I'm not a fan of "classic" mountain bikes. I mean, I feel a twinge of nostalgia every once in a great while, but I'm not one of those guys who sees the past through rose-tinted glasses. I rode a whole lot of those "classic" bikes and, man, they sucked. Bikes have gotten loads better over the years and we have technological progress to thank for that.
Anyone remember when riding rigid wasn't just a hipster lifestyle choice but the only choice? Yeah, screw that. And screw cantilever brakes and bull-moose bars and all manner of web-toed, inbred components from the "good old days".
Progress is good. Great even. But this doesn't mean, by the same token, that every glossy Next Big Thing that gets labeled as "progress" or touted as an "innovation" actually merits the lofty accolades. There are just as many half-baked ideas that get trotted out and sold to the masses as there are groundbreaking inventions. The interesting thing is that there's often a fair bit of disagreement between riders over which products are great and which products are greatly overhyped.
To that end, I've compiled a list of products, "standards" and technologies that have been heralded as significant breakthroughs over the course of the past couple of decades.
Which ones are truly brilliant and which ones are merely bullshit?
Boost - yeah i have that on both ends of my bike I think and as you can tell i don't notice or care for it. Never really noticed it but that's not necessarily a bad thing as it hasn't made my ride worse.
Pressfit BB - creaking after 2 months. I had my downhill bike that i used to powerwash all through winter when the weather was bad and I have only powe washed my new bike like 3 times. And it creaks so bad. I don't really know what they are as I can't be bothered to read up but I know it's really annoying and seems pointless...
I had 1 BB92 frame...creaked after 1 month of riding. Installed a new BB...started creaking again after a month. The only thing that got it to stop was a +$100 Wheels Manufacturing BB with threads in the middle of the shell.
So now, not only did I NOT see the cost savings from the mfgr not cutting threads in the frame (frame still cost me 2200 new)...but I had to pay over 100 bucks for a BB to stop the frame from creaking. Thanks industry...
When that list has Strava and power meters on, pressfit does not even come close surely!!??
....and who thinks droppers are over hyped? They have clearly never ridden one.
The list, as usual, is woefully inadequate for the target audience...ie. DISK BRAKES ARE MISSING.
Ergo, based on this list, when I think of "significant", I think of something that has the biggest impact to the most riders. I'm a middle-aged, averagely skilled hack who's been in and out of biking. You could give me anyone's bike and I'll throw a leg over and try to ride it anywhere as long as it had a dropper...I don't worry about my hydro-formed GT as much as I worry about my Command Post working or not. Gets used every ride and makes them all more enjoyable.
@vernonfelton must be taking disks for granted...kinda like I do. I recently sold a '96 Blizzard with Avid Archrivals on it. If you want a reason to like Tektro disk brakes, get that Blizzard up to speed. If you can get it slowed down, it'll also pierce your eardrums.
I would even ride a rigid single speed without a dropper before I gave up my discs.
YOU WILL HAVE TO PRY MY DISCS FROM MY COLD DEAD HANDS.
Coincidentally, your math is spot on. Over-hyped you are not.
I actually went to the trouble of fitting one to my Cube 140mm full sus, and I haven't used the dropper once in anger in the year since.
Nonsense - we've had quick-release seat post clamps for donkey's years, and just used them. Only difference was less "on the fly" adjustment.
I've ridden an old Schwinn with rim brakes recently and still had good momentum management, but I was wishing for a dropper the whole time.
One is to ease some of the challenges that inherently come with riding a bicycle on dirt. Modern suspension and tyres for instance do that for grip and control. Of course that doesn't mean modern riders need less skill, it simply means they can take on other challenges which you couldn't even get near with a classic Klunker.
