the sled and take the time to make sure the path is flat, clear, and long enough before you start.
- Grip it. Stand behind the sled and grab hold of the handles with both hands. You can set your hands higher for a more upright push or lower for a forward lean. Low handles can feel more athletic, but they also require better trunk control.
- Move into starting position. Step back so your body leans forward from your head through your hips in a straight line. Your shoulders should be straight behind your hands. You can have your arms straight or bent – keeping them straight is often more comfortable if you’re short, but it can reduce the force you’re able to produce.
- Get ready. Tighten your abs and keep your spine neutral. Keep your eyes just ahead of the sled without craning your neck.
- Start pushing. Start with your feet underneath or just behind your hips, then drive one foot into the ground and start pushing the sled forward. Imagine that you’re pushing the ground backward to bring your glutes into play for extra force.
- Use short steps. Take piston-like, powerful steps. You don’t want to look like you’re jogging behind the sled.
- Maintain a forward lean. Maintain pressure through the handles and the same body angle through the entire push. Try not to let your hips rise or your chest drop, even if you get tired.
- Tight upper body. Your entire upper body should stay stable and tight. Keep your arms in the same position throughout, whether that’s straight or bent. Bending and straightening them while you push will make them the weak link and your entire push weaker.
- Finish with control. Gradually reduce your effort, stop the sled, and stand upright.
Useful Technique Cues
- Brace your core.
- Lean forward with your body as a single unit.
- Push the ground away.
- Take short and powerful steps.
- Keep constant pressure on the handles.
- Keep your hips from bouncing up and down as you push.
Benefits of the Sled Push
The sled push is useful for many scenarios where you need to improve your athletic capacity, acceleration, and sprint speed.
These are five of the biggest benefits.
1. Acceleration and Speed
Sprinters, football players, soccer players, and field-sport athletes often include sled work in their training, with good effect, and a number of research reviews confirm that sled pushing can improve both acceleration and sprint speed, especially over short distances like 5–20 meters.3 4 5
When you accelerate in a sprint, you must apply as much force as you can muster backward and downward into the ground. And when you push a sled at the same time, it resists your forward movement. You must then produce a ton of horizontal force to get it moving, which gives you the training effect you’re after.
Heavy pushes are particularly effective for short-distance sprint gains, while lighter loads benefit slightly longer (~60 meters) sprints.6 7
2. Lower-Body Strength Without Heavy Spinal Loading
Unlike with squats or deadlifts, you can train most of your lower body with the sled push without having to place a barbell on your back or in your hands.
That’s advantageous when you want to train your legs without the axial loading or grip limitations of those staple lifts. Or without the same technical demand, as sled pushes are a relatively simple exercise in comparison.
That doesn’t mean that sled pushes are “easy on the body” as they give the quads, glutes, calves, hip flexors – even the lungs – quite the workout. But they’re generally more forgiving than barbell compound lifts with comparable effort.
3. Conditioning With Less Eccentric Damage
The sled push is an almost purely concentric exercise as you drive into the ground and push the sled forward. Compared to both regular strength exercises with an eccentric phase and to downhill running or plyometrics, there’s little muscle-lengthening stress.
The eccentric part of an exercise is the one that makes you sore and produces the most muscle damage.8 It’s not damage in the harmful sense, but sometimes athletes need to be able to train hard without the neuromuscular fatigue and soreness eccentrics bring with them – if they do other conditioning exercises with eccentric loading or when returning to training after a layoff or injury, for example.
4. Easy Progression
Sled training is easy to scale. You can change factors like load, distance, speed, and rest length. You can switch up where you hold the handles and what kind of surface you use.
If you’re a beginner, you can push an empty sled for controlled intervals. An advanced athlete can load it up for contrast sprint or high-output pushes.
5. Real-Life, Practical Strength
Athletics aside, the sled push is also a functional and effective exercise for everyday people.
Walking uphill, climbing stairs, and push-starting your Ford Fiesta all benefit from the leg strength and force transfer that regular sled pushing gives you.
They don’t replace squats and deadlifts. Those lifts are still your go-to for maximal strength or muscle growth. But the sled fills a gap that few other exercises fit into: force applied horizontally while moving.
How Heavy Should the Sled Be?
Choose the load based on what you want out of the exercise.
Speed and Acceleration
Use a relatively heavy weight, but not so heavy that you struggle to move the sled. High force with good mechanics.
You should still be able to push it fast with powerful steps. If you load the sled to the point where it slows to a crawl, it’s too heavy for speed work.
Some research has also found that sled-push potentiation – you do a sled push with 75% of your body weight for 4–12 minutes before a regular sprint – boosts sprint performance.9
Strength
Go heavy – up to around double your body weight – for a short distance, and with full effort.
The sled should move slowly, but you should still be able to keep your posture and body position.
