Logan Steele
Skating is a great form of exercise that targets many muscle groups. Roller skating and inline skating work the same muscle groups, but with slightly different emphasis. Roller skating is especially good for targeting the glutes, calves, hamstrings, quads, and lower abdominal muscles. Inline skating, on the other hand, allows for faster speeds and a smoother ride, resulting in a better cardio workout. Both types of skating provide an excellent workout for the whole legs and the core, with the core muscles working hard to maintain balance. Skating also improves flexibility and the mind-body connection.
| Characteristics | Values |
|---|---|
| Legs | Glutes, calves, anterior shin |
| Core | Abs, obliques, lower back, abdominal |
| Arms and shoulders | Support balance and fluidity of movement |
| Ankles | Require stability to prevent injury |
| Knees | Require strength for extension and flexion |
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What You'll Learn
Calf muscles and tibialis anterior muscles
The calf muscles and tibialis anterior muscle are crucial for skaters, as they provide stability, balance, and power during skating strides. When performing the typical alternating leg movements in skating, these muscle groups are highly engaged and contribute to forward propulsion and manoeuvrability.
Let's begin with the calf muscles, located at the back of the lower leg. The calf is comprised of two main muscles: the gastrocnemius and the soleus. The gastrocnemius is the larger, more superficial muscle, arising from above the knee joint, while the soleus is located deeper and originates from below the knee. During skating, as a skater pushes off the ice or ground, these muscles contract concentrically, providing the force needed to propel the skater forward. This action is especially prominent in ice skating, roller skating, and inline skating, where the skater must push off from a slippery or rolling surface.
The calf muscles are also essential for maintaining balance and stability. When a skater is in motion, the calf muscles help control the lowering phase of the movement, providing a braking effect and preventing the skater from falling forward. Additionally, the calf muscles assist in side-to-side movements and help skaters maintain their centre of gravity over their base of support, which is particularly important when making quick turns or adjusting to changes in terrain.
Now, let's discuss the tibialis anterior muscle, located on the front of the lower leg. This muscle originates below the knee and runs down to attach to the upper portion of the foot. During skating, the tibialis anterior plays a key role in dorsiflexion, which is the action of lifting the foot towards the shin. This movement is essential for maintaining balance and adjusting the skate's position on the skating surface. As the skater pushes off, the tibialis anterior muscle contracts eccentrically to control the lowering of the foot and prepare it for the next stride.
Additionally, the tibialis anterior muscle helps provide stability to the ankle joint. By contracting isometrically, it prevents excessive rolling in or out of the ankle, which could lead to injury. This muscle also works in conjunction with the calf muscles to provide overall stability to the lower leg during the dynamic movements involved in skating. A strong tibialis anterior muscle contributes to a skater's agility, allowing for quick and precise changes in direction.
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Quadriceps
Figure skating is a physically demanding full-body workout that requires strength, flexibility, and precision. It is important for skaters to understand the muscles they are engaging and how to protect them to excel and stay injury-free.
The quadriceps are a muscle group made up of four muscles: vastus intermedius, rectus femoris, vastus lateralis, and vastus medialis. These muscles are key during the knee extension, which is the skating stride push-off. The knee extension is one of the three most important motions in skating, along with abduction and external rotation.
To enhance strength, stability, and flexibility, skaters can incorporate specific exercises into their routines. Squats, for example, help build lower-body strength, providing the power needed for explosive jumps and steady landings. Planks strengthen the core, improving stability and control on the ice. Additionally, dynamic stretches performed before and after skating can enhance flexibility and help prevent muscle strain.
The calf muscles and anterior shin section (tibialis anterior) are also crucial during the push-off and glide phases of skating. These muscles contract isometrically, and their strength can be enhanced through exercises like single-leg balances.
By focusing on strengthening their quadriceps and other key muscle groups, skaters can improve their performance, prevent injuries, and achieve more challenging stunts on the ice.