The other is to remove burdens and inconsistencies. Hydraulic (disc) brakes do that. One of the main advantages I felt was that when you release the brake lever, the actual brake actually eases off instantly. So you don't have to cope with what your cable feels like on any given day. And agree with me or not, I feel like a high seatpost is a burden in many cases. It is a bit in the way on certain sections of trail. The good riders you talk about have found their way around it. Heck, this is how I started out too. I learned that if I wanted to be good I needed to be able to ride down steep sections clipped in and with the seatpost high (hanging low behind the saddle). Sure I could do it but I still crashed loads. Kept at it, crashed even more. When made the shift to platforms and dropped the saddle when out on the trails, I was having more fun instantly. I may have lost that particular skill of riding clipped in with the saddle high, but I can take on challenges which were otherwise simply way out of my reach.
Reading through my post, it may become a bit blurred. Maybe it depends on which challenges you actually want to work on and which you see as more of a burden. And it is different for everyone and everywhere. Pedaling up vs e-bike, high saddle vs low (or dropper), agile geometry vs stable etc.
There may be one technology that in several ways has been brilliant for mountainbiking and that is the internet:
- Sale over the internet (by brick and mortar shops and dedicated webshops alike) helps both the rider find their rare outdated spare parts as well as the shop to finally get rid of it.
- Allow smaller manufacturers for a niche market sell their product. Companies like Starling and BTR come to mind.
- Allow athletes to market themselves, independent on which team they're on.
- Allow veteran athletes run an online coaching program. Student riders get to benefit from all the experience and insights, the veteran athlete can have a sustainable career without having to put his health and safety on the line in the way that paid his or her bread and butter during the earlier career. Ryan Leech comes to mind, Timo Pritzel was also planning something if I recall correctly.
Of course there are massive downside, but I view what I mentioned above as largely positive for all those involved.
Changes to geometry, a dropper, bigger wheels, better suspension and 2.5" tires have changed the game significantly. And nobody cares about your fu$%ing Strava time but you.
You need Strava for that?
Seriously?
- No-roadie geometry (long & slack)
- Wide bars + short stem
- Hydro disc brakes
- Anti pinch-flat systems (Procore, Huck Norris, etc.)
I also find questionable to put together 31.8 and 35mm handlebars. The former was a great improvement over 25.4mm, and is seems the later offers not benefit.
@jerryhazard:
Either way...it's NOT dropper posts. They're a nice addition, but brakes, geometry and the ability to machine more complex parts are what have REALLY made the difference between what I ride today and what I rode in the 90's.
And you are correct, sir.
Utterly, utterly irrelevant.
Might as well argue that we don't need suspension because horse-riders don't use it.
Stiffer wheel ? Well it's not happening right now.
There are quite a few 135mm-wide hubs that still have a better geometry than most boost 148 hubs (including the most common brands, like Novatec, Hope, SRAM, DT Swiss ...). So in theory yes, IF the hub was properly optimized, then the wheels would be stiffer. But right now, no.
Wheels have gotten stiffer because the rims evolved quite a lot and got wider, stronger and stiffer than what you could get 5-10 years ago (I'm just considering aluminium rims there, the carbon has allowed for some extra stiff rims).
A bit like the problem on fat bikes, where they required wider and wider hubs and crankset to allow for even wider tyres
Short rear end, stiff bike with 29 inch wheels and non boost 142 x 12 rear. It can be done without boost...
@handsomedan:
Irrelevant. It's still "why Boost", and Boost delivers in respect of its design intentions. Nobody has EVER said it's the only way, to deliver, but it DOES deliver.
Nope.
I've done all of the combinations over the years, and I can say from experience that full suspension + V-brakes is a waaay more appealing combo than no suspension and disks: in fact no suspension slows you down so much that canti brakes are enough.
But you still see people having fun on hard tails with tubed tires and no dropper. You know what they have on all their bikes? Disc Brakes.
Anyone else remember when if you started going fast downhill you couldn't slow down until you either reached the bottom or crashed? Not stop, mind you--slow down.
Also a worthy contender - Disc brakes. Although more specific for wet weather riding
Nonetheless "the industry" (or how most of us online warriors verbally dress up a non existing greedy corporation who's supposedly only goal is to grab our money and ruin our sport) didn't convince people to go from 26 to 27,5. There was no other option since 26 were stopped being produced the moment 27,5 went in. By average XC and DH bike owners change their bikes often like every 2 years because they are whiny btches who think a change there or there can improve their pitiful race results. So it's a goven that market got filled with 27,5 bikes. There is no conspiracy or mass migration of hype eating lemmings. The stuff simply moves around in the food chain.