Conditioning
Use moderate loads and push it for longer distances or in intervals. You should have to work hard, but without exhausting yourself completely: breathing hard, not limping around wondering what happened.
If you’re going for metabolic stress, you can keep rest times between intervals short enough to almost, but not completely, recover.
Sled Pushes for Bodybuilding and Powerlifting
The sled push isn’t an effective muscle-building exercise and isn’t something you’d find in a bodybuilding program.
That being said, it can grow your quads, glutes, and calves, especially if you’re using heavy loads. It’s not a replacement for better hypertrophy leg exercises – the range of motion is short, and the loading profile is not what you’d want for building muscle – but it can work as an accessory.
Neither is it a powerlifting exercise.
It’s not that they’re bad for powerlifters, but you only have so much in your recovery budget, and powerlifters can rarely afford to spend time and energy on them. They almost always get more out of other exercises.
How to Progress the Sled Push
Just like with any other exercise, you need progressive overload to keep the gains coming.
You have many ways to go about it. For example, you can increase how much weight you load onto the sled, the distance you push it, the number of sets/intervals you do, or how fast you push. Or you can reduce your rest times.
Progress one thing at a time, not everything at once.
- For speed, try to improve the quality of your pushes or do them a little faster before adding weight.
- For strength, stick with the same distance while you add weight. And make sure your body position doesn’t change.
- For conditioning, increase the total distance you push, or reduce your rest a little.
Here’s what a simple four-week progression can look like:
- Week 1: 6 × 15 meters, light-moderate load
- Week 2: 7 × 15 meters, same load
- Week 3: 6 × 20 meters, same load
- Week 4: 6 × 15 meters, slightly heavier load
Where the Sled Push Fits in Your Program
The sled push can go anywhere in your workouts, but you want to place it to match your goals.
- If you’re using it for speed or power, do it early in the workout (after your warm-up), while you’re still fresh.
- For strength, place it after your main lift (like after squats on leg day).
- For conditioning, do it near the end of your workouts or even on a separate day.
Sled Push FAQ
Here are some of the most common questions about the sled push, with quick and easy-to-understand answers.
Yes. The sled push is excellent for lower-body strength, improving sprint acceleration and speed, and for conditioning with relatively little eccentric muscle damage.
The sled push primarily works your quads, glutes, and calves. Your abs and other trunk muscles stabilize your body, while your upper body helps with stability and transfers force into the sled.
They can build some lower-body muscle, but they’re not for bodybuilding. Don’t expect the same muscle-building effects as from squats and other full-range-of-motion exercises.
Aye. They raise your heart rate quickly and are very effective for conditioning, especially if you do longer pushes or high-intensity intervals (HIIT).
Neither is always better. Go with a fast push when you’re training for speed and acceleration, and use heavier, slower pushes when you prioritize strength.
Yes. Sled pushes are easy to learn. Start with a light or empty sled and focus on your body position as you push it.
Not really. Sled pushes are great as a complement to squats, but squats are better suited for building max strength and muscle.
When programmed properly, the sled push is an effective and versatile exercise for anyone from beginners to athletes.
It’s simple enough even if you’ve never set foot in a gym, challenging enough for elite athletes, and specific enough to improve exactly what you train it for.
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References
- J Strength Cond Res. 2014 Dec;28(12):3346-53. Lower-limb and trunk muscle activation with back squats and weighted sled apparatus.
- Sensors (Basel). 2021 Nov 10;21(22):7482. Electromyography, Stiffness and Kinematics of Resisted Sprint Training in the Specialized SKILLRUN® Treadmill Using Different Load Conditions in Rugby Players.
- Sports Med. 2018 Sep;48(9):2143-2165. The Effectiveness of Resisted Sled Training (RST) for Sprint Performance: A Systematic Review and Meta-analysis.
- Journal of Bodywork and Movement Therapies, Volume 42, June 2025, Pages 302-312. Effects of resisted sled training on sprint performance in team sports. A systematic review and meta-analysis.
- Scandinavian Journal of Medicine & Science in Sports 35, no. 12 (2025): e70182. Effects of Resisted-Sprint Training on Sprint Performance and Mechanics: A Systematic Review and Meta-Analysis Focusing on Load Magnitude.
- Scand J Med Sci Sports. 2020 Mar;30(3):442-449. Influence of resisted sled-push training on the sprint force-velocity profile of male high school athletes.
- BMC Sports Sci Med Rehabil. 2025 Dec 1;18:8. Effects of different heavy sled loads sprint training on acceleration performance in adolescent sprinters.
- Medicine & Science in Sports & Exercise 54(10):p 1635-1646, October 2022. Comparison between Eccentric-Only and Coupled Concentric–Eccentric Contractions for Neuromuscular Fatigue and Muscle Damage.
- J Sci Med Sport. 2017 Aug;20(8):781-785. A sled push stimulus potentiates subsequent 20-m sprint performance.