I've been reading this thread and thinking about something my sister, who's ridden for many years, told me. If you want to go faster, ride with guys-they'll really push you. I have to admit, when I ride with my hubby, I go faster!!![]()
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Well I'm from a flat part of Ohio as well. But if you are close to the PA line there is some great climbing some grades 14% and a little better.
Anyway as far as getting faster without changing your bike try riding in bigger gears and trying to maintain the 14mph pace for a while (two rides a week). Then when you return to the smaller gears you are used to it will seem like you are flying with less effort. Because you have built more muscle mass. Quickest way to gain watts is to loose weight so you don't have to pedal as hard or gain muscle so you can pedal higher watts without noticing a difference.
I've been reading this thread and thinking about something my sister, who's ridden for many years, told me. If you want to go faster, ride with guys-they'll really push you. I have to admit, when I ride with my hubby, I go faster!!![]()
It is true that riding with guys will push you and make you faster. Its worked for me. However, it can be down right depressing and discouraging if the men you are trying to ride with are significantly faster. I have a friend I ride with and on his "recovery" days he still wants to average between 18-19mph. Which for quite a few women that is still fast (oh we usually ride side by side so no draft, you pull yourself). On his high intesity days I stay with him for the first five minuets, then I see him again at the end of the ride after I pull in 15min to 30min behind him. The scary part is he isn't even the fastest in the group.
Well... I'm really just endorsing what others have said here...
Yes, a road bike is made for going fast on roads... just look at most club racers as well as all (to my knowledge) semi-pro and pro riders - they do not race on hybrids.
However, yes... you can go faster on a hybrid or on a mountain bike and the biggest, quickest and cheapest change you can make to your current bike is to put skinny road tyres/slicks on.
If you are not riding with others, you could also look at getting aero bars on your bike.
At our club we do have riders in the lower grades that race on hybrids or on mountain bikes. But ultimately as people want to go faster they move to road bikes... they are lighter, more responsive and more aerodynamic...
It depends on how fast you want to go and where/whom you ride with... and these goals will likely change as you ride more... just adapt your goals to what you are enjoying and thinking you might try.
I can't answer any questions about costs, sorry... wrong country to advise you... but it should not be huge and def worth it
Courage does not always roar. Sometimes, it is the quiet voice at the end of the day saying,
"I will try again tomorrow".
Yup - they will... men tend to ride faster because they tend to be stronger, therefore you can use them to "motor-pace" yourself and increase your endurance and speed (its also a psychological boost because you think - gee, I CAN ride that fast... so it lifts your performance when you ride without them).
Riding with anyone else tends to lift my performance - I just push myself a little bit more... the advantage of riding with my partner is that he is waaaay better and more experienced than me and will pace himself to optimise my training...
Courage does not always roar. Sometimes, it is the quiet voice at the end of the day saying,
"I will try again tomorrow".
Well, I feel I must report my own experience with thinner tires, just to be on the record...
I am sure that it is probably true for many of you that you gain speed when you put on skinnier tires. But oddly, it did not seem to make a difference for me.
I went from 700c x 38cm tires on my road bike to 700 x 28cm tires (with smoother tread as well). That's quite a difference to jump in tire width.
Although it "felt" a bit quicker and more responsive on turning, etc,...according to my bike computer and my wristwatch my usual 21 mile ride did NOT get any shorter at all, time-wise. I re-checked the time about four different times under varied conditions. Interesting!
Your mileage may vary (ha ha)....
Lisa
My mountain dulcimer network...FOTMD.com...and my mountain dulcimer blog
My personal blog:My blog
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I am curious, did you try to go faster, meaning did you ride you bike with both sets of tires, each time trying to go as fast as you could (i.e. sort of like a personal time trial)? Does your route have hills, where rotating weight will make a difference? I notice a huge difference in speed when I ride my touring tires (32c) vs racing slicks (23c), but I imagine if you are out riding to ride, you may just notice that it was easier to push the lighter tire, and rather than taking advantage of that to go fast, kept at your usual comfortable pace.
Each time I was "timing" either tires I was going at a pace where I was pushing myself moderately- trying to always keep pedaling rather than coasting, pushing my legs a bit but not killing myself either. I don't "think" I lagged because of the lighter tires being easier to push- I was really looking forward to cutting some time off my ride and thus I was pedaling with some enthusiasm. Yes, my route has lots of rolling hills and several short very steep hills- actually not much flat riding around here at all. ....but what do you mean by "where rotating weight will make a difference"? -can you explain?
I did have a cold at one point and am still slightly feeling the residual effects, but my first skinny-tire timing was right before that hit. I also note that the weather has been slightly breezier overall than before I changed the tires- it coming into winter and all...
