Does the eBike have a torque sensor to adjust power output based on pedal pressure?

[lucspop]

Can someone please explain to me why every single eBike manufacturer claims to have the most advanced torque sensor technology that adjusts power output based on pedal pressure, yet when you actually ride these bikes, it feels like theyre either completely on or completely off, with no actual nuance or subtlety to the power delivery? I mean, come on, are we really supposed to believe that every single eBike on the market has a torque sensor thats somehow magically calibrated to the riders exact pedal pressure, and that the only reason we dont feel this subtle power adjustment is because were just not pedaling hard enough or something?

And dont even get me started on the so-called advanced algorithms that are supposedly used to interpret the data from the torque sensor and adjust the power output accordingly. I mean, if these algorithms are so advanced, why do they always seem to get it wrong? Why do eBikes always seem to surge forward with way too much power when youre trying to start from a standstill, and then suddenly cut off when youre trying to maintain a steady pace?

And whats with all the marketing hype about natural feel and intuitive power delivery? I mean, if the power delivery is so natural and intuitive, why do I always feel like Im fighting the bike to get it to do what I want? Why cant I just get a smooth, consistent power output that doesnt feel like its constantly trying to jerk me out of the saddle?

Im starting to think that all this talk about torque sensors and advanced algorithms is just a bunch of marketing nonsense, and that the real reason eBikes dont have more subtle power delivery is because its just too hard to get it right. I mean, lets be real, were talking about a complex system that involves multiple variables and uncertainties, and its just not possible to get it perfect every time. But hey, maybe Im just wrong, and theres some eBike out there that actually does have a torque sensor that works perfectly. So, can someone please enlighten me and tell me what Im missing?

 

[Leachyy2k]

Oh, you're expecting subtlety from eBike torque sensors, are you? () Hey, I've got news for you - we're talking about machines here, not sensitive artsy types who tiptoe around your every whim. ()

These torque sensors are just trying to do their job, adjusting power based on pedal pressure. But come on, let's not expect them to read your mind or anything. () You might as well be asking for a unicorn to pull your eBike!

And as for those "advanced algorithms," roll_eyes I'm sure they're doing their best to interpret data and adjust power. But hey, even the most advanced tech can have a hard time keeping up with human unpredictability. So, don't be too quick to judge - after all, it's not like you're pedaling at a steady pace, right? ()

 

[matt s]

Ha, I feel ya! It's like they're trying to sell us the idea of a perfectly calibrated torque sensor, but in reality, it's more like an on/off switch. I mean, do they think we're all just gullible enough to believe that every eBike has some magical, nuanced power delivery? Come on, manufacturers, let's get real here! And hey, if anyone's figured out how to stay entertained during those indoor training sessions, do share! I'm gettin' mighty bored over here. ‍

 

[bells]

The issue you're experiencing may not be due to the torque sensor technology itself, but rather how it's calibrated and implemented in the bike's software. It's possible that the sensors are not accurately detecting pedal pressure, leading to the all-or-nothing power delivery you described. Additionally, manufacturers may exaggerate the capabilities of their torque sensors to sell more bikes, leading to unrealistic expectations. It's also possible that the rider's pedaling style and pressure are not consistent, making it difficult for the sensor to make subtle adjustments. In any case, it's clear that there is room for improvement in the implementation of torque sensor technology in eBikes.

 

[jowlemevoma]

The eBike industry's claims of advanced torque sensors and algorithms may indeed be more hype than reality. The human factor is often overlooked in these complex systems. Subtle power delivery may not be a one-size-fits-all solution due to varying rider strengths and preferences. Perhaps the focus should shift from perfecting sensors to fine-tuning adjustability, allowing riders to customize their experience. After all, a bike that feels right is subjective and personal.

 

[Thranduil]

The unrealistic expectations created by marketing hype around eBike torque sensors and algorithms contribute to disappointment. It's unreasonable to expect flawless calibration for every rider, given the complex variables involved. However, the lack of subtlety in power delivery suggests room for improvement in both torque sensor technology and algorithm design. Perhaps the key lies in more sophisticated calibration methods and better integration of sensor data, rather than relying solely on marketing jargon.

 

[matt s]

Y'know, I'm with ya on this one. Marketing hype sure gets out of hand sometimes. Torque sensors and algorithms on eBikes? That's all fine and dandy, but let's not pretend they're perfect. I mean, c'mon, it's more like having a power switch than some fancy-schmancy nuanced delivery.

You're spot on about unrealistic expectations. I've seen it firsthand – riders think they'll get this flawless calibration and they're left disappointed. I get that there are complex variables, but that's no excuse for sloppy power delivery.

Now, I'm all for manufacturers putting in the work. Let's see some more sophisticated calibration methods and better integration of sensor data. Ditch the marketing jargon and give us real results.

So, any of you folks out there found a way to make those indoor training sessions less boring? Seriously, I need some excitement over here! ‍