In fact, these provide up to 520-560 W peak power when necessary but these meet the 250 W nominal criterion.
And I am not sure how this fits the law.
Do you know how long can the peak be sustained to still be legal ?
In fact, these provide up to 520-560 W peak power when necessary but these meet the 250 W nominal criterion.
I really wonder why so many bring up safety when riding at a speed faster than 25kph (I'm sure there is no data supporting significantly higher accident rates of bikers that exceed that speed because most bikers only ride at faster speeds when they are confident the conditions are safe). I'm sure as a 10 year old kid I was riding faster than 25kph on my banana seat Schwinn, but hey if those in the EU don't feel safe going faster I guess that is their comfort zone. I think if you live in the US and have say a 20 mile commute each way that time saved by being able to commute at higher speeds really matters (everything is a bit slower paced in Europe).
And I am not sure how this fits the law.
Do you know how long can the peak be sustained to still be legal ?
Here in Australia it is averaged over an hour, so you can do 500w sustained up hills or whatever so long as the output doesn't exceed 250W over an hour. Goodness knows how a motor regulates this. I've done some pretty aggressively hilly rides locally and my motor stat's report an average of about 115W over the hour, so you'd be surprised how much oomph 250W will give you.
The same Germans limited the e-bikes.
That's right. Funny enough road principles for cars are so different in different EU countries, isn't it. And... The 25 km/h limit would not pass without the consent of Germany.No, they didn't, it's EU-law.
And E-bikes are divided into:
treated like bicycles (max. 25 km/h) vs treated like a moped (max 45 km/h).
... where you'd look funny wearing a cycling helmet as it's not common there.... the cycling nations like the Netherlands ...
I did 85 km with 1500 m elevation gain and maximum grade 12% last weekend with a 250 W (nominal) motor e-bike (non-MTB). We've been overtaking roadies uphill.250W is ok with no hills
Being 71, having had 2 severed tendons in one leg & 2 steel rods in the other, I tendYet, let me ask you another question: Don't the Welsh ride up their hills on unassisted bikes?
PricelessGive me 500 watts, or a jeep.
John, what mid-drive motor e-bike have you ridden? Specialized 1.3 motor delivers 550 W peak power and SyncDrive Pro can deliver up to 520 W. There are hardly any hills that cannot be easily ridden with these motors. Moreover, EU law allows up to 4 kW provided you have a driving license (and want to take some formalities). I expect you DO have a driving licenseGive me 500 watts, or a jeep.
I expect you DO have a driving license
I may be incorrect, but I don't see Stafan objecting to a change in the law, but I think he is expressing his opinion that that change is probably unnecessary.
But having said that, it's your country and if you and others feel it is needed, then petition away.
My opinion is that the laws/regulations around ebikes are typically just guidelines (as you can import a 1000W Bafang Ultra and install it) and in general, if the existing rules about speeds on paths would be enforced on speed demons of any type, then the regulations on maximum wattage become moot.
The speed limits on our roads apply the same to a VW Polo as to a Ferrari.
Why would there be a need for a law that doesn't allow you to have more Horsepower or torque?
Actually the bike i rented in Holland had a front wheel hub and a torque sensor in the pedal, so it did the multiplying thing. But the effect was rather horrible for me. Being used to push a lot of power when starting off, if not standing in the pedals, the engine accelerated full power (250 Watt is a lot actually) and whoosh I was in the middle of the intersection...where I did not wanted to be at that moment. But of course one would get used to that over time. Or maybe it was just a shitty sensor.Now, an average cyclist can provide 100 W of power to the bike cranks. Add 250 W to it, and you are a competing cyclist. The trouble with the hub-drive is it is providing constant assistance and does not cooperate with the rider by multiplying the crank torque via drive-train as the mid-motor does. Hence the desire of the hub-drive e-bike rider to increase the motor power, to be effectively ridden up the hill as if it were an e-motorcycle.
Yet, I also own a 250 W hub-drive e-bike and can ride uphill, only in low gears and slowly.
Powerful hub-drive motor requires a large battery. That makes the e-bike heavy, which makes ascending even harder... etc. Also, ascents "eat" the battery charge (directly depending on weight), so even larger a battery, even heavier e-bike... and that goes into the loop.