View Poll Results: What would you spend to save 1/2 pound from your wheels?
Less than $99
11
27.50%
$100 to $249
9
22.50%
$250 to $499
8
20.00%
$500 to $999
10
25.00%
$1000 to $1999
1
2.50%
$2000 or more - money is no object when it comes to weight.
1
2.50%
Voters: 40. You may not vote on this poll
What would you spend to save 1/2 pound . . .
#1
Chases Dogs for Sport
Thread Starter
What would you spend to save 1/2 pound . . .
What is bike weight worth to you? More specifically, what would you be willing to spend to save 1/2 pound from your wheels?
#2
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Depends a bit where you are starting from.
My answers are for ready to ride tires, cassette and skewers.
Starting from
2,500g - $300 to get to 2,000g
2,000g - $1500 to get to 1500g
My answers are for ready to ride tires, cassette and skewers.
Starting from
2,500g - $300 to get to 2,000g
2,000g - $1500 to get to 1500g
#3
Senior Member
I think the question might be better asked: what would you have to spend to shave 1/2 lb. off your current wheels? For some, the answer might be $300. For trekmogul and his Lightweights, there may not be an answer....yet
For me, the real cost to shaving 1/2 lb. would be a more shallow and narrow rim profile, going from 40mm deep x 25mm wide to 20mm deep x 22mm wide. I could shave another 1/2 lb. by running narrower and less flat-resistant tires, all of which I may do as a sunny day I-feel-like-climbing wheelset. I'd be all in at around $650 including tires.
For me, the real cost to shaving 1/2 lb. would be a more shallow and narrow rim profile, going from 40mm deep x 25mm wide to 20mm deep x 22mm wide. I could shave another 1/2 lb. by running narrower and less flat-resistant tires, all of which I may do as a sunny day I-feel-like-climbing wheelset. I'd be all in at around $650 including tires.
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I saved 1lbs on my wheels and it made a significant difference for me as a small/slower rider. My previous wheels were 1960g and my new wheels are 1450g
#7
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ax1370RTR.jpg
#9
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I spent $129 for Vuelta Corsa Pro wheels, at or just under 2000 grams. I don't know the exact weight of the original wheels, half a pound more but likely more.
I don't think I'd pay that for the weight savings alone though, crank set for example. It's more like I bought some wheels and they happened to be lighter. So I consider that $129 to be an upper bound.
I don't think I'd pay that for the weight savings alone though, crank set for example. It's more like I bought some wheels and they happened to be lighter. So I consider that $129 to be an upper bound.
#10
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I've wanted to see these **********, I just don't trust them to perform.
14g ~ 6.5g
These ~ 2.5g
Mine ~ 3.5g
This would save about 44g / set against the lightest steel.
Maybe on an aero rebuild.
14g ~ 6.5g
These ~ 2.5g
Mine ~ 3.5g
This would save about 44g / set against the lightest steel.
Maybe on an aero rebuild.
#11
Non omnino gravis
For me, durability is of such paramount importance that weight is barely even a consideration. Anything under 2000g a set is lightweight by my standards. Dropping half a pound is just 113g per wheel-- easily reached just by going to lighter tires. But I want durable tires, too, so I don't much worry about that either.
So I guess the short answer is zero dollars. I'd like to see just how much Venn overlap there is between "people who obsess about the weight of components" and "people who ride a lot of miles."
So I guess the short answer is zero dollars. I'd like to see just how much Venn overlap there is between "people who obsess about the weight of components" and "people who ride a lot of miles."
#13
Senior Member
Seems like that might be one of the more challenging cases for these spokes. One of the bigger issues with laterally stiff rims (i.e. carbon aero rims) is that deflection at the contact patch can carry to the opposite side of the wheel (causing things like brake rub), so the spokes need to brace the rim extremely well. And featherweight titanium parts aren't exactly known for stiffness.
#15
Senior Member
$0, since it's likely that the weight savings comes at the cost of compromising durability or functionality.
( Not totally true, since I like Compass tires, which are moderately expensive, but could add up to 1/2lb of weight savings over other tires of similar width. )
( Not totally true, since I like Compass tires, which are moderately expensive, but could add up to 1/2lb of weight savings over other tires of similar width. )
__________________
Knows the weight of my bike to the nearest 10 pounds.
Knows the weight of my bike to the nearest 10 pounds.
#16
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Seems like that might be one of the more challenging cases for these spokes. One of the bigger issues with laterally stiff rims (i.e. carbon aero rims) is that deflection at the contact patch can carry to the opposite side of the wheel (causing things like brake rub), so the spokes need to brace the rim extremely well. And featherweight titanium parts aren't exactly known for stiffness.
The Lightweights and RZRs are good examples.
My little 130 lb kid experienced that brake rub you mention on the RZRs - the 790g ones. Later UCI said they asploded and were dangerous. Reynolds fixed that at a 200g cost.
I have not tried the low spoke Lightweights but they are not approved wheels anyway, so it doesn't matter.
They were not an option from the start. Many junior, collegiate and road bike TTs require metal spokes a of a certain number. So how good they were/or not didn't matter.