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Hamstrings
Figure skating, in particular, involves a repetitive sequence of hip extension movements that require strong hamstrings. Studies have shown that figure skaters have higher hamstring strength and H:Q (hamstring-to-quadriceps) ratios than female soccer players. This is likely due to the stroking movements in figure skating, which require repetitive hip extension movements and stimulate hamstring strength development over time.
To improve hamstring strength, skaters can incorporate specific exercises into their routines, such as squats and lunges. These exercises help build lower body strength, providing the power needed for jumps and steady landings. Additionally, dynamic stretches performed before and after skating can enhance flexibility and help prevent muscle strain in the hamstring area.
It is worth noting that skateboarding may lead to strength imbalances in the hamstrings due to the acyclic motor pattern of the sport. This could increase the likelihood of side-to-side strength imbalances, affecting knee joint control and stability. Therefore, it is important for skateboarders to monitor knee side-to-side strength asymmetry and H:Q ratios to prevent injuries and maintain proper form.
Overall, the hamstrings play a crucial role in skating, providing the necessary power and stability for various movements. By focusing on strengthening their hamstrings, skaters can improve their performance, enhance their flexibility, and reduce the risk of injuries.
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Glutes
The gluteus maximus is one of the largest muscles in the human body, extending from the hips to the hamstrings. It is an important stabilising muscle for skaters, helping them to maintain balance when transitioning from a crouched to an upright posture. This muscle is activated during the propulsion and flight phases of jumps, particularly those with more rotations, and is likely the main hip extensor used during skating jumps.
Glute training is important for skaters to improve their performance and prevent injuries. Hip thrust exercises are a good way to isolate and activate the glute muscles. During these exercises, it is important to squeeze the glute muscles together tightly at the top of the movement and avoid arching the lower back. This can be made more challenging by adding a resistance band around the thighs, just above the knees.
Glute activation is also important for skaters performing lateral movements. For example, the "'skaters' exercise", which mimics the movement of speed skating, involves hopping to one side and then pushing off and repeating the movement in the other direction. This exercise activates the glutes, legs, and core, improving stability and balance.
Glute strength is also important for skaters to maintain proper form and avoid compensating with other muscles. For example, when performing exercises with the hips against a wall, it is important to squeeze through the glute muscle rather than shifting the hips back.
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Abdominal muscles
Skating is a full-body workout that requires strength, flexibility, and precision. It is a demanding sport that requires the engagement of multiple muscle groups. The abdominal muscles, in particular, play a crucial role in stabilising the core and maintaining balance during skating.
The abdominal muscles, often referred to as the core muscles, are essential for balance and control during skating. They provide stability to the skater's torso, helping to maintain posture and prevent injuries. By strengthening the abdominal muscles, skaters can improve their ability to maintain proper form during complex moves, reducing the risk of overextension and falls.
During the skating stride, the abdominal muscles contract to stabilise the core and provide a solid foundation for the rest of the body to move efficiently. This is particularly important during the push-off and glide phases, where the skater pushes off the ice or ground and glides on one foot. Strong abdominal muscles help transfer power from the lower body to the upper body, ensuring smooth and controlled movements.
To strengthen the abdominal muscles for skating, skaters can perform various exercises such as plank variations, Russian twists, and crunches. These exercises target the rectus abdominis and oblique muscles, improving core stability and balance. Additionally, skaters can incorporate lateral movement exercises, such as side shuffles or skater hops, to specifically train their abdominal muscles for the side-to-side motions of skating.
By focusing on strengthening their abdominal muscles, skaters can improve their overall performance, increase their stability, and reduce the risk of injuries. A strong core provides the foundation for graceful and powerful skating, allowing skaters to execute complex moves with precision and elegance. Therefore, abdominal muscle training is an essential component of any skater's fitness regimen.
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Frequently asked questions
Skating works your whole legs, calves, hamstrings, glutes, quads, and lower abdominal muscles.
Yes, skating is a great way to improve your balance and core stability. It's also a fun form of exercise, which can bring long-term success.
Roller skates are better for conditioning your leg muscles, whereas inline skates allow you to develop better core strength and achieve faster speeds.
You should focus on engaging your abdominal muscles, hip movement, and arm muscles to stay balanced.
