Victor Forge
Running is a great way to improve cardiovascular health and endurance, and it also works a variety of muscles throughout the body. While it is often thought of as a leg workout, running is a full-body exercise that engages multiple muscle groups. The muscles targeted during a run depend on the terrain and speed, with faster paces and uphill runs requiring more engagement from certain muscle groups.
| Characteristics | Values |
|---|---|
| Muscle Groups | Core, hips, glutes, quadriceps, hamstrings, calves, latissimus dorsi, shoulders, hip flexors, abdominals, gastrocnemius, soleus |
| Terrain | Running on an incline puts more pressure on calves and ankles, and requires more engagement from the gluteus maximus |
| Pace | Running at a faster pace requires more abdominal strength for stability |
| Footwear | Cushioned athletic shoes can reduce the stability of arches |
| Benefits | Running is a whole-body workout that can improve stability, spinal alignment, endurance, sleep quality, mood, and reduce the risk of depression |
| Risks | Running can cause injuries, particularly from overuse, and can shorten and tighten muscles, reducing mobility |
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What You'll Learn
Hip flexors, glutes, and hamstrings
Running is a whole-body workout, but it primarily works the core and lower-body muscles. The hip flexors, glutes, and hamstrings are among the most important muscle groups for running, and they all work together to keep the body stable and aligned.
The hip flexors are a group of muscles located at the front of the hips, above the thighs, that allow bending at the hip. They connect the thighbone to the low back, hips, and groin, and they help with pelvic and spinal stabilization. When running, you use these muscles when you flex your knee and leg up towards your body, as well as when you move your legs forward. Tight hip flexors can impact performance and increase the risk of injury, so it's important to maintain strength and flexibility in these muscles. There are several stretches and exercises that can help with this, such as lunges and squats.
The glutes are another important muscle group for running. They provide stability and help with proper form and spinal alignment. However, many runners tend to underutilize their glutes, which can lead to injuries such as plantar fasciitis and lower back pain. To engage the glutes properly while running, it's important to focus on running technique and adopt a style that makes it easier for the body to use these muscles. This may include picking the feet up more and increasing the lift of the knees. Additionally, there are specific glute activation exercises and postural control drills that can help improve glute function during running.
The hamstrings are a group of three muscles located at the back of the thigh that connect the knee and hip joints. These muscles are crucial for running as they act as a powerful hip extensor and help prevent the knee from hyperextending. Tight hamstrings are common among runners and can lead to severe strains and other issues such as knee pain. To prevent tightness, it's important to include hamstring stretches and strengthening exercises in your routine. This can include exercises such as the single-leg hamstring chair bridge and various hamstring stretches that can be done at the end of a run.
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Calves and ankles
Running is a great way to develop your calves and ankles, as well as improve your overall fitness. The calves and ankles are responsible for absorbing the impact of each stride and propelling the body forward. The gastrocnemius, the meaty muscle in your calf, produces maximum force as you increase your speed. At 15.5 miles per hour, this muscle generates a force equal to 3.23 times your body weight. The soleus muscle, located below the gastrocnemius, also contributes to propulsion and support by producing a force of around 8.71 times your body weight.
To strengthen your calves, you can perform exercises such as calf raises. This involves standing on your tiptoes with your heels lifted off the ground and pressing into your toes to engage your calves. For an added challenge, you can hold a dumbbell while performing this exercise.
Running uphill will also put more pressure on your calves and ankles, but it will make it easier to push off from the ground. Some of the impact energy is absorbed by your calves, providing power as you propel forward.
Additionally, foot stabilization exercises can help develop stronger and more efficient feet, which is crucial for maintaining stability during running. A stable foot and a mobile ankle are essential for perfect running form. Overly rigid ankles can lead to injuries and cause runners to give up stability in their arches.
By focusing on exercises that target the calves and ankles, you can improve your running performance, enhance your stability, and reduce the risk of injuries.
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Core and abdominal muscles
Running is a whole-body workout, but it primarily engages your core and abdominal muscles. These muscles are essential for stability, proper form, and spinal alignment, helping you to run with maximum efficiency and reducing the risk of injury.
