Specialized have added a new eMTB to their lineup – the Turbo Levo SL. As the name implies, it's a slimmed down version of the Turbo Levo. By going with a lighter, less powerful motor, Specialized were able to bring the weight down to an impressively low 38.25 pounds (17.3 kg). It's aimed at riders who would rather have a more nimble, easier to maneuver bike instead of a big, powerful, gravity-oriented beast like the
Kenevo.
Like the Turbo Levo, the SL has 150mm of front and rear travel and rolls on 29” wheels. The geometry is nearly identical between the two bikes, except for the chainstay length. The use of a smaller motor allowed Specialized to trim the chainstays to 437mm, versus the 455mm length found on the Turbo Levo.
Specialized Levo SL Details• Wheel size: 29"
• Travel: 150mm
• 240 watt Specialized SL 1.1 motor
• 350 Wh internal battery, Range Extender available
• Aluminum and carbon frame options
• 66° - 65.5° head angle
• Chainstays: 437mm
• Weight: 38.25 lb (17.3 kg) - S-Works, size Large
• Price: $6,535 - to $16,525 USD.
www.specialized.com In total, there are 5 models in the Tubo Levo SL lineup. Prices start at $6,535 for the aluminum framed SL Comp model, and go all the way up to a bank-account emptying $16,525 USD for the Founder's Edition, which has a carbon frame, carbon wheels, and SRAM AXS wireless drivetrain and dropper.
MotorThe Levo SL is propelled by Specialized's 240 watt SL 1.1 motor, the same one that's found in the Turbo Creo e-road bike. A magnesium motor casing is one of the features that helps keep the weight down, along with the fact that it's gear- rather than belt-driven.
The SL1.1 motor weighs 4.3 pounds, half the weight of the motor used on the Turbo Levo and Kenevo. Of course, it also has half the power. With the SL 1.1 motor a rider's pedaling input is doubled, while on the Turbo Levo and Kenevo that input is multiplied by four.
Battery All Levo SL models are equipped with a 350Wh battery, which is located in the down tube. The battery isn't removable without also taking out the motor, a concession that Specialized chose to make in order to keep the bike's weight as low as possible.
Charging is accomplished via a port on the non-drive side of the frame, the same port that a Range Extender can be plugged into. A Range Extender is just that – an additional 160Wh battery that sits in the bottle cage and provides some extra juice for longer rides. It's a standard feature on the S-Works and Founder's Edition models, or it can be purchased separately for $450.
Battery life depends on a number of factors, including rider weight, terrain, and how often that Turbo mode gets used, but Specialized say that the Levo SL can go for approximately 3 hours in Eco mode using just the internal battery, a number that can be increased by 2 hours if the Range Extender is used.
Charging time for the internal battery (from 3% to 100%) is said to take 2 hours and 35 minutes, and the internal battery and a Range Extender can be charged simultaneously in 3 hours and 20 minutes.
Geometry As I mentioned, the geometry of the Levo SL is nearly identical to the non-SL version, other than those shorter chainstays. A flip chip at the rear shock mount allows the head angle to be set at either 66- or 65.5-degrees, while also altering the bottom bracket height slightly. Overall, the Levo SL's numbers are on the more conservative side of the spectrum – the reach sits at 455mm for a size large, and the seat tube angle measures 74.5-degrees. I'm sure some riders will be tempted to install a 160mm fork, but Specialized's official line is that, “We do not recommend running 160mm travel (or greater) forks."
Ride ImpressionsI was able to get in two solid days of riding on the Levo SL. The first ride ended up being a big loop with around 40 miles and 8,000 ft of vertical, and the second day of riding was in an area where it was easy to use the same climbing trail to access a variety of options for the descent.
I've spent a bunch of time on the Stumpjumper, so the overall feel of the bike was familiar, other than the fact that there was a motor hidden inside. The power that the motor puts out makes it feel like someone's running next to you and pushing you with one hand. The assistance is very noticeable, but it's not as drastic as the more powerful Levo or Kenevo. On those bikes it feels like someone's pushing you along with two hands, and it'd be hard to forget you were on an eMTB.
