How does a low resting heart rate impact athletic performance?

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Recognizing talent in road bike racing involves evaluating several key physical attributes and performance indicators. Elite cyclists often have distinct physiological traits, such as a high VO2 Max, which measures aerobic capacity, and a notably low resting heart rate, indicating superior cardiovascular fitness. For example, Lance Armstrong, while not the highest in VO2 Max among elite cyclists, displayed exceptional attributes like a significantly enlarged heart and low lactate levels, allowing him to endure intense efforts with less fatigue. This ability to manage lactic acid accumulation can enhance recovery times and sustained performance. Additionally, sponsorship and product endorsements are indicators of talent, as only a small percentage of cyclists achieve such recognition, with most participating as a hobby. Overall, a combination of physiological metrics, competitive success, and endorsements are crucial in identifying talented road cyclists.
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How would you recognise that someone have talent in racing in road bike competitions?

What criteria would you use?
 
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The really good ones have product endorsement contracts. Also, the leg muscles of a good racer are situated closer to the finish line than those of the less talented ones.
 
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They win? :confused:
 
jimmysnyder said:
Also, the leg muscles of a good racer are situated closer to the finish line than those of the less talented ones.
I would hope that barring a serious accident, the rest of their bodies are also nearer to the finish line...
 
russ_watters said:
I would hope that barring a serious accident, the rest of their bodies are also nearer to the finish line...
That's where the talent part comes in.
 
If you wondered about Lance Armstrong's physical attributes...
http://www.answers.com/topic/lance-armstrong
All top cyclists have excellent physical attributes. Armstrong is no exception, although in one way, he may be unusual even for an elite athlete. He is near but not at the top aerobically, having a VO2 Max of 83.8 mL/kg/min — much higher than the average person (40-50) but not as high as that of some other elite cyclists, such as Miguel Indurain (88.0, although reports exist that Indurain tested at 92-94) or Greg LeMond (92.5).[2] His heart is 30% larger than average; however, an enlarged heart is a common trait for many other athletes. He has a resting heart rate of 32-34 beats per minute with a max heart rate at 201 bpm.[3] Armstrong's most unusual attribute may be his low lactate levels. During intense training, the levels of most racers range from 12 μL/kg to as much as 20 μL/kg; Armstrong is below 6 μL/kg. The result is that less lactic acid accumulates in Armstrong's system, therefore it is possible that he feels less fatigue from severe efforts, and this may contribute to his ability to sustain the same level of physical effort as other elite racers with less fatigue and faster recovery times. Some theorize that his high pedaling cadence is designed to take advantage of this low lactate level. In contrast, other cyclists — like Jan Ullrich — rely on their anaerobic capacity, pushing a larger gear at a lower rate.
 
Only the top perhaps 1-2% of road cycling racers actually get any kind of sponsorship. The vast majority do it as a hobby. Look up the USCF.

http://www.usacycling.org/

- Warren
 
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