So yes, it is absolutely great that more people are on the road on an e-bike, now more people can demand their taxes to be invested in proper bike infrastructure helping both e-bike and regular bike riders.
So yes, it is absolutely great that more people are on the road on an e-bike, now more people can demand their taxes to be invested in proper bike infrastructure helping both e-bike and regular bike riders.
"Better bike infrastructure" and "a bit of pedal assist" are both good things that we need more of.
Even in the best possible future, I believe cycling in US cities will involve some amount of mixing with cars for the rest of my natural life (unfortunately!), so I'm not sure "completely bogus if…" is fair.
And anyway, a little extra speed is still useful because it's transportation.
Here's a fun thought experiment: define "places I can go" as "the locus of points within 1hr bike ride of a train station." If e-bikes let me go 50% faster (say, avg 15mph instead of 10mph), that multiplies the accessible area around each train station by 2.25x! I can go more than twice as many places now!
They also broaden the times a bike is used vs. some other mode of transport - for example commuting for people who would not want to arrive at work wringing in sweat and in need of a shower, or carrying heavier loads, or towing a child to school in a trailer over a longer distance, etc.
I am used to Scandinavian, German and Swiss winter.
Cycling with rain or snowstorm, only when no other option is available.
I admittedly do go camping in snow and whatnot but I find the biggest barrier people have to doing these things is not knowing the equipment that you can bring to make it nice. The worst part is actually probably mitigating rust IMO.
The biggest issue I see for higher priced bikes is secure parking (as mentioned in the article). No one provides secure/supervised parking and its tricky to get insurance. You can't really lock any nice bike outside the supermarket and always expect it to be there when you get back.
But if you have to deal with serious hills or want to use throttle-only, 250W won't be enough. IMO 750W is the bare minimum for that, and it requires a bigger motor, bigger battery, and disc brakes.* That costs a lot more and it's easier (and probably cheaper) to just buy the whole bike than convert what you have.
*Disc brakes are essential for higher-powered e-bikes because such bikes move faster and are much heavier than regular bikes. They need more serious stopping power than rim brakes can provide.
I ride with a friend who has gone MTB electric. I leave him behind on the flat but he gets it back on the hills. He's fine for well in excess of 40 miles. Range is mainly an issue of battery size not the wattage.
https://www.congress.gov/bill/107th-congress/house-bill/727/...
Those numbers seem huge. I can only put out about 150W sustained, so a 250W motor boost on top of that sounds like a lot. That would have me at 400W combined which is nearly pro-rider territory.
My road bike (a 10+ year old Specialized) is 19lbs.
A Specialized Turbo Creo (an e-bike) is under 28lbs as advertised.
My mountain bike (regular bike, nothing electric) is 29lbs.
I know 60lb behemots exist, but e-bikes don't need to be crazy heavy anymore.
https://www.cyclingnews.com/features/best-electric-bike-conv...
It's a very expensive risk / unknown result for most folks who don't alredy bike.