Isn't that the definition of innovation? Sounds like you're thinking of invention in which case yeah, almost no industries invent. Industries are born from inventions and survive by making their products better. You know, innovating!
just go to the bike park
Dropper posts: borrowed
No offense to carbon, its greats stuff, but it didn't really change the game. Carbon and aluminum bikes for the most part share the exact same designs, one just being made out of a light stronger material.
Flat tires are a huge bummer, and riding high pressures is a huge bummer too. Solving both, and improving the ride, with so much peace of mind that you can even ditch the spare tube and pump... tubeless was a godsend.
Which was around 1996...
V-brakes brought a MASSIVE improvement.
And still weren't disks.
I picked hydroformed tubing. That has allowed the constantly changing geometries of bikes to be manufactured rather easily, and has allowed some aluminum bikes to stay at a decent price point. *Cough* Commencal *Cough*
Also, Press fit bottom brackets are bad and they should feel bad
dropper posts are cool and all but i'd rather have lightweight suspension with dampening than move my seat up and down without stopping.
No way would i ever choose a 15+ years old bike with a dropper post over a new one without a dropper.
Yeah, of course. But they work as a system. Its not like they mentioned "air springs in modern air sprung suspension. At least that was how I read it.
Your argument is sorta like "modern brakes aren't important, its the calipers!" One is part of the whole.
What about the chassis? Modern Lyrik's chassis weighs almost 1lb less than the chassis of 66RC2x or Totem from 2006. Is Lyrik robust? Hell yea. Weren't 66 forks failing just as any other forks? Hell yea
It's OBVIOUS that the question relates to PROPERLY FETTLED, EFFECTIVE suspension, and it's a given that it would mean good damping.
Material science, chemistry, manufacturing innovation, and computer science are the core innovations which have allowed for some of these systems to have been developed/iterated to the points where they are at now.
From my perspective, if we are constraining ourselves to only what PB has listed, then the most impactful item and closest to an actual innovation, would need to be hydroforming since this didn't really take hold within mass production till the 90's in the auto industry.
If I had my druthers, I would say that the microprocessors, computers, automation & sensors, and improvements in high speed tooling and EDM processes have been far more impactful innovations to cycling.
From a systems engineering improvement (not innovation), I would say that the dropper seatpost is a larger iteration and leap forward than using a different material and changing geometry of components.
A life-changer it is not.
Running low pressures has never made sense to me unless you ride smooth tracks or at a slow pace...I already blow up wheels here and there at 28-30psi in the rear
Wait to see which ' latest technologies '. Technology? Yeah maybe electronic shifting, suss controlled an GPS.
Which will even stick around or be completely forgotten when people realise industry hype is infact, sales an marketing bullshit. Like boost an plus over tapered, 1X an droppers.
Which new fads will be pushed to extremes an then wound back in, which I predict for forward geo.
And remember, an it still amazes me how gullible mtb'ers are when it comes to this.... NONE of this stuff will make you a better faster rider.. NONE of it..
OK maybe droppers
Yep droppers but, I voted for electronics cos they're actually technology......
@Seawild66: I disagree a bit here, from an anecdotal perspective at least. I ride a '17 Nomad and it is big a squishy and an absolute savage of a bike to point down hill. But it also pedals pretty well, especially considering the aggressiveness of the thing.
I pedal up more on this because I can then get to more aggressive trails and have a blast going down. I think the trend in ~160mm bikes is awesome has it gives pedal-ability for getting there and exploring places, as well as the awesome performance descending.
Before (years ago), to have a big aggressive bike you would either be pushing that bike up the hill or getting shuttled.
That being said, my usual gripe is that mtbs has always been on a deathly slow march from road standards to the parameters of a Moto when Moto had it right so long ago. They have had roughly a 64 degree head angle since the mid 80's and have stayed pretty much the same...hydraulic disc brakes, proper suspension curves, wide alloy rims...we could have miniturized a 1990 cr250 and been nearly done innovating right there in 1992.
