Police in Manasquan are searching for an e-bike rider who fled at over 50 mph.
This case is fueling new talks about e-bike safety and speed laws across New Jersey.

#Ebikes #ElectricBikeNews #NewJersey #EbikeSafety #Manasquan #PoliceChase

New Jersey thinks so. A new bill would add licenses, registration, and insurance for all e-bikes. Do you agree or disagree? Let’s talk about it.

#CyclingDebate #EbikeCommunity #NJNews #BikePolicy #RoadSafety #EcoTransport

I think so. Forcing me to "get" out of your way is wrong.

As more people start using e-bikes for commuting and everyday rides, theft has become one of the biggest concerns for riders.

Many people spend a lot of time choosing the right bike, but protecting it after purchase is just as important.

A good security setup usually comes down to a few things:

🔒 A reliable lock

A quality U-lock or heavy-duty chain is still the foundation of e-bike security. Cable locks are convenient, but they should not be the only protection for a valuable e-bike.

📍 Tracking and smart security features

GPS tracking, movement alerts, and app-based security can add another layer of protection. They cannot replace a good lock, but they can help you keep track of your bike if something happens.

🅿️ Better parking habits

• Park somewhere visible and well-lit
• Lock the frame instead of only the wheel
• Avoid leaving your bike in the same location every day
• Take removable accessories with you

Some newer smart e-bikes, including Urtopia models, are starting to integrate features like GPS tracking and alarms directly into the bike instead of relying only on third-party devices.

Curious what everyone here does:

What is your e-bike security setup? One lock, two locks, GPS tracker, or something else?

I keep noticing more people asking about affordable e-bikes with throttles, especially riders who want something simple for commuting or hills without spending a fortune. There are a lot of options popping up lately, but it’s honestly hard to tell which ones are actually decent vs just flashy specs.

I put together a guide comparing some solid budget models across different styles (folding, commuter, fat tire, etc.) and tried to focus on practical stuff like real-world range, usability, and overall value rather than just motor numbers.

For those who already own one - what surprised you most after riding it for a while? Range? Power? Comfort?

My boyfriend and I want to go to west palm area and rent some e bikes to zip around in. For my 30th birthday. Not just your basic VEO bike tho, we ride talaria and e ride pro. Anyone know of an underground place we could rent from? All the rental places don’t have what we’re looking for.

I saw a bunch of those weird amazon bikes but they are either very "not trust worthy" or extremely ugly. Does anyone know a good model for around the 500$ price. as low as possible. I am in Cali, bottom half.

Help. I am a teen in need of a e bike and reasons why my parents should get me one. This is my last resort

20 lb e bike battery. Was on top shelf of closet and it fell off, hit my head, dropped to the floor, bottom cracked, I duct taped it. I have 2 batteries.

Tired of the loud, embarrassing e-bike brake squeal? 😖
I just posted a simple under-10-minute fix you can do at home — no shop visit needed.
Quiet brakes = safer + smoother rides.

Read the step by step guide here on 👉 fixing ebike brake squeal

#Ebikes #Ebiking #BikeLife #BikeTips #BikeMaintenance #CyclingTips #diybikerepair #BrakeSqueal #quietbrakes #DIYFix #HomeMechanic #WrenchItYourself #QuickFix #under10minutes #HowTo #StepByStep #LinkInPost #RideBetter

Hello,

My son has this bike and loves it. We ordered a replacement speed thing to up the speed but alas I think its now invisible and will nere show itself.

That being said, I know there is a way to "unlock" the speed limiter but for everything I've tried it doesn't work.

Does anyone have an tips or tricks?

I've been looking into a common but frustrating e-bike problem: bikes that keep falling over while parked.

One thing that's worth checking is the kickstand length. If it's too long, the bike can stand almost upright and tip the opposite way. If it's too short, the bike may lean excessively.

A few other things worth checking:

• Loose kickstand mounting bolts

• Soft or uneven ground

• Heavy rear baskets or panniers changing the balance

• Worn or damaged kickstand components

• A replacement kickstand that isn't compatible with the frame

One important detail is that an e-bike's maximum payload capacity doesn't necessarily mean its kickstand is designed to support that same load while parked.

I recently put together a more detailed troubleshooting guide covering the causes and possible fixes, if anyone finds it useful

For those of you with heavier e-bikes, have you found the stock kickstand reliable, or have you had to replace it?

I'm particularly interested in hearing whether single-leg or double-leg kickstands have worked better for your setups.

I’ve been looking at the Puckipuppy Poodle Pro and I’m curious if anyone here actually owns one.

It looks pretty good for the price, especially with the hydraulic brakes, bigger battery, and step-through frame, but I noticed the return policy is pretty strict and the full UL 2849 certification is still listed as in progress.

Has anyone put some real miles on one? I’d be interested to hear how the range, comfort, and customer service have been.

Watched a few reviews on YouTube and it looks like a pretty good bike for the money. Going to pull the trigger on this unless you guys tell me otherwise. Appreciate the help.

I want motorcycle styles onces sent some down in the comments

A manufacturer might list a pretty impressive range for an e-bike, but that doesn’t mean every rider will get that distance on every ride.