Your core muscles, located in your torso and pelvis, connect your upper body to your lower body. A strong core helps to maintain proper posture, balance, and form while running, and it also helps to align your spine, pelvis, and lower body. A weak core may cause you to compensate with other muscles, which can lead to injury. To strengthen your core for running, try the dead bug exercise, which involves lying on your back with your arms and knees raised and shins parallel to the floor.
Your abdominal muscles, including the transverse abdominis and obliques, also play a crucial role in stabilising your body during running. They work to limit trunk rotation, especially during sprints, allowing you to move your legs efficiently without wasting energy on twisting back and forth.
The hip flexor muscles, located at the front of your hips, are another important group of muscles engaged during running. They connect your thighbone to your low back, hips, and groin, and they help with pelvic and spinal stabilisation. When you run, you use these muscles to flex your knee and leg up toward your body and to move your legs forward. Maintaining strength and flexibility in your hip flexors is crucial for mobility and preventing injury.
While running, you also engage the muscles of your lower body, including your glutes, quadriceps, hamstrings, and calves. These muscles work together to propel you forward and absorb the impact of each stride. For example, the gastrocnemius muscle in your calf produces maximum force as you push off the ground, while the soleus muscle below it helps to generate even more force.
Overall, running is an excellent activity to strengthen and engage your core and abdominal muscles, as well as the other muscle groups in your body.
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Quadriceps
The quadriceps muscles work together to help you stand, walk, run, squat, and jump. They contract to help you move around in bed, and they can help you roll from one side to the other. They also help to straighten and stabilise the knee joint, working antagonistically with the hamstring muscles. When the hamstring contracts, the knee joint flexes or bends, and when the quadriceps contract, they extend or straighten the leg.
The quadriceps are primarily active in running, jumping, and kicking movements. They are used in walking and running at the onset of a stride and are used significantly when going downhill. They are also active in cycling, basketball, and other sports.
The quadriceps are prone to injuries such as strains, tears, contusions, tendinopathy, lacerations, and kneecap dislocation. These injuries can be caused by overuse, overstretching, or trauma. Quadriceps injuries can cause pain, swelling, and impaired function, and may limit how much you can move your leg. Treatment options include rest, ice, compression, elevation, physical therapy, and surgery.
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Upper body: arms, back, and shoulders
Running is a great way to improve your cardiovascular health and build muscle strength. While running is often associated with leg muscles, the arms, back, and shoulders are also engaged during this activity.
The muscles in the arms that are activated during running include the biceps and triceps. These muscles are responsible for swinging the arms, which helps with balance and building momentum. Additionally, the latissimus dorsi, the large fan-shaped muscles in the back, also contribute to arm movement during running.
The back muscles play a crucial role in supporting the torso, enabling movement, and facilitating breathing. They start from the neck, run along the spine, and end just above the hips. The trapezius, or "traps," is a large triangular muscle that extends from the neck, across the shoulders, and down to the lower back in a V shape. The latissimus dorsi, often referred to as the "lats," are the largest muscles in the upper half of the body, starting below the shoulder blades and extending to the spine in the lower back. Other important back muscles include the serratus anterior, serratus posterior superior, serratus posterior inferior, and the rhomboids.
The shoulder muscles are skeletal muscles that are controlled voluntarily. They surround the top of the arm where it connects to the body's trunk and are responsible for a wide range of movements, including raising and rotating the arms. The deltoid muscle, located on the outside of the shoulder, assists in moving the arm forward, backward, and to the side. The trapezius also plays a role in lifting and lowering the shoulder. Additionally, the rotator cuff muscles, consisting of four muscles, cup the front of the shoulder and aid in arm movement and stabilization.
In summary, while running primarily engages the leg muscles, the arms, back, and shoulders are also actively involved. These upper body muscles contribute to balance, momentum, posture, and stabilization during the running motion.
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Frequently asked questions
Running works your leg muscles, including the glutes, quads, hamstrings, calves, and hip flexors.
Running engages your core muscles, including your abdominal muscles, which help to stabilise your pelvis and spine.
Although running relies mostly on your lower limbs, your upper body is also involved. Your arms swing while running, counterbalancing the momentum of your lower half. The arm movements are powered by the latissimus dorsi and your shoulders.
Running works your tendons and ligaments, which help to absorb some of the impact. It's important to keep your muscles loose, flexible, and supple to prevent discomfort, pain, and injury.