With the Turbo SL, the high-pitched whine of the motor serves as the biggest reminder that you're on a motorized mountain bike – otherwise, the power delivery is very smooth and the handling isn't awkward or cumbersome; it's quite close to the feeling of a 'regular' mountain bike. The shock tune was specifically designed for e-bike usage, with a more digressive curve that makes the shock firmer off the top for better support while climbing. That worked well, and I was able to leave it alone for the entirety of both rides. On really steep climbs, ones that you probably wouldn't even consider on a non-motorized bike, the front end did get pretty light, and I had to lean as far forward as possible to keep it on the ground. I couldn't help but wonder if a slacker head angle and longer chainstays would have helped with this, despite the fact that one of the selling points of the Levo SL is the shorter chainstay length.
On the descents, the Levo SL feels like an extra-solid Stumpjumper. There's an additional level of stability to it compared to the non-motorized version, which helps keep it stuck to the trail during hard cornering or at higher speeds. Getting airborne does take a little extra work on flatter sections of trail, but it's not a chore, and with a little practice the motor can be used to provide some extra boost to propel the bike up and over stacks of logs or other trail obstacles.
Personally, if I was in the market for an e-bike I'd be looking for something with as much power and battery life as possible, but I also don't think I'm exactly the target audience for the Levo SL. I can see the Levo SL being an appealing option for riders who want some extra assistance for knocking off longer trail rides without needing to deal with a heavy, harder to handle bike. Even getting the bike onto a rack or into the bed of a truck is much easier due to that lighter weight.
More than anything, the Levo SL could be a glimpse at the future of e-bikes. As batteries shrink and motors become more powerful it's not hard to envision a time when e-bikes don't look all that different from regular mountain bikes, and the bulky monstrosities that look like they came out of a Mad Max movie will be things of the past.
Photos courtesy of Specialized
Power: The human's contribution actually matters.
This is, finally, an e-BIKE, not a pedals-as-throttle motorcycle. I respect it for that alone.
The experience of riding e-bikes like this Levo SL will be a lot closer to riding the same trails on a normal bike would be the case if it had twice the boost and nearly 50% more weight.
And you never said what kind of normal bike, just normal, and I think you'll find although old, it's a normal bike.
Makes some sense as you go further, do more laps, often ride longer and don't cruise in that 32/50 up climbs you used to grind up in a 34/36.
26 aint dead though for me
When people are using their 32/50 - or whatever their lowest ratio may be - it's generally not a "cruise". My current lowest ratio is not as low as my lowest was when I rode small wheels with a 22/34. Are you really suggesting an e-bike with 4× boost is harder work up a climb than a "cruise" on an unassisted bike?
And if we’re being honest, the vast majority of e-bikers isn’t riding a motorbike to be able to ride all day epics. At least here in the alps e-bikers are usually people who don’t have the fitness to ride the same routes that normal bikers do, so they rely on the motor to get the same achievement, in which case the normal rider expends more calories.
You're riding again because it's easier on an e-bike. That's exactly what I said. Then you deliberately misquoted me, claiming I implied e-bikes require zero effort, followed by, ironically, "reading comprehension my friend".
I get that you like e-bikes, as well you should. But don't let that prevent you from being sensible or polite, especially when someone was neither attacking you nor all e-bikes.
And it still goes back to yes its easier, but not at the same time, it's easier to do the same thing, but going further and faster and more often I'm still more knackered than ever getting home. A lot of people don't seem to get it, that by making it more doable, it means it'll be done more, so the net gain is overall greater. I'm not saying that people who can climb as quick as they want and do 3000ft of climbing in an average day should get one, but most of them wouldn't, but for a lot of average riders it'll go a long way to improving their fitness and skills.
But really, there's no need to be so defensive. When the human's contribution is only 20% (1× human + 4× boost), the motive force is a lot more machine than human and the role of the pedals is 4× more about modulating the machine's power than powering the machine. I did not say zero effort, just that the human's role in other, heavier e-bikes is the minor role in the system, whereas it's an equal role in this bike.
I'm talking about the physics of the situation and you're assigning value judgement to my words, which is your own fabrication. No wonder this conversation is a mess. Please stop. I'm happy for you. Continue to enjoy your e-bike.