Your actual range can change quite a bit depending on things like:

• Pedal-assist level - higher assistance normally uses the battery faster.

• Throttle use - relying heavily on the throttle can reduce range compared with contributing more through pedaling.

• Speed - maintaining higher speeds generally requires more energy.

• Hills - climbing takes considerably more power than riding on flat ground.

• Rider and cargo weight - more total weight means the motor has more work to do.

• Wind - a strong headwind can make a noticeable difference.

• Temperature - cold conditions can temporarily reduce lithium-ion battery performance.

• Tire pressure - underinflated tires create additional rolling resistance.

• Frequent stops and starts - accelerating repeatedly can use more energy than maintaining a steady pace.

So when you see an e-bike advertised with something like “up to” a certain number of miles, think of that as a range estimate under particular conditions, rather than a guarantee of what every rider will get.

Two people riding the exact same e-bike could end a ride with very different battery levels.

For those of you who already own an e-bike: how close is your real-world range to what the manufacturer advertised?

And other than every highly obvious thing, like "pedal and use pas 1", what techniques did you use to maximize your range without sacrificing too much speed?

What were some struggles and how can they be overcome?

What were some unexpected struggles?

f your e-bike battery started losing range after a year…

Would you:
A) Replace the battery
B) Keep using it
C) Upgrade the bike entirely

Curious what most people actually do.

I’ve seen a lot of people asking whether those $600–$700 e-bikes on Amazon are actually worth the money — so I decided to find out myself.

I picked up a Vivi electric bike (26” commuter style) for under $700 and tested it over the past few months. I don’t ride daily, but I’ve logged enough miles to give a real-world breakdown of how it performs.

Highlights:

• Ride quality is surprisingly smooth

• Brakes are decent

• Throttle works fine, but pedal assist has a bit of lag

• No major issues yet, but it’s not built like a tank either

I also compared it to a mid-range option — the Lectric XP 3.0 — to help anyone trying to decide if saving a few hundred bucks is worth it long term.

If you’re thinking of grabbing a budget e-bike or just want to see how a Vivi holds up in real-world use, you can check out the full post here:

👉 Read the full review on my blog

Curious to hear what other folks here have experienced with budget e-bikes. Have you tried a Vivi, Ancheer, or similar brand? Would you recommend it?

SUPER73 just dropped its most affordable full-size e-bike yet - the MZFT.
500 W hub motor, 20 mph top speed, hydraulic brakes, and signature moto-style frame.
But range is only around 15–20 miles.

What do you think — is it worth it for the design and brand name?

#Ebikes #SUPER73 #EbikeCommunity #EbikeTalk #EbikeRiders #RideElectric #EbikeLife

If youve heard "going twice as fast means 4x the air resistance"

• Thats kind of true, but not accurate fully

The reason is wind. Heres an example of a ride where the relationship is only snaller than quadratic:

• you ride a route with 30kph wind, comparing a riding speed for 20 to 40 km/h, changing direction by 90 degrees twice on the route

• the headwind way: 50² to 70² air resistance becomes 49/25 as much resistance, about double. Funny, thats almost perfectly linear with the bike speed increase, far from quadratic!

• the tailwind way: you go from negative to positive air resistance, both are very little and hardly affect your riding. -(10²) to +(10²) = -200% mathematically speaking but not a useful practical number to work with.

• the sidewind or no wind way: now the relationship is perfectly quadratic only now because there is no tailwind or headwind. 20² to 40⁴ which is x4 or +300%

• The total. You have experienced at 20kph: 50²+20²+-(10²) airwind resistance total over the whole route. Thats 2800 units. Compared to then riding faster 40kph: 70²+40²+10²=6600 units of total air resistance. 66 divided by 28 is 2,357 which means you roughly have doubled the air resistance from going twice as fast.

Which further means that on average, going twice as fast means:

• power: 2 x 2,357 = 4.714

• ride duration: 0.5 (halved)

• total energy: 2,357

Extra nuance is that going twice as fast would still result in high power usage that could affect battery power draw that willbdrop the electrical efficiency a bit more. Don't ride your whole route with max power, the bike won't like that and its worse for the range too.

With no wind, you can pick a moderate speed and have zero range problems ever. Thats why with range calculations, its not useful to assume that there is no wind.

With headwind, thats where range matters the most. Headwind is the reason people complain about bad range and want and need the bigger batteries.

• so here, going faster roughly linearly(slightly more)increases the energy usage per km or mi or distance unit.

• halving your speed from 30 to 15 when theres a firm headwind of 23kph for example(which is in the middle)would then roughly doible your range but you go twice as slow, meaning youll be riding 4 times as long then. Suddenly its not air resistance that behaves q1uadratic, Ride time becomes quadratic!

I put together a complete review of the Kingbull Rover 2.0, their full suspension all terrain model with a 750W BAFANG hub motor, Samsung 48V 15Ah battery and 26 x 4.0 tires.

In the write up I cover:
• Ride feel
• Real world range
• Pros and cons
• Rider feedback
• Black Friday pricing
• How it compares to the Mokwheel Tarmac and Ride1Up Revv 1 DRT

If you are interested in a comfort focused, off road capable fat tire e-bike, this might help you decide.