What is the ideal force curve looks like??
What is the ideal force curve looks like??
Hi,guys
Does anyone know about the force curve?I was told that this curve can teach myself by compare my own curve to the ideal curve.So I search on the internet,but there is no direct curve appearance,only says the smooth one is better
Does anyone know about the force curve?I was told that this curve can teach myself by compare my own curve to the ideal curve.So I search on the internet,but there is no direct curve appearance,only says the smooth one is better
Re: What is the ideal force curve looks like??
Here are some examples: https://www.concept2.com/indoor-rowers/ ... orce-curve
There is a bit more to it: some are more agressive at the catch (frontloaded stroke, not to be confused with exploading at the catch) and others are more backloaded. As very serious rowers are still divided among both groups, there isn't a clearcut recipe for the erg.
On the water, where angle of the oar and its effectiveness are much more important, there is a bit more research.
Looking beyond that, a key thing to watch out for is dents and kinks in the curve: typically the acceleration changed abruptly, suggesting a bad transition between legs and back or back and arms. These video's helped me a lot: https://youtu.be/eqPotv-nuDY , https://youtu.be/1Js_KBZ3x70 and https://youtu.be/88ovL6KombI
There is a bit more to it: some are more agressive at the catch (frontloaded stroke, not to be confused with exploading at the catch) and others are more backloaded. As very serious rowers are still divided among both groups, there isn't a clearcut recipe for the erg.
On the water, where angle of the oar and its effectiveness are much more important, there is a bit more research.
Looking beyond that, a key thing to watch out for is dents and kinks in the curve: typically the acceleration changed abruptly, suggesting a bad transition between legs and back or back and arms. These video's helped me a lot: https://youtu.be/eqPotv-nuDY , https://youtu.be/1Js_KBZ3x70 and https://youtu.be/88ovL6KombI
Re: What is the ideal force curve looks like??
This link doesn't seem to be working for me, just asking if its something on my end?JaapvanE wrote: ↑June 29th, 2022, 6:42 amHere are some examples: https://www.concept2.com/indoor-rowers/ ... orce-curve
There is a bit more to it: some are more agressive at the catch (frontloaded stroke, not to be confused with exploading at the catch) and others are more backloaded. As very serious rowers are still divided among both groups, there isn't a clearcut recipe for the erg.
On the water, where angle of the oar and its effectiveness are much more important, there is a bit more research.
Looking beyond that, a key thing to watch out for is dents and kinks in the curve: typically the acceleration changed abruptly, suggesting a bad transition between legs and back or back and arms. These video's helped me a lot: https://youtu.be/eqPotv-nuDY , https://youtu.be/1Js_KBZ3x70 and https://youtu.be/88ovL6KombI
Re: What is the ideal force curve looks like??
C2 force curve link worked for me. I didn't check the youtube links.
Re: What is the ideal force curve looks like??
The usual description was "left leaning haystack".compare my own curve to the ideal curve.
This is what you get if you take the catch with your legs, in order to catch up with the flywheel (or boat) as soon as possible; which reduces the slack at the catch and so allows a longer pull.
Using the legs first also lets us relax our arms and shoulders, engaging them after the legs and hips.
There are lots of closeups to be seen in HRR Day 4 (and soon, Day 5), showing this sequence.
08-1940, 183cm, 83kg.
2024: stroke 5.5W-min@20-21. ½k 190W, 1k 145W, 2k 120W. Using Wods 4-5days/week. Fading fast.
2024: stroke 5.5W-min@20-21. ½k 190W, 1k 145W, 2k 120W. Using Wods 4-5days/week. Fading fast.
Re: What is the ideal force curve looks like??
It's neat that there does not seem to be an ideal force curve.
The measured force curve is different between men and women. (Women hit peak force earlier in stroke) But even so you'd think that there would at least be an ideal for men or women. not so. Essentially all the research end up with a conclusion like this one....