And that being said, mtbs were pretty damn good in 2005. They weren't any heavier and they had the same travel and the coil forks with air assist we're buttery as hell. They were short and upright so we would hang off the back and pray. Much like I do now. Tapered headtubes seemed to be when manufacturers figured out they could render things obsolete with non-compatible standards and we would still buy the bikes. So it has been a trickle of innovation since then with no regard to consumer backward or forward compatibility. (Btw, dirt bikes still have a smaller headtube than mtbs and do just fine.)
The innovation is miniscule improvements in performance and mountains of placebo. But we all bought into it anyway and as a result, I can get some kick-ass 26" mtbs for my kids for pennies on the dollar.
And the fast guys here and everywhere could still whip your ass with a mid 2000's mtb so don't kid yourself.
Thinking the last decade I'd go with dropper post, I held out until about two years ago I felt I just didn't need one, I rode with my saddle low enough to not be a total pain but high enough to sit on a fair bit. Once I tried a dropper, man did I change my mind, I'd possibly swap suspension (I do mostly ride hard tail still anyway) for a dropper on an XC or trail bike,it just makes it so much more versatile.
IMO going tubeless is much more a convenience thing vs performance. For me, anyhow.
Boost? Have never even thought about it or it's "advantages".
27.5, 28 at al... same.
Suspension for sure helps things out. But it didn't make the impossible possible, again - for me.
We were happy when dropper post started proving themselves useful, but oh man where we ever happy when the first fox 36 float hit the shelves of the from of an OEM SX trail....
Dropper Posts are such a huge quality of life improvement; truly baffles me that some people don't see value in them, let alone don't use them.
I suppose if you're an XC guy through and through and like to ride with a full height seat at all times...but that is a rare breed.
Overall, i think disc brakes were the biggest improvement. you can go a lot faster if you know you can stop.
― Victor Hugo
All of those choices were a joke besides E-bike (the OBVIOUS answer)
Mountain bikes need mountain gears when riding in the mountains.
Pressfit BB's were a complete waste of time. Nothing like having multi-thousand dollar bikes with creaking/problematic BB's. Even Santa Cruz stayed away from this and went with tried and true methods.
All the excuses for having Pressfit were offset by poor crank designs, endless and confusing spacer kits, creaks and other noises and being pushed to spend gobs of money on even more expensive BB "solutions" only to end up with the same problem.
@steflund HAHAHA
Suspension is definitely a big one, but it's wouldn't do much good sitting on the sidelines fixing flats. Screw low PSI...
@sevensixtwo:
I don't think people actively think about it a lot, but a lot of riders used to get flat tires regularly. Now it is a rare occurrence, usually once or twice a year for most people. They also provide much better grip and are standard on all performance bikes nowadays, regardless of suspension travel. I think they're a subtle but massive contribution!
@thepwnstar39:
www.peterverdone.com/gamechangerz
Yup, by a mile - I think so.
Disc brakes didn't change what a mountain bike is capable either. Can wheelie with discs, u-brakes, canti's, even coaster brake.
My friends and I rode gnarly trails on every bike we've had since our GT's and Haro's, before mountain biking was even a thing. Brakes never kept us from trying things or upping our game. However, we always stopped to lower out seat posts when it was appropriate. Not having to stop to do that is priceless.
(Riding gnarly trails is hard by definition.)
@jerryhazard:
@jerryhazard:
Strava is stupid, I remember when biking was about having fmpqun with your buds.
Boost is brilliant and you're all just pissed that your current carbon wheels aren't boost otherwise we'd be all over it. I see no mention of the 150/157 fiasco of 2013, why? Because it was an improvement. So is boost. Not only does boost strengthen frames, hubs, and entire wheelsets, but I allows us to run the wide large diameter tires we all want in the super short chainstays we've been dreaming of. If you don't understand how boost effects you cs-bb junction you shouldn't comment on the subject.