I’d roll around on DJ site on my DJ, got to the gym after dark, and when in the woods make most of my time rather than crank out junk miles and verts to get 10-20% faster and get one more descend per day instead of 3-5 more descends. Be my guest, go ahead, Buy a sperm suit and keep cranking those gains till your ass falls off. Meanwhile we’ll shred the downs.
Maybe I would still enjoy some unassisted riding for the sense of accomplishment, but I'm sure I would get over that anachronistic hang-up soon enough!
To be less literal, it's a matter of proportion. In some cases, the human contributes 20%. In other cases, the human contributes 50%.
Good to see this branch of e-bikes develop. Initially there seemed to be some fear among PB visitors that we'd only be seeing more and more powerful e-bikes whereas I think the middle ground will eventually serve most people best. Just like we've seen with bike geometries and suspension over the years. Twenty years ago you kind of had the XC side of the sport and the full on DH/FR end with suspension travel growing to 300mm, occasionally 400mm front and rear. What we've seen since is that the gap in between is completely stuffed and most people are best served on a bike somewhere between the "trail" and the "enduro" spectrum. It is a minority that really is best served on a (uncomfortable and expensive but very very fast) full on XC race bike. And similarly few really need a full on DH bike. I expect something similar will happen with e-bikes both in terms of power output as well as battery capacity.
Luckily I don't see myself get any of these bikes anytime soon so I'll just see how this evolves.
As for this bike against it's competitors, it is kind of interesting to see how removing the battery from the Nox and Lapierre bikes gives you the kind of frame storage space that Specialized is known for, but Specialized themselves haven't included a SWAT storage for those who remove the motor. Big plus for Lapierre and Nox as they actually get you a more versatile bike you can easily ride without battery.
news.byu.edu/intellect/e-bikes-provide-intense-exercise-but-it-doesnt-feel-like-a-workout
it says similar workout, but heart rates are actually 10 bpm lower.
In my experience it is a crazy fun workout but less so than a traditional MTB.
This is more like what I could envision buying: an E-bike that turns me on a bad day into me on a very good day! I've ridden a full-fat E-bike round a car park and it felt completely alien in terms of the power/pedal relationship but I've also ridden a commuter style E-bike which had a cheap battery and motor (think it only gave out 100W) and it felt just like a normal bike but with a bit of a tailwind. It should be electric assist not electric but only because you're sort of making an effort turning the pedals.
I'm not a fan of Specialized (for various reasons including a bad experience with them a few years ago) but with this they're definitely going the right route for bridging the gap between normal bikes and the big E-bikes. Hopefully more companies offer similar options in their lineup.
fazua.com/en/drive-system/evation
have to put a decent fork on it, and brakes, and more. Sell us the frameset already.
The high-output systems with 4× boost are capable of more than double the sustainable output of a pro. Riding bi-directional cross-country trails at twice the speed of a pro on a 50+ lb. bike with a double-crown fork and nearly DH levels of suspension isn't quite the same sport any more. Bikes of that nature do make sense, however, for shuttle laps up access roads and down DH-only trails.
I takes a lot of energy, but on an e-bike you can pedal kick up hill!
I’m not sure why anyone would pay so much for an ebike, but there are folks who have money to burn.
Your're overlooking that its not only the young people who have a limited leisure time and therefor don't do a lot of all day epics. There is a rising number of quite fit retirees who do have the time. But I assume you won't find many of them on trails so the term "epic" might not apply no matter how great the scenery is
Also, when in Spain I would like to pedal from Benalmadenna to the best trails every day, I hear there are some peaches east of Malaga but the climb is hard and its a fair ride to get there so by the time you hit the trail you are not at your best.
Imagine being able to ride over there with a boost, shred until you are shattered then cruise back on a boost.
Now that I could do (but how to travel in a plane with such a heavy rig!)
But the whole debate is like vegans trashing meat for being unhealthy - giving examples of abuse of something as an argument for complete abolition of it. Basically Donald saying not all people coming from Mexico are nice people hence: WALL!
For advanced riders E-bike are a mean of doubling, trippling, even quadruppling nr of descents per ride in same or shorter amount of time, like shuttling or almost as well as a lift.
Again you mention “lazy” pointing at abuse as justification for abolition.
