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Asus Bike Booster

asus.com

391–400 of 476 posts

Re: Asus Bike Booster

#391
post #290

Earlier quoted context omitted.

> How do you get exercise without sweating. Do you sweat a ton when you walk? Yet walking is exercise. The point being, of course, there’s a correlation between how hard the exercise is (plus other factors like clothing and weather) and the amount of sweating, but to claim that not sweating equals no exercise is incorrect.

you'd get more exercise walking to the bus stop than on ebike

This may be true for your average pizza-delivery rider, but it's not an automatic property of e-bikes. I recently crossed a mountain range on a regulation e-bike (i.e. a pedalec with capped motor and a limited battery) and I can confirm that it took some effort.

Re: Asus Bike Booster

#392

Earlier quoted context omitted.

Nobody who rides a road bike would be seen dead with something like this. There are proper road ebikes for that.

and no one who rides a legit road bike would be seen dead on a "road ebike".

It depends what you use them for. I use one as my commuter. Most days I ride it with the motor set to just overcoming the added weight of the system plus my heavy backpack. That is uphill, against the wind both ways, of course. I only use more engine power when I have a bad day or am just done pushing hard. But I am on my bike, not in a car. Life is good.

On the flats, I get no benefit since the motor cuts off at my normal cruising speed of some 20 mph. It just feels like a solid bike in that mode, a bit heavy, of course.

I have taken it on a few regular non-commute rides as a test and must say it did not make me lazy or weak, or suffer less. Easy of riding is not me. In the end, it is the rider that makes the ride.

Re: Asus Bike Booster

#393

From the FAQ: > ...rated IPX4 for water resistance ...suitable for use in light rain, but it should not be exposed to heavy rain or submerged in water. A bike part you can't use in more than light rain seems like a pretty big drawback to me.

Also doesn't look compatible with a rear fender

Re: Asus Bike Booster

#394
post #132

Earlier quoted context omitted.

Wow, $2k? You could get a decent ebike for that money. And the installation doesn't look any easier than a hub motor... Only seems worth it if you already have an extremely nice bike. I think of friction drives as being aimed at budget-conscious commuters, not serious mountain bikers.

> Only seems worth it if you already have an extremely nice bike How nice should one's bike be that you'd rather turn it into a mediocre ebike for the price of buying a good ebike?

It really depends on your standard for "good." Some people spend $5-10k+ on their mountain bike. If you're looking at getting an ebike of similar quality, then I could see this being an attractive alternative.

Re: Asus Bike Booster

#395
post #298
post #294

Earlier quoted context omitted.

If you use your bike for 50 miles a year, why do you even need that thing?

I don't. I don't need a bicycle at all. The only reason most Americans outside NYC and Chicago ride a bike is leisure. Well, that or too many DUIs if we're being honest. Ideally though if I had something like this it would encourage me to use my bicycle more.

Do you live in New England? Because any adult I see on a BMX I automatically assume has lost their license. Just wondering if it’s regional.

Re: Asus Bike Booster

#396

Earlier quoted context omitted.

There is a large amount of people who go around stealing bikes for fun and some cash; and often "street cred" or something akin to that.

Then maybe society should be improved upon so that a few dollars or a few minutes of "fun" or "street cred" isn't seen as such a boon to their life that people risk jail time for it. The US tried "tough on crime" approaches, what has it resulted in? 25% of the entire world's prison population and it still has higher crime rates than its peer nations.

Nobody goes to jail for stealing bikes. Here, the cops will take a report but that's it. It doesn't get investigated. There's a very good chance any homeless person with a bike is in posession of a stolen bike but they don't even fish in that barrel.

Re: Asus Bike Booster

#397
post #12

Friction drive e-bike conversions were popular years ago. They generally: * Wear tires surprisingly quickly * Absolutely suck in any form of weather or terrain condition (dirt, rain, etc.) * Have ~20% less efficiency than any other drive form. But, they are easy, and they do work.

This bike booster will probably come in at less than half the cost but the Bimotal kit is another option that doesn't have the tire wear issue, offers better performance, and the form factor is much nicer. https://bimotal.com/products/elevate

Oh I like this idea. Looks simple and lightweight.

Expensive as f though. Also the gear-thingy looks proprietary (=expensive).

Re: Asus Bike Booster

#398

Earlier quoted context omitted.

Tbh solving this is one of the actual use cases for things like flock cameras. Simply bolting things down harder is still defeated by a battery powered grinder.

It's actually solved by putting thieves in prison (by the help of flock cameras).

Prisons are full. We have one of the highest incarceration rates in the world. No cops, prosecutors, or judges are interested in putting a bike thief in prison. We've just decided it's an acceptable cost in our society. It's another reason that cycling is not a useable mode of transport in many places: if you don't have a secure/indoor place to put your bike at work or while shopping, it will get stolen. So you either ride bikes that you can afford to lose, which sucks if you have to go any real distance, or you drive.

Re: Asus Bike Booster

#399
post #289

Earlier quoted context omitted.

Here's my cargo bike: (non-e variant): [1]. The company got bankrupt a couple of days ago. It has three wheels. Two smaller ones at front, one back. As such, I'd prefer to install the motor on the back. We do have that speed limit of 26 km/hour (my current e-bike has it as well), but since more force is required, the kit would need to know this as well. I got it second hand, same as my e-bike. Otherwise, these aren't…

Also an owner of a non-electric Babboe. We looked at converting it to electric but very few companies would actually do it and the one that we finally got to give us a quote basically said it wasn't worth it. They would've had to replace the whole brake system due to the higher speed of an electric bike. We ended up just buying a different electric cargo bike.

I believe your story, the thing is... once my Babboe is driving, I can reach 20 km/hour. The problem is, it takes some time, and I'm fine with the 15 km/hour to 20 km/hour taking time or effort. I'm cool with staying at 15 km/hour as well. The problem is only after I am completely at 0 km/hour at a traffic light or stop sign, getting velocity. I wouldn't need better brakes there. Since I would never go higher than 20 km/hour electric, I wouldn't need better brakes. If they say I shouldn't go faster than 15 km/hour, I'll stick to that, no problem.

But for people who'd reach the max 26 km/hour, if they'd need better brakes, then if they reach such speed manually (going downwards, for example) would suggest my current brakes aren't adequate either. But I'm not interested in going from to 20 km/hour ASAP. I am interested in getting a little of help at 0 km/hour going forward. After that, the electric part can go off for all I care.

Re: Asus Bike Booster

#400

Anything for the world to actually avoid the health benefits of riding a bike. What is wrong with a standard human powered bike? I expect a global obesity epidemic in 10 years as people begin buying/building WALL-E-style beds.

https://www.sciencedirect.com/science/article/pii/S259019821... "Physical activity gains from active travel are similar in e-bikers and cyclists." E-bikes make people who aren't fit enough to ride muscle powered bikes to start doing moderate exercise on local trips they would used cars for before.

How can they be the same? One requires much more physical effort. That sounds like junk science. Perhaps they are similar type of gain but the difference in actual result must be a canyon wide.
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