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Does cycling work quads or hamstrings more?
Quick, fairly straightforward question:
Generally speaking, does cycling strengthen the quadriceps or the hamstring muscles more? And if it does strengthen one group more, does the other group need to be balanced with separate exercises? Thanks |
I would have to guess that depends entirely on how you are pedaling. Most roadies are gonna be clipped in, so they can push and/or pull depending on situation.
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Quads, IME.
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Quads.
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Quads, not even close.
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It does not work the quads more. Think of it. What is the perfect isolating exercise for quad development ? Leg extensions on a weight machine. How much can you comparatively lift by quad function versus hamstring function? Very little. The primary motion in cycling is extension of the thigh with very little leg extension. The muscles involved in this motion are the hamstrings and glutes.
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Quads all the way. A quick internet search will support that. Here is a brief quote from the Bicycling website on the subject. “Many of the cyclists she sees have overdeveloped quadriceps muscles andweak hamstrings, a classic problem that is a result of pedaling.” Bicycling |
On the biomechanics of cycling. A study of joint and muscle load during exercise on the bicycle ergometer determined knee extensors (quads) and hip extensors (glutes) contributed 39 and 27%, respectively, of the work done during cycling.
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Originally Posted by Runner 1
(Post 13431564)
Quick, fairly straightforward question:
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Originally Posted by Velo Gator
(Post 13431605)
Quads, IME.
Not sure about the second part of your question, though. |
Originally Posted by datlas
(Post 13431880)
Agreed.
Not sure about the second part of your question, though. |
Quads.
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Everybody knows that you dial up the wattage with the guads.
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Originally Posted by surgeonstone
(Post 13431771)
It does not work the quads more. Think of it. What is the perfect isolating exercise for quad development ? Leg extensions on a weight machine. How much can you comparatively lift by quad function versus hamstring function? Very little. The primary motion in cycling is extension of the thigh with very little leg extension. The muscles involved in this motion are the hamstrings and glutes.
My personal example is just looking at the changes in my leg muscles since starting riding - my hams have developed, for sure, but it is the quads that are startling in their change. |
50% Quads, 30% Glutes, 17% Hams, 3% Feet & Calves.
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Quads and calves
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hands up! up against the car! spread 'em! the grammar police are here!
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Originally Posted by kbro1986
(Post 13432038)
50% Quads, 30% Glutes, 17% Hams, 3% Feet & Calves.
Ass? |
oh and for your information... I could easily edit that, but I will let it go and take the haterade. (and yes i'm college educated) That college will remain anonymous at this moment...
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most definitely quads. hamstrings are important but don't do nearly as much work unless you're pulling harder on your upstroke than pushing on your downstroke, which would be ridiculous
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Originally Posted by gregf83
(Post 13431836)
On the biomechanics of cycling. A study of joint and muscle load during exercise on the bicycle ergometer determined knee extensors (quads) and hip extensors (glutes) contributed 39 and 27%, respectively, of the work done during cycling.
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The quad/hammy imbalance and the limited range of motion for cycling is well documented as are the long term problems associated with this imbalance like lower back and hip joint issues.
This is why stretching is important (especially the hamstrings) and why a critical component off-season weight training is addressing this imbalance. |
Originally Posted by tadawdy
(Post 13432181)
hip extensors /= glutes. also includes contributions from hamstrings (though maybe that is accounted for by the knee flexors) and adductor magnus. "Knee flexors" also includes the gastroc, though its primary function is obviously plantar flexion. Poor lableing, IMO.
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Originally Posted by gregf83
(Post 13432336)
The labeling in brackets was mine. I meant glutes were included in the hip extensors. The point is they found the knee extensors (which primarily consist of your quads) were the major contributor.
One issue I've seen with these types of studies is the difficulty of looking at the vastus intermedius, since it's deep to the rectus femoris. Also, the 20% they claim for plantar flexion is a lot higher (more than twice) than I've seen elsewhere. |
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