It's frustrating to work against changing weather conditions in trying to make accurate comparisons. But you'd think at least ONE of my rides since changing tires would be faster than on my old fat tires!![]()
Lisa
My mountain dulcimer network...FOTMD.com...and my mountain dulcimer blog
My personal blog:My blog
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Rotating weight means weight that is related to movement, i.e. wheels, tires, crank set, pedals. Cutting rotating weight increases speed even more than non-rotating weight, i.e. the frame, handlebars, etc., which is why it is often recommended that folks with hybrids try putting lighter skinnier tires on their bikes in an effort to improve speed. That is why some folks spend so much money on super light wheels for their racing bikes. In general, when you decrease tire width you also decrease tire weight (less rubber unless you purchased an unusually heavy 28c tire), which is why the laws of physics say your new tires should be faster. BUT, maybe you are comparing apples and oranges, i.e. fall rides to winter ones. I know my speed is slower on a cold day, or on a day I am a bit under the weather than on a nice sunny day. So, maybe you need to give your new tires some time.
Last edited by Triskeliongirl; 12-17-2006 at 09:10 PM.
Hi... me again
Lise... technically speaking 28cm tyres are still "fats".
When you can, get some 23cm tyres (like Triske also describes) which are racing slicks. You can get several tread types, true "slicks" are treachorous on a wet down-hill or heavily cornered ride, but they are awesome in a TT...
If you wanna do a quick check on what will be fastest, check out what the pros choose - def not 28cm...
So, when you can, get some 23cm slicks and make another comparison
Enjoy your experimenting
EDIT: Oh, and I meant to also add that over a shorter distance you may only be talking seconds difference... over a moderate distance, perhaps a minute or two... it depends how you ride... as well as all the other variables as you have mentioned - weather, temperature, time of the month, health, hydration, nutrition etc tec
The best way to "test" your time is over a set course or courses as you have. I have a flat out and back 15km course, a couple of short steep hill courses, and a rolling to flat course with a consistent wind.
Last edited by RoadRaven; 12-17-2006 at 08:19 PM. Reason: Cause i wanted to add a bit...
Courage does not always roar. Sometimes, it is the quiet voice at the end of the day saying,
"I will try again tomorrow".
Hey I appreciate your input!! You make some good points about comparing under various conditions. (I assume you meant Lisa, not Lise)
I can't put 23's on my bike because DH and I ride a LOT of back dirt and gravel farm roads- one of our favorite things to do! Actually, we specifically got our Rivendell road bikes BECAUSE they have clearance for wider tires. You would be horrified to see some of the sharp stoney jagged roads we ride- cut rocks sticking up everywhere like daggers on a lunar landscape!So many you can't avoid them all. The "pros" on their 23's would have been left far behind, fixing their flats all day!
But my new 28cm Kevlar tires passed the test of fire yesterday down one murderously rocky road. DH and I decided that any skinnier than 28's and we would start having flats too much. I just feel happy to have gone from 38cm to 28cm- that's a BIG jump for me!
I do think that perhaps the breeze and my cold and other variations might have affected my time on the new tires- there always seems to be "something" working against me. And you're right- a 21 mile ride (which is my daily standard for timing) might only show a difference of a couple of minutes on a good day.
I guess time will tell. Thank you for your helpful ideas!
Lisa
My mountain dulcimer network...FOTMD.com...and my mountain dulcimer blog
My personal blog:My blog
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To be more specific, rotating weight is the product of mass and distance from the center of rotation. On a wheel, the axle is not rotating mass. The hub flanges are, but they are so close to the center of rotation that they have little rotating weight. Likewise the cassette. The rim and tire constitute most of the rotating weight. A crank and pedals do rotate, but the radius is not very large.
For you folks who are taking or have taken calculus, try integrating r*M over a crankset (assume uniform density from r=0 to r=R) or over a wheel (assume all weight is either in the hub (r=~0) or in the rim r=~R). This exercise may make you want to use a compact crankset and 650C wheels (if rotating weight were the only concern). I'm getting an r-cubed dependence in the crankset and an r-squared dependence in the wheel. Can anyone confirm or deny my solution of the simplified problem?
Oil is good, grease is better.
2007 Peter Mooney w/S&S couplers/Terry Butterfly
1993 Bridgestone MB-3/Avocet O2 Air 40W
1980 Columbus Frame with 1970 Campy parts
1954 Raleigh 3-speed/Brooks B72
May I just volunteer...
isn't that 23mm???
I guess they are, but my Pasela tires are listed as "23c" or "28c" width so I guess I tend to read it as cm's which is probably incorrect:
http://www.panaracer.com/eng/products/index_ur.html
Surely they mean mm in any case!![]()
Lisa
My mountain dulcimer network...FOTMD.com...and my mountain dulcimer blog
My personal blog:My blog
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