I've never commented on a video in all the years I've been watching RUclips, but I just had to say thank you for creating/posting this one, as I found it incredibly useful. Most importantly for me, there are tons of visual excerpts inserted throughout to assist in understanding the wide-ranging examples. Plus it has better production value than most instructional clips, and the host has a clear speaking voice with a steady cadence to it. Bonus: receiving instruction from another woman in a predominantly male domain!
you missed an important aspect. Bushings are better suited in locations where there's some rotation, but it's not a full rotation and totates in slow speeds, eg. like the pivots on the Ibis ripmo. Placing a bearing where there's say 15* of rotation renders the bearing a bit redundant as it poses little benefits performance-wise, wears quickly at a certain part of the bearing and adds weight and cost.
@@ivanteo1973 you missed my point. I mentioned that bushing hold additional advantage in locations of partial rotation, eg. suspension pivots, where the rotation is not 360* but rather a fraction, eg.20* I'm aware that bushing are used in full rotation applications.
Thank YOU, Anna - for this long-overdue, very succinct bearing/bushing tutorial! We all ride on 'em, depend on 'em, and most of us didn't know the difference, until now!
As a weight counter for my MTB , absolutely changing all the bearings to bushings . And it’s rather easy to service. Only hubs and BB I see the reason to use bearing .😂
One correction. In the video it's mentioned that bushings are not used in hubs. However, Mavic does use plastic bushings on the several road and MTB hubs.
I think you need to collab with gcn ollie on this topic. I would love to see an experiment with drivetrain efficiency, rolling resistance, comparing worn, dirty, new, bushing vs bearing etc to see how much of a difference it makes for us normal ppl. Going from a TDF slick to a maxxis assegai for example..but maybe I'm weird
hello bikeshop, I have been told by Anna I can swap out my bushings for better quality ones. Er ok! what quality do you have already? no clue there is no information provided by the manufacturer. Well what makes you think you don't already have good bushings? Umm good point. Here is a good suggestion don't be swayed by videos sponsored by bushing companies and just ride your bike till it breaks then comeback.
I don't know man. Regular service sounds better than destroying my multi thousand dollar machine. Even if you got a cheap department store bike why ruin it? We've become so waseful no one maintains anything anymore
One of pedals on my bike wasnt spinning freely, so I took it off and took it apart. To my surprise, my stock pedals are bushing pedals. I was expecting to find some ball bearings or sealed rollers in the pedals, so they have a cheap feel to them. My first instinct was to replace them ASAP. However, after a slight loosening, the pedal seems to be spin a bit better. Also, they’ve never let me down. I think I am going to delay my upgrade for the time being. I wasnt sure if I should apply some grease to make the pedal spin more freely.
Well, I never had to replace bearings on my dh and I ride it twice a week since 2 years. My old dh uses bushing, I had to relube every ride and change everything every 3 months so... I think I prefer bearings 😅
I want to replace my air shock, that is mounted with bearings, with a coil shock. Can I mount the coil with bushings since I don't have a bearing mount to fit the coil? Or will this damage the frame? It's a nukeproof mega but it might not be bushingproof?
If you remove your bearings then take them to a bearing trader you can save £££££’s. If you tell them what application you are using them for they can point you in the right direction on how to upgrade your standard worn out bearings
And one reason why it doesn't matter: when either or is presented in the construction, it was done for a reason (be it performance or economical). And this reason is already depicted in price and marketing
#AskGMBNTech I recently purchased a mid drive kit and ran into some issues. This pertains to gearing which is why I thought I'd post it here: I have a full sus xc bike which I am in the process of electrifying, I have the motor kit (which I fixed according to recommendations), a shimano LG kit (basically rear cassette + mech + shifter). However, after sizing my chain up according to recommendations, the chain always seems to jump from the front chain ring. What gives?
bushings are the inferior choice, she is just spewing crap on bearings, your suspension will still bag with worn out bushings and they have way more friction than bearings, also nobody regreases bearings every week, wtf is that nonsense
@@thescerigai ball bearings in partial rotation apps just dig notches in the races. Full compliment needles work better. But you'll find in industrial and automotive applications bronze bushes in partial rotation applications.
The other issue with a ball in partial rotation applications is that it pushes the grease away from where it does rotate into the areas where the ball does not rotate to. Where as in full rotation applications the grease is constantly redistributed.
Bearing in a pedal saving 2 or 3 watts!!??? Naaaa ...don't think so. In a pedal rotating maximum two revolutions per second ? I have no data on it but I don't believe that could be more than a fraction of a watt difference!
Bikers are always very "optimistic" to how much watts something saves, if you add all the claimed savings up, some bikes should practically be flying..
Where are you riding today? 💭 Let us know 👇
I've never commented on a video in all the years I've been watching RUclips, but I just had to say thank you for creating/posting this one, as I found it incredibly useful. Most importantly for me, there are tons of visual excerpts inserted throughout to assist in understanding the wide-ranging examples. Plus it has better production value than most instructional clips, and the host has a clear speaking voice with a steady cadence to it. Bonus: receiving instruction from another woman in a predominantly male domain!
you missed an important aspect. Bushings are better suited in locations where there's some rotation, but it's not a full rotation and totates in slow speeds, eg. like the pivots on the Ibis ripmo. Placing a bearing where there's say 15* of rotation renders the bearing a bit redundant as it poses little benefits performance-wise, wears quickly at a certain part of the bearing and adds weight and cost.
Better tell sram and shimano for their lower end jockey wheels😬
And nearly every single pedal manufacturer
@@knott4me561 So what's your point exactly?
not always the case. Bearings are not used in some flat pedals, jockey wheels.
