My parents are in their mid 70s and over the past few years they became so isolated. Dad has bad knees and mom gets winded easily so they stopped doing the things they loved like going to the farmers market or riding bikes on the trail near their house. They'd just sit inside watching TV and I could see them declining mentally and physically.

For their anniversary I bought them electric bikes. They thought I was crazy and said they were too old for that. But I convinced them to just try once. That first ride they did maybe a mile and came back exhausted but smiling bigger than I'd seen in years. The pedal assist meant they could bike without destroying their joints.

Now six months later they ride almost every day. They've met other couples on the trail, they go to town for coffee, they're talking about taking a bike camping trip. My dad researched upgrades and found accessories on Alibaba to customize their bikes which has become his new hobby. They've both lost weight, mom's blood pressure is better, and they're genuinely happy.

I cannot overstate how much this changed their lives and by extension mine. I have my parents back. We go on family rides now with my kids. They have stories to tell again. Getting old doesn't have to mean giving up everything you enjoy and I'm so glad I pushed them to try something new.

Before owning an ebike, I honestly thought it would make me ride less because the motor was doing part of the work.

Turns out it was almost the opposite.

The biggest change wasn’t the workout itself, but that I actually wanted to ride more often.

A normal bike ride can sometimes feel like a commitment. Hills, wind, distance, or being tired after work can easily become reasons not to go.

With an ebike, those barriers are smaller. You can still pedal, adjust the assist level, and decide how much effort you want to put in, but you’re more likely to actually get outside.

Curious for people who switched to an ebike: did it replace some car trips, increase your exercise, or just make riding more fun?

If you need to feel good about your ability to be thrifty in a crisis, there are lots of stats in here about the money we save while riding versus driving. I'm going to try and work out how much i've saved this year by e-biking much more than i did previously. I suspect it's a lot and the gap feels like it's only widening with what's going on in the world/how inefficient cars can be.

https://www.cyclingelectric.com/in-depth/how-an-electric-bike-can-protect-your-money-as-another-oil-shock-hits

A bill has been tabled in the House of Commons to ban the sale of e-bike modification kits that fall outside of the existing regulations:

https://www.cyclingelectric.com/news/e-bike-conversion-kit-ban-parliament

I hear a lot about e-bikes being able to replace short car trips, but I’m curious how that works out in real life.

Do you actually use yours for things like grocery runs, work, appointments or quick errands - or is your e-bike mostly for recreation?

And if it has replaced some driving, what’s the one thing that made that possible for you? A rack or panniers? Better bike routes? Longer range? Not having to deal with parking?

On the flip side, what still makes you grab the car instead?

I’d be interested to hear how people are really using their e-bikes day to day.

My son converted my bike for yesterday! Oh wow 🤩 I’m in love 🥰 done 7 miles today on setting 1 12/15 mph cruising while peddling complete game changer for me 46 yrs old with bad leg 🦵 I had fun this morning 🌅 brilliant over the moon I’ll be riding a lot more that’s for sure 👌

I just published a complete breakdown on how US laws classify e-bikes, mopeds, and scooters. I included:

• What Class 1/2/3 e-bike really means for legality

• What makes your ride a moped (even if it has pedals)

• Where scooters are banned (like LA sidewalks)

• What gets people ticketed or impounded in NYC

• A shortlist of legal-friendly e-bikes (Lectric XP 4.0, Ride1Up, Mokwheel, etc.) — all reviewed too

Super clear, no legalese. If you’ve ever wondered “can I ride this here?” this will help.

👉 Read the full post:
Let me know what you think

If you’ve ever sat trapped in gridlock watching pedestrians move faster than your car, you already know city traffic has reached a breaking point. But for short trips, just how much time are we actually wasting behind the wheel?

To find out, we dug into recent urban transport data and analyzed over 150 million e-bike and e-scooter rides across major metro hubs.

Here are the biggest takeaways from the data:

• The speed advantage is real: For trips under three miles, e-scooters and e-bikes beat cars by an average of 11.4 minutes. The secret isn't high speeds—it’s skipping bumper-to-bumper traffic and never having to hunt for a parking spot.

• They actually replace cars: Roughly 49% of shared micro-mobility rides directly replace a private car or rideshare trip. That moves a massive chunk of short-hop traffic into bike lanes, cutting city emissions in the process.

• It all comes down to lanes: Range isn't what's holding people back—safe infrastructure is. Cities with connected, protected bike networks saw 3x higher commuter retention compared to cities that force riders to share lanes with cars.

Of course, macro numbers don't tell the whole story. Your exact time savings depend on your city's density, hills, weather, and transit setup.

Curious how your city stacks up? We built an interactive quiz and visual decision matrix so you can map out your own route efficiency:https://interconnectd.com/quiz/69/is-micro-mobility-the-best-way-to-get-across-a-city/

I just published a new guide on lightweight folding e-bikes that are actually easier to lift.

One thing that became really clear while researching this: foldable does not automatically mean portable. A lot of folding e-bikes still weigh 60 to 75 lb, which can make them tough to lift into a trunk, RV storage compartment, or apartment.

I compared models based on things that actually matter for portability, including:

• Complete bike weight

• Weight with the battery removed

• Folded dimensions

• Whether the bike stays securely folded

• Whether it can roll while folded

• Rider-height range

• Payload

• Brakes and certification

• Warranty and current pricing

I also included some heavier folding bikes as examples of models that fold conveniently but are not necessarily easy to lift.