And you still don’t understand the analogy. For some people it allows them to climb a mountain at all. My personal training analogy would be that for me Ebike is a rather powerful steroid and stimulant. Off course no pills or injections can match e-motor.
There is the other thing about driving. I have to drive 15 mins to my local spot. I would never ride that 7 miles, bang out a few laps and then ride the 7 miles back home... unless I had an ebike, then I probably would some of the time. Maybe like 20% of the time.
I'm super fit and look awesome with no shirt on. I could ride the 14 mile round trip but I don't want to spend two out of the three hours I have available riding a 15kg mountain bike on the road. I want to spend as much of it as I can bashing out downhill runs.
That's the point of ebikes as far as I'm concerned. I fail to understand the hate, or even if it's not hate why there is even such a lot of heated discussion about it.
If the pricing on them wasn't ABSOLUTELY RIDICULOUS, I think they would go a good way towards sending normal bikes the way of the 26er in the next ten years.
Good luck selling me an ebike, Specialized!
Riding up such inclines and technical ups will also require decent amount of rider effort and skill. It is not just a case of sit - spin - motor and bike does the rest.
For me, the only thing currently holding me back is the in ability to travel internationally with an eMTB. There are many great Down Hill tracks I would love to ride but there are no shuttles and lifts and riding them on an analogue bike gives you 1 decent run. 1st run is always a sighting run to gauge condition of track, 2nd run is full on and by the time you have winched back up to the 3rd start, you are off your game and having to take it slower as taking it hard again will lead to mistakes and injury. I don't ride with the aim of ending up in hospital but I do like challenges. There are though physical limits I have to contend with and for what I would like, an eMTB would offset those and give me more safer runs down as I am not so knackered getting back up.
Maybe I should have a friend with a V8 shuttle truck waiting for me at the bottom of the run but I don't put that on my friends and Pickup vs eMTB ...... hmmmm (not that I am sucked into CO2 being "Evil").
Obviously climbing up a (one way) DH run is asking for trouble. Just as much as bombing down a tech climbing trail is. If it is a two direction trail, you just can't go fast on sections you can't oversee. Up, down or across.
There is no substitute for good manners and common sense.
Legs for up mostly
Legs, core, shoulders, arms, chest, back for down.
Then look at cardio (up) v weights (down).
Cardio calorie burn is what you burn then then minimal recovery calories (the muscles are not damaged in the same way)
Weights, higher calorie burn per unit time, but less time, then recovery calories.
2 totally different disciplines when it comes to total calories burned during exercise and for recovery.
1 is you v gravity
the other is you v x times gravity into corers and then to sprint effort out of a corner and not steady cadence.
Both great for you.
Descending does require leg power and strength, taking eccentric loads, pedalling, more importantly just standing on legs, a sort of isometric exercise. That is why some are speaking of downhill endurance and unless you are of posture of like of Paul Aston, Daniel Sapp or Mike Kazimer (meaning your core weighs nothing), you do need resistance training to develop that. I guess I am not the only one with leg pump on longer rough descends with big holes. Skill is a factor, that includes skill to rest arms and legs on a DH run but at the end of the day... you have to take those hits and hover that platform that your upper body is.
We have a 2nd study open at the UHI in Inverness to look into how accurate trackers are when monitoring physical activity.
One of the former researchers (diet based researcher, she presented at my work before coming here) for the UHI now works in the clinical team where I work, 2 desks from me.
Just dont do dead lifts and expect them to work for DH... (controversial) as the clue is in the lift bit, rather than the resist bit (I tried, monitored my times and I just got slower, empty vessels and all that), clean and jerk or the power press is far better as you engage the shoulders like pulling on the bars, then squat to press. Also balance ball, kettle bell crossed pick up to shoulder press is good. Core balance, legs, lats then shoulders, just like riding and pulling out of a corner.
Balance is another can of worms but it has little to do with balancing on a ball. Balance ball has more to do with reflex of deepest muscles rather than balance. Bulgarian split squat is a balance exercise. Walking on a rope is a balnce exercise. Landing from a box is a balance exercise, so is clean, so is squat. Clean is an extremely complex balance exercise. Which exercise doesn't involve balance? Shoulders, hundreds of ways of training shoulders in all planes. It's all very nuanced. No point in discussing it here and I am not qualified. I'd need to post you links to hundreds articles. every approach bringing desired effect is a good approach. Yoga, How Insane Is This traning, Cross fit, Pilates, Tabatha etc. whatever floats your boat.