Then they have/had the same UCI approval issue the RZRs did. The UCI approved ones (as of May 17,2017 https://www.uci.ch/mm/Document/News/R...NG_English.pdf ) , are not on their site any longer. That does not matter to many.
And then there is the performance/specs. Meilenstein 16/20 are listed as 1105g, in 47 profile and 20mm wide.
The 20/20 are 1125g or 5g/spoke. Compare that to a 3.5g steel spoke and you have surface area etc.
My steel spoke Mercury M5s weigh 1110g in 20/24 and were 25mm wide 50mm profile. My kid raced 4 year on them and still is, in college.
Last edited by Doge; 06-05-17 at 03:42 PM.
#17
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^ the relationship is not linear, ie light <...........> durable.
it's more like the classic engineering triangle where optimizing for any 3 variables tends to be exclusive of the 3rd.
IN this case, it's: light vs durable vs cheap.
You can get light and durable, it's just not cheap.
You can get cheap and durable, but it's not light.
Or you can get light and cheap, but it's not durable.
it's more like the classic engineering triangle where optimizing for any 3 variables tends to be exclusive of the 3rd.
IN this case, it's: light vs durable vs cheap.
You can get light and durable, it's just not cheap.
You can get cheap and durable, but it's not light.
Or you can get light and cheap, but it's not durable.
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Had to do the maths on that. 0.5 lb = 227g. Over both wheels, that's just over 100g per wheel.
Therefore, less than $99, oh...let's say $98.
edit: someone else did the conversion. Did not RTFA.
Therefore, less than $99, oh...let's say $98.
edit: someone else did the conversion. Did not RTFA.
Last edited by cthenn; 06-05-17 at 03:46 PM.
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For me, durability is of such paramount importance that weight is barely even a consideration. Anything under 2000g a set is lightweight by my standards. Dropping half a pound is just 113g per wheel-- easily reached just by going to lighter tires. But I want durable tires, too, so I don't much worry about that either.
So I guess the short answer is zero dollars. I'd like to see just how much Venn overlap there is between "people who obsess about the weight of components" and "people who ride a lot of miles."
So I guess the short answer is zero dollars. I'd like to see just how much Venn overlap there is between "people who obsess about the weight of components" and "people who ride a lot of miles."
#20
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I spoke with a friend of mine who is also a Clyde that has been riding 40 years for 900-1,000 miles a month every month and he said, don't ever get hung up on the weight weenie stuff. He suggested for bigger guys, the stuff that is actually light enough to improve performance is a waste of time for someone our size as it just means we will break it fast.
His suggestion was just to get strong, quality parts and put lots of miles on them and the speed will come that way. He's in his late fifties, easily 240 lbs and is one of the fastest riders I know. The younger, lighter "fast" guys line up behind him for a pull on the local training rides.
His suggestion was just to get strong, quality parts and put lots of miles on them and the speed will come that way. He's in his late fifties, easily 240 lbs and is one of the fastest riders I know. The younger, lighter "fast" guys line up behind him for a pull on the local training rides.
#22
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Well...
A broken part makes for an unhappy day. But there are a lot of super quality lighter parts where you are paying for the engineers to decide what material can be removed, and what needs to be there. It is engineering and art.
I had to go to one piece cassettes to support my kid's junior riding on 11 speed.
I didn't give up reliability, or money - I gave up component wear/life but got a 120g cassette.
A broken part makes for an unhappy day. But there are a lot of super quality lighter parts where you are paying for the engineers to decide what material can be removed, and what needs to be there. It is engineering and art.
I had to go to one piece cassettes to support my kid's junior riding on 11 speed.
I didn't give up reliability, or money - I gave up component wear/life but got a 120g cassette.
#24
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It is an asymptotic line. I can get weight down fast for less than that starting out, but once getting to a certain point I can't go lighter without quite a bit more.
I went to an off brand ceramic bearing - not for weight, for roll, but that also saved a few grams. As you know I don't tape tires, I glue them. That is for my belief I do a better bond and - it is lighter.
I was thinking of going to a skewer that screws on vs bolts on - for 10g.
But I think I'll stop about there. A few threads here reminded me that what I like is figuring out the best build for what I'm trying to do, not the build where you just add up the highest price, or least weight.
I went to an off brand ceramic bearing - not for weight, for roll, but that also saved a few grams. As you know I don't tape tires, I glue them. That is for my belief I do a better bond and - it is lighter.
I was thinking of going to a skewer that screws on vs bolts on - for 10g.
But I think I'll stop about there. A few threads here reminded me that what I like is figuring out the best build for what I'm trying to do, not the build where you just add up the highest price, or least weight.
#25
Senior Member
Like some others, I have always erred on the side of over-built, too, though I am straying a bit lately using only 24 spokes for my latest front wheel. Prior wheels have always been 28 or 32 spokes but I have read enough to assure me that 24 is good enough at my weight and use and with disc brakes I can still ride home even if I lose a spoke. Tire on fork rub could still be an issue.