Athena Vale
Cycling is a great way to improve your health and fitness, and it can help you trim down and tone up. It is considered an endurance sport, and while it does not increase muscle mass, it trains the muscles for health and performance gains. Cycling engages almost every muscle in the lower body, including the quads, glutes, hamstrings, calves, and hip flexors. It also works the core muscles and parts of the upper body. The quads are the primary muscles used in cycling, followed by the glutes, and they can become extremely toned when cycling is combined with targeted quad training.
| Characteristics | Values |
|---|---|
| Primary muscles | Hips and legs |
| Muscle groups | Glutes, quads, hamstrings, calves, groin, adductor magnus, soleus, gastrocnemius, abdominals, erector spinae |
| Muscle fibres | Type II fast-twitch fibres, Type I slow-twitch fibres |
| Muscle movement | Hip flexion, hip extension, knee extension, knee flexion |
| Muscle training | Squats, deadlifts, planks, stretching, core exercises, strength training |
| Muscle soreness | Foam rolling for 20-30 seconds |
| Muscle growth | Gradual, defined muscle growth |
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What You'll Learn
Quadriceps
The power phase of a cycling pedal stroke happens between the 12 o'clock and 5 o'clock positions, which is when most of the primary muscles are activated. The quadriceps are activated at the top of the pedal revolution, lifting the foot and knee back to the 12 o'clock position. The hamstrings and calves are also activated during this movement, but the quadriceps play a more dominant role.
Seated force efforts during hill climbs will place a large amount of stress on the quadriceps, whereas standing force efforts will target the hamstrings more. Both types of efforts are important for building strength and endurance in the legs.
Cycling is an excellent way to build leg muscle endurance, but it may not be the most efficient way to build muscle size. It can help maintain some muscle size, especially in the legs, but not to the same extent as heavy squats in the gym. If the goal is to increase muscle size, strength training with weights is recommended in addition to cycling.
To stretch the quadriceps, one can perform a standing hamstring stretch by pulling the heel towards the buttocks.
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Hamstrings
Cycling is a great way to build muscle endurance in the legs. The hamstrings are one of the primary muscles activated during cycling, alongside the quadriceps, gastrocnemius, and soleus. The hamstrings are responsible for directing the force of the quads and glutes to the pedal.
While cycling is an excellent way to train the hamstrings, it is important to note that it primarily works the muscle through knee flexion. The quads are responsible for the majority of the work during cycling, which can lead to an imbalance between the two muscle groups. This imbalance can result in the hamstrings becoming weak in comparison to the quads, which may lead to injuries.
To address this imbalance and strengthen the hamstrings, it is recommended to incorporate exercises such as squats and calf raises into your routine. These exercises can be performed with or without weights and will help target the hamstrings directly. Additionally, stretching the hamstrings is crucial to maintaining muscle health and preventing injury.
It is worth noting that the type of cycling and pedaling technique can also impact the activation of the hamstrings. For example, standing force efforts during hill climbs will target the hamstrings more than seated force efforts. Similarly, pulling harder on the upstroke while pedaling will increase the workload on the hamstrings.
Overall, cycling is an excellent activity to train the hamstrings, but it should be complemented with other exercises and stretching to ensure muscle balance and prevent potential injuries.
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Calf muscles
Cycling is a great way to build strength and endurance in the legs. The calves and hamstrings play a supporting role to the prime movers in cycling. The calves, composed of the soleus and gastrocnemius muscles, help direct the force of the quads and glutes to the pedal.
While the calves are active during the pedal stroke, they don't contribute much to it. Instead, the calves hold the foot stable on the pedal, acting as a link between the foot and the power production of the quads and glutes. If you push through with your forefoot and change the flexion of your ankle, you will feel your calves working harder.
To increase the involvement of your calves in cycling, you can focus on your position on the bike. By positioning yourself higher and further forward on the bike, you can better recruit your major muscles, including the calves. Additionally, pulling or 'scraping' through the very top and bottom of the pedal rotation will increase your power output and engage your calf muscles.
To stretch your calf muscles, you can try exercises such as pulling your toes towards you with a towel or band while seated with straight legs. This will help improve flexibility and reduce the risk of injury.
Mountain biking, in particular, can provide a whole-body workout, engaging the arms, shoulders, core, and leg muscles. It helps with core stabilisation and the activation of supporting muscles that may not be trained as effectively on a road bike.
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Hip flexion
The cycling action involves repeated hip flexion, where the hip is never fully flexed or extended, which can lead to tight hip flexors. Tight hip flexors can cause discomfort and reduce cycling performance by inhibiting the hip extensors (glutes), causing weakness and increasing the risk of injury, such as lower back pain.
To improve hip flexion, cyclists can perform stretches and exercises to target the hip flexors and surrounding muscles. This includes stretching the hamstrings, which are important for hip and knee flexion during the pedal stroke. Simple stretches such as pulling the heel towards the buttocks while standing can help stretch the hip flexors and quadriceps.
Fast cadence, seated cycling efforts will target hip flexion and the rectus femoris. Additionally, exercises such as squats can help activate the gluteus, quadriceps, and hamstrings, replicating the hip flexion and knee extension movements of cycling.
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Core muscles
The abdominals and erector spinae work together to stabilise the upper body during pedalling, allowing for efficient power transfer. Additionally, core strength helps to prevent lower back pain, especially during long rides. However, the core muscles are not actively worked by cycling, as the pedals, saddle, and handlebars support the rider's weight. Therefore, it is beneficial to include specific core exercises in your training regimen.
To improve core stability and strength, cyclists can perform exercises such as planks, dead bugs, mountain climbers, and side planks with leg raises. These exercises challenge stability and mimic the movements of cycling, enhancing performance and reducing the risk of injury.
Mountain biking, in particular, engages the core muscles more actively due to the whole-body movements required to maintain balance. It helps with core stabilisation and activates supporting muscles that may not be trained effectively on a road bike.
Incorporating core exercises into your training routine will not only improve your cycling performance but also help prevent injuries and maintain good posture. While cycling is a great cardiovascular activity, focusing on specific muscle groups through dedicated exercises will enhance your overall fitness and stability.
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Frequently asked questions
Cycling trains the muscles in the hips and legs, including the quads, glutes, hamstrings, calves, and groin muscles.
Cycling is an endurance activity that uses muscles aerobically, so it may not increase muscle strength or size. However, targeted strength training in addition to cycling can help increase muscle strength and size.
Squats and deadlifts are great exercises to target the quads, glutes, and hamstrings. Core exercises such as planks and Copenhagen planks are also beneficial for improving stability and endurance.
A higher cadence of 90-110 RPM engages all muscles without overusing certain ones. Lowering the cadence to 85 RPM or less disproportionately engages the quads and glutes, increasing the effort required.
A proper warm-up and cool-down routine is essential for muscle recovery. Foam rolling after a workout can also help reduce muscle tenderness and pain.