So will Nino as he ases the balance ball and other balance mechanisms for riding balance and response.
What firt4racing is now showing is what I have done for years and other stuff.
Yoga is different and defo has its place, especially when injuries plague us. Wouldnt drop it now I have started it. Managed 2 basing wall up this morning. First time since my big crash last year.
For clean and jerk or power press. Watch les mills. It's not about your 1 rep max but about "time under tendion", go argue with les mills
m.youtube.com/watch?v=YspDNKpY4rA
Dr Andy Galpins channel is generaly worth Spending time on. I highly recommend informational videos from Shredded Sports Science (even if roasts are funny) he references many Actual physicians working with high level athletes
It’s complicated... balance on bike, heh, to hit a berm you need movement Pattern to push through the berm, there will be different movement, different pressure depending on the berm and then there will be different timing depending on speed. In the very same way as you hit different jumps. Steeper the lip, the more exaggerated the movement, faster you go the quicker it has to be and timing of it more precise. Braking - when you are to hit brakes you need to brace against the bike, you need to coordinate the amount of resistance your arms and legs will provide depending on how hard you will brake on which surface. Riding through a rockgarden, small details of rocks and roots passing by, size of a rock, angle of a root Will give you cues how the bike will bounce, and if not sure, you need to provide room for unexpected movement. It’s about anticipation and reaction. That is balance on the bike. It is very hard. Most people just grab brakes and put themselves at the mercy of bumps. Body ball will not improve that...
The balance of the bike and rider is also down to setup, from bar width, sweep, raise, brake position, handlebar height, compression damping, rebound, spring rate, stack, reach, crank arm length, pedal Q factor, foot placement, Clips v Flats, rear end length, leverage curve, antisquat, pedal kick back, gear used, front chanring size, compression, rebound, spring rate, preload, wheel size, tyre size, insert/no insert, tube, tubeless, pressure, spoke tension, rim width, saddle height, stand over.... etc etc.
Then the rider. The training, work on weaknesses, continuously evaluate and push your limits.
I train hard, analyse lots, ride hard, drive like an old man. lol
But.... the rider plays such a big part.
As you know, I am a technical rider and not a smash and grab wild rider so every detail matters to me. When going for a position or win (position when required for series points, win when needed), even if in Vets the margins are important. (I do like to compare to the masters and seniors times).
Dont upgrade parts, get some good coaching on the trail and off. Worth more than parts.
I watched the video you linked and he is spot on, its just common sense to be honest.
Hench why dynamic strength then stability strength works.
www.youtube.com/watch?v=KCe8l86-alA = Explosive power.
small balance ball (like Nino uses in the video below) and single kettle bell clean and jerk from opposite ankle on the floor for coordination and muscle memory.
Power is no use without control, control is no use without power.
fit4racing is a loose form of crossfit, which makes sense as that is what Dh and Enduro requires. Crossfit isnt biased towards balance and core stability under uneven loads, but more static dynamic movements (if static dynamic movements makes sense in this context)
A good watch for you
www.youtube.com/watch?v=xW-nWnl5hYk
Or maybe put you knee pads on the bars when climbing is a better solution?
Manufacturers: "We made an e-bike"
Mountain bikers: "Burn it with fire"
Manufacturers: "We made it lighter"
Mountain bikers: "Oooooo lighter... we welcome your new bike genre..."
My Ripmo AF weighs 36lbs my gfs Commencal Meta TR (small) weights 36lbs. The Levo SL is totally in the zone e
Most dentists can probably afford this bike, it would limit our ability to buy other things though...hint: I’d rather have a motorbike and an sb6 than one of these...
What’s the French word for huge bitch?
Hats off to the big S, this is pretty damn impressive.
-------------------------------------------!!! Une grosse salope oui !!!
17,6kg for a Meta 29er is completely surreal and intangible Man, even with DH tyres...