"Despite the abundance of work in this area, a lack of consensus still surrounds the relationship between force profile characteristics and rowing performance. " https://www.academia.edu/47899168/Over_ ... Do_We_Know
That said there are some things known about BAD vs ideal force curves. Use force curve to trigger looking at parts of your stroke. BUT don't change much without other supporting evidence. Instead compare your technique to technique videos and try to get a good, strong, safe stroke. Some of the stronger rowers here report irregular force curves.
Example blog: https://www.aliciarclark.com/using-force-curves/
Example from rowperfect. https://www.rowperfect.co.uk/german-8-r ... ce-curves/
The measured force curve is different between men and women. (Women hit peak force earlier in stroke) But even so you'd think that there would at least be an ideal for men or women. not so. Essentially all the research end up with a conclusion like this one....
"Despite the abundance of work in this area, a lack of consensus still surrounds the relationship between force profile characteristics and rowing performance. " https://www.academia.edu/47899168/Over_ ... Do_We_Know
That said there are some things known about BAD vs ideal force curves. Use force curve to trigger looking at parts of your stroke. BUT don't change much without other supporting evidence. Instead compare your technique to technique videos and try to get a good, strong, safe stroke. Some of the stronger rowers here report irregular force curves.
Example blog: https://www.aliciarclark.com/using-force-curves/
Example from rowperfect. https://www.rowperfect.co.uk/german-8-r ... ce-curves/
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Re: What is the ideal force curve looks like??
I don’t understand what does « Double diamond » means in Concept2 screenshots of curves? Is it good? Or bad?
Male
My birthday is 18th December 1987
Weight: something between 85 and 90kg
Height 1m78
Live in Marseille - FRANCE
Indoor Rowing on Concept2 - MTB on Trek - Road bike on Decathlon
Rowing since July '21
My birthday is 18th December 1987
Weight: something between 85 and 90kg
Height 1m78
Live in Marseille - FRANCE
Indoor Rowing on Concept2 - MTB on Trek - Road bike on Decathlon
Rowing since July '21
Re: What is the ideal force curve looks like??
Neither good or bad, only showing more force applied at the catch in the stroke. Some explode at the catch, some apply more force with the hips/back. Main focus is to have a fluent movement and not generate the drops in the curve.gilles13006 wrote: ↑September 2nd, 2022, 7:34 amI don’t understand what does « Double diamond » means in Concept2 screenshots of curves? Is it good? Or bad?
Male - '80 - 82kg - 177cm - Start rowErg Jan 2022
1': 358m
4': 1217m
30'r20: 8068m
30': 8,283m
60': 16,222m
100m: 0:16.0
500m: 1:26.0
1k: 3:07.8
2k: 6:37.1
5k: 17:39.6
6k: 21:03.5
10k: 36:01.5
HM: 1:18:40.1
FM: 2:52:32.6
My log
1': 358m
4': 1217m
30'r20: 8068m
30': 8,283m
60': 16,222m
100m: 0:16.0
500m: 1:26.0
1k: 3:07.8
2k: 6:37.1
5k: 17:39.6
6k: 21:03.5
10k: 36:01.5
HM: 1:18:40.1
FM: 2:52:32.6
My log
Re: What is the ideal force curve looks like??
It is bad, although some Olympic rowers have been successful with a frontloaded force curve, which is quite similar (but not identical!). The problem is that "Exploding at the catch" has the huge downside that your arms are bent while the maximum leg-force is excerpted. In short sprints it typically is the approach, but those guys are built like tanks with huge arms and by the time fatigue sets in, they should be done.gilles13006 wrote: ↑September 2nd, 2022, 7:34 amI don’t understand what does « Double diamond » means in Concept2 screenshots of curves? Is it good? Or bad?
For normal humans, this might hurt your arms quite a bit, as normally your back and arms are weaker than your legs. In essence, your back/arms will be struggling to get any force exerted as they are already handling the leg drive. Thus, they will be working hard to not act as a spring that is torn apart. This makes that inefficient, injury prone and impossible to maintain in the long run.