@@ivanteo1973 you missed my point. I mentioned that bushing hold additional advantage in locations of partial rotation, eg. suspension pivots, where the rotation is not 360* but rather a fraction, eg.20*
I'm aware that bushing are used in full rotation applications.
You are amazing Anna at explaining things! ❤ Keep these techie videos coming!
Thank YOU, Anna - for this long-overdue, very succinct bearing/bushing tutorial! We all ride on 'em, depend on 'em, and most of us didn't know the difference, until now!
As a weight counter for my MTB , absolutely changing all the bearings to bushings . And it’s rather easy to service. Only hubs and BB I see the reason to use bearing .😂
One correction. In the video it's mentioned that bushings are not used in hubs. However, Mavic does use plastic bushings on the several road and MTB hubs.
Only in their freehubs, I believe. Which makes a little more sense than in the hub shell.
I think you need to collab with gcn ollie on this topic. I would love to see an experiment with drivetrain efficiency, rolling resistance, comparing worn, dirty, new, bushing vs bearing etc to see how much of a difference it makes for us normal ppl. Going from a TDF slick to a maxxis assegai for example..but maybe I'm weird
Great video! Doing a great job Anna, I appreciate you.
hello bikeshop, I have been told by Anna I can swap out my bushings for better quality ones. Er ok! what quality do you have already? no clue there is no information provided by the manufacturer. Well what makes you think you don't already have good bushings? Umm good point. Here is a good suggestion don't be swayed by videos sponsored by bushing companies and just ride your bike till it breaks then comeback.
It’s okay mate, you can relax - nobody is running out to buy top tier quality bushings after watching one video 😂
I don't know man. Regular service sounds better than destroying my multi thousand dollar machine. Even if you got a cheap department store bike why ruin it? We've become so waseful no one maintains anything anymore
Very informative! Thank you!
Nice Ad
Bushes are for hiding in, bearings are for when your lost 🤌
One of pedals on my bike wasnt spinning freely, so I took it off and took it apart. To my surprise, my stock pedals are bushing pedals. I was expecting to find some ball bearings or sealed rollers in the pedals, so they have a cheap feel to them.
My first instinct was to replace them ASAP. However, after a slight loosening, the pedal seems to be spin a bit better. Also, they’ve never let me down. I think I am going to delay my upgrade for the time being.
I wasnt sure if I should apply some grease to make the pedal spin more freely.
Very informative
amazing explanation !! thanksss❤
Nice details 👍
My old jockey wheels use bushing (Deore). Now I use XT which uses bearing.
Just feeling better LOL
Shock bushings that I've used haven't been open to the elements - they've had thin o rings to seal them from dirt ingress.
Well, I never had to replace bearings on my dh and I ride it twice a week since 2 years.
My old dh uses bushing, I had to relube every ride and change everything every 3 months so... I think I prefer bearings 😅
I want to replace my air shock, that is mounted with bearings, with a coil shock. Can I mount the coil with bushings since I don't have a bearing mount to fit the coil?
Or will this damage the frame? It's a nukeproof mega but it might not be bushingproof?
Can I swap normal bearings on a bike for ceramic ones? I know I can but where, in what places?
Im supposed to be greasing my bearings every week???
Absolutely not lmao
Maybe if you don't follow GMBN's advice of constantly pressure washing your bike, your bearings won't corrode so fast...
I've used Legos for bushings in jockey wheels before
If you remove your bearings then take them to a bearing trader you can save £££££’s. If you tell them what application you are using them for they can point you in the right direction on how to upgrade your standard worn out bearings
And one reason why it doesn't matter: when either or is presented in the construction, it was done for a reason (be it performance or economical). And this reason is already depicted in price and marketing
Pretty
#AskGMBNTech I recently purchased a mid drive kit and ran into some issues. This pertains to gearing which is why I thought I'd post it here: I have a full sus xc bike which I am in the process of electrifying, I have the motor kit (which I fixed according to recommendations), a shimano LG kit (basically rear cassette + mech + shifter). However, after sizing my chain up according to recommendations, the chain always seems to jump from the front chain ring. What gives?
Just another advert with crap technical info
So why watch it without providing some useful critical feedback?
bushings are the inferior choice, she is just spewing crap on bearings, your suspension will still bag with worn out bushings and they have way more friction than bearings, also nobody regreases bearings every week, wtf is that nonsense
Incorrect, in partial rotation applications, a bushing is more suitable.
@@EnglertRacing96 if you want to cut corners and save money
@@thescerigai ball bearings in partial rotation apps just dig notches in the races.
Full compliment needles work better.
But you'll find in industrial and automotive applications bronze bushes in partial rotation applications.
The other issue with a ball in partial rotation applications is that it pushes the grease away from where it does rotate into the areas where the ball does not rotate to. Where as in full rotation applications the grease is constantly redistributed.
Maybe an engineering degree will help you not to spew out crap without knowledge of the matter!
Seems like you've never heard of a sleeve bearing.
Ml 🙏 to you all
Jeez. How much grease at 4:31? You're teaching numptys bad practice / habits.
Bushings bush and bearings bear it's not rocket science.
Bearing in a pedal saving 2 or 3 watts!!??? Naaaa ...don't think so. In a pedal rotating maximum two revolutions per second ? I have no data on it but I don't believe that could be more than a fraction of a watt difference!
Bikers are always very "optimistic" to how much watts something saves, if you add all the claimed savings up, some bikes should practically be flying..
How is that bushing bearing up?
🙄🤦♂️
My eMTB eats bearings at an alarming rate
I’m the best mountain biker in the world coz I can do a manual on a Penny Farthing and I can also do huge wheelies on a unicycle so there