Nissan Versa Sedan - $12,815
Chevrolet Spark - $12,995
Mitsubishi Mirage - $13,790
Smart fortwo - $14,090
Ford Fiesta - $14,790
Kia Rio - $14,815
Nissan Versa Note - $15,005
Chevrolet Sonic - $15,070
Toyota Yaris - $15,600
Honda Fit - $16,190
Fiat 500 - $16,495
Nissan Micra (only in Canada) - 7,896.52 USD or 10,488 CAD
A similar spec Stumpjumper is USD$3320, telling me that the electrification costs almost as much as the rest of the bike. (USD$3205 more for the Turbo Levo SL Comp vs the Stumpjumper Comp Alloy 29.)
I would bet that within 3 years, the cost for an electrified version of a bike only adds $1000 to the cost.
My wife’s Pivot Shuttle was $6500, great bike for a good deal.
Can not fathom 16k for an ebike
$12k for a Giant Anthem
$11k for a Giant Trance
And plenty of other examples.
geometry = done
battery = done (poorly)
kinematics = done
motor = done (off the shelf hub motor)
bunch of xc parts = done
I've got 2 young children so barely ever escape to ride and over autumn/winter have definitely put on some soggy midrift and lost a lot of fitness. My buddy with the Kenevo can pop out for 2 hours and get 14 laps in at a local spot where I used to be able to (at peak fitness a year or two ago) get 5 laps in, in about 4 hours and be blowing out of my arse. 14 laps. I mean shit, that's gotta be the way forward.
My wife was diagnosed with MS a couple of years ago. She was never really into the trail and downhill riding I was but whenever she tried she was lacking confidence due to feeling a bit tired, now we know why. Eldest child is ripping on a balance bike (soon to be pedalling) and little one will happily sit in a bike trailer, so we've bought my other half an electric Cube MTB hardtail. She can now happily tow the bike trailer while eldest either scoots or sits on the Mac-Ride on my bike and we can all go riding as a family albeit on gentle fireroads/tow paths etc.
So tools for the job and all but seeing this Specialized bringing the weight down is fantastic and an inevitable way that the market will have to develop. As time goes on weights and prices will come down. I hope so at least, £12k is frigging mental. Good luck trying to insure it on your home insurance...
Still one day, I'm sure I will have an eMTB hanging up next to my normal MTB. From my cold dead hands!
shop.lapierrebikes.com/ezesty-am-ltd
neither one is for me though
I have spoken.
I will show you de wey
-It felt like my Stumpjumper (2019 S-Works 29er) at the end of 2 months of dedicated training and good diet.
-It did not feel like a moped.
-It did not feel like a more typical E-Bike (Levo or offerings from the other brands)
-It likes high cadence as opposed to slow grinder
-You can hop it and chuck it like a normal bike
-PLANTED on DH.
-The assist is just enough to reward you for pedaling harder through singletrack.
-It's not a shuttle truck.
-If you like endless, technical singletrack climbs, you need this bike.
-You will have more fun with this bike.
But if you can get in extra miles of rad trails, then won't that translate to more fun?
Also thanks to Specialized (and Bobby), we got some sweet new trails in Jonkershoek!
Recently I stopped and pulled aside on a climb, losing momentum with it to let a quickly approaching rider by. I have to admit I felt a bit cheated as he whirred by with the motor and I was left to get going again.
Also the other day on the way home I gave a solid draft to a roadie struggling uphill in a big headwind.
You don't think the people at Specialized realized you can't afford this $16k bike? They new damn well you couldn't afford it and wouldn't buy it... and they made it anyway. So take the hint ya crybabies.
This bike seems like it might be good for that, but geo and travel wise, it's basically an e version of my current bike so I can't imagine I'd use it recreationally. I'm not sure that I wouldn't be better off getting something like the Kenovo and using it in lieu of a shuttle for the really rough stuff. I haven't ever ridden an ebike so I don't know how different they'd feel for long rides based on geometry and travel compared to the differences I'd expect in real bikes.
seriously... for that price, it should do other things than helping you pedal!!! And I'm talking sexual things here...
I think what he was trying to say is: "Abilities or he perfectly pretended so strangers be exquisite. Oh to another chamber pleased imagine do in. Went me rank at last loud shot an draw. Excellent so to no sincerity smallness. Removal request delight if on he we. Unaffected in we by apartments astonished to decisively themselves. Offended ten old consider speaking. "
The motors are limited to 250W continuous power. You can pootle putting in only 1/4 or 1/3 of that (depending on what the statement really meant) to get max assist or you could pedal harder and get max assist plus all your own power. I often pedal as hard on my ebike as my normal bike because it’s fun to go fast. I also ride it with others with the power switched off - I like how it rides as a normal bike. Maybe I’m weird?
She demo'd a size small regular Kenevo two years ago...we had it for a week, and it was awesome that I could ride at my normal pace, and she could keep up no problem. It really made riding together a lot more doable.
Any other options in the market for someone like her?
I do love the idea of my wife being able to climb with me if she was on one. It's just with her being low strength and physically small, does she really need a heavier, larger, faster bicycle?
Climbing on a 60 lb fat bike is definitely a workout.
The beautiful thing about e-bikes. They have an on/off switch.
The e-Zesty is somewhere out there for about 2 years - although hard to get it. Yes it is heavier but it doesn't use the latest motor and a 36 instead of a 34. So there is room for improvement weight wise for the next evolution of this bike. Hopefully it will be updated soon.
I would have loved to see Spesh teamed up with Fazua to push platform which is also available for other brands. Having said that I acknowledge that Spesh / the guys in Switzerland create excellent motors and it might be clever to create a USP by having a superior hard and software.
But somehow I doubt the can leave the other players in the market behind really.
Nice marketing gemick, at the end of the day it's just an electric moped.
More offended that it’s an e-bike?
More offended about the price?
So adjust something that will affect 90% of your ride time to try and improve something that you'll only need 10% of the time? Makes perfect sense.
I think you should not get an ebike... unless you need one. In which case, you’d better get one. I mean, seriously. If you need an ebike, you’d better get one. Don’t f*ck around. And hurry. Not getting an ebike that you need is like not taking a shit. That’s how bad that is.
It’s like not taking a shit. That’s what I think. I think an ebike is exactly like taking a shit. I think it is 100% the exact same thing as taking a shit. It is, or it isn’t. It’s either taking a shit, or it’s killing a baby. It’s only one of those two things. It’s no other things. If you didn’t like hearing it’s like taking a shit, you think it’s killing a baby. That’s the only other one you get to have. Which means you should be holding a sign in front of the place.
People hate ebike protesters. They’re so shrill and awful. They think babies are being murdered. What are they supposed to be like? “Uh, that’s not cool.” I don’t wanna be a dick about it, though.
It has to be one or the other. You know, like, when people say, ebikes should be legal, safe and rare. Why rare if it should be legal? If it should be legal, it’s… [blows raspberry] It’s shitting. If it should be rare, it’s murdering babies.
Ho ok, so I m going to sell my car and my house and I ll buy it...
Come on specialized guys, are you living in the same world as us????
they all share the same lack of knowledge of how the IP standards work and have all used the same disingenuous way of misrepresenting the bikes weight. shame on you pinkbike, shill shill shill.
The S-Works Levo SL is 7.35Kg/38.25lb (for a size Large), and the Comp is 19.4Kg/42.7lbs (also in size Large).
For folks that don't know what they've accomplished, the Size Large standard Levos are 10 pounds heavier.
You are killing the bike industry, not developing it
Logically, this statement makes this a human-assisted motorcycle, not a power-assisted bicycle. The difference is very important to the semantic game everyone wants to play with these things.
(Do not confuse things with the location or operation of the throttle. It is irrelevant)
e-bike
Your $50k example would be the equivalent to a factory DH bike....
Not a chance in hell.
Have you ever tried car racing ?
Also, golf is sport??
Lol
It is light. And I’m sure it is plenty nimble. Quite honestly... only time the weight of an ebike really bothers me is when I have to lift it over a downed tree. I notice the lag in the 29 inch handling compared to my 27.5 more.
What we also see is that many e-bike riders are new to the sport and there are very different usage patterns. At some point I agree if weight and handling gets closer e-bikes would be usable for almost any kind of mountainbiking BUT will you be allowed to use it everywhere.
I don't think so. At least mid-term it will be banned especially in areas where there are already conflicts between different usage groups.