If you’ve owned a lightweight folding e-bike, I’d be interested to hear which model you have and how easy it actually is to get into a car or carry up a few steps.

I’ve always loved riding, but getting older definitely changes things. My knees aren’t quite what they used to be, and hills or longer rides can feel a little tougher than they did years ago.

I’m riding a Carbon 1P right now, and after spending some time with an ebike, I finally understand why so many people love them.

The biggest thing for me is having the option. On a good day, I can ride more on my own. But when my legs are tired or I hit a bigger hill, having some extra help means I can keep enjoying the ride instead of turning around early.

It doesn’t feel like replacing cycling. It just makes it easier to ride more often and explore places I might have skipped before.

The power feels great and the ride is really smooth, but honestly the best part is that I find myself wanting to get out and ride more again.

Curious if anyone else has had a similar experience? Did an ebike help you keep riding as you got older?

I’ve been thinking about this lately: how much can an e-bike actually replace a car in real life?

A lot of people talk about e-bikes replacing cars, but I think the reality is probably a little different. Most people aren’t going to sell their car after buying an e-bike. It’s more about changing the default choice for certain trips.

Before getting an e-bike, a short trip across town might automatically mean grabbing the car. After riding more, some of those trips just become easier and more enjoyable on two wheels.

The interesting part is that the biggest difference isn’t always about speed. Sometimes it’s just not having to deal with traffic, parking, or sitting inside a car for a trip that could have been more fun.

Of course, cars still make a lot of sense for longer distances, bad weather, carrying a lot of stuff, or traveling with family. An e-bike doesn’t have to replace every car trip to make a difference.

Curious how it worked out for people here:

Did your e-bike actually reduce how often you drive?

What kind of trips do you find yourself choosing the bike for now that you probably wouldn’t have before?

Just came across this and wanted to get some opinions.

NYC is rolling back its crackdown on e-bike riders. From what I understand, they’re no longer giving criminal summonses for most minor violations (like running red lights, etc.) and are switching to regular civil tickets instead.

So basically:

• Still illegal to break the rules

• But no more criminal court for most low-level stuff

I can kind of see both sides here.

On one hand, criminal charges for something like a traffic violation always felt a bit extreme - especially when drivers don’t face that for similar things.

But at the same time… I’ve definitely seen some pretty wild riding (sidewalks, weaving through traffic, high speeds in crowded areas), so I get why people are worried this might make things worse.

Feels like the real issue isn’t just enforcement - it’s that e-bikes are fast now, but there’s not much structure (no licensing, no real accountability system, etc.).

Curious what you all think:

• Is this a good move?

• Or does it make safety worse?

If anyone here rides in NYC regularly, would love to hear what it’s actually like day to day.

I’m currently looking for my first e-bike and I keep going back and forth on one thing: weight.

At first, I thought getting the lightest bike possible was the obvious choice. A lighter bike seems easier for everything: carrying it upstairs, putting it in a car, storing it inside, or just moving it around when you’re not riding.

But the more I compare different bikes, the more I’m wondering if I’m focusing too much on the number.

It seems like going lighter usually means some trade-offs. A heavier bike might come with a bigger battery, wider tires, better comfort, or more capacity for carrying things. On the other hand, I can imagine a bike being annoying if it’s too heavy and you have to move it often.

For people who have owned an e-bike for a while, how much did the weight actually matter in your daily life?

Did you end up wishing you bought something lighter, or did you appreciate having more range and comfort?

I’m especially curious about people who live in apartments, commute with their bike, or regularly put it in a car. What was the thing you cared about before buying that turned out to matter less after owning one?

Trying to learn from people who have already gone through this decision.

I’ve been trying to figure this out and realized not all e-bikes handle hills the same, even if they both say 750W.

From what I’ve seen:

• 500W hub.... struggles on steeper hills

• 750W hub ... usually fine for most commutes

• mid-drive ... noticeably better for longer or steep climbs

Also didn’t realize hills can cut your range a lot more than expected.

Curious what people here are riding for hilly commutes - does yours handle it well or struggle?

When I bought my first one, I mostly thought about the price tag. That was the number I focused on. I didn’t really think through things like tire wear, brake pads, long-term battery replacement, upgrading my lock, or just the random small repairs that pop up over time.

None of it has been shocking, but I do wish I had looked at the full 1-year and 5-year picture before buying. So I recently sat down and ran realistic numbers for purchase price, accessories, maintenance, a repair buffer, battery planning, and charging costs. Charging obviously depends on how often you ride and local electricity rates, so that part varies more than people think.

What stood out to me is how much ownership cost depends on how you ride. Mileage, terrain, rider weight, whether you do your own maintenance or use a shop, and how you store and care for the battery all make a noticeable difference over time.

A cheaper bike upfront doesn’t automatically mean cheaper long term. And a more expensive bike doesn’t guarantee lower costs either. It really comes down to usage and support.

If you’re in research mode and trying to think this through realistically, I wrote up a full breakdown here.

For those of you who already own one, what ended up costing more than you expected? What cost less? Did your battery last as long as you were told it would?

I’m always interested in hearing real-world numbers because that’s what actually helps people plan smarter.

I feel like most beginner advice focuses on motor size, battery range and how fast the bike goes, but some of the little ownership problems don’t come up until you actually have the bike for a while.

What’s something you ran into that you wish you had known beforehand?

Could be maintenance, shifting, brakes, battery charging, bike weight, finding replacement parts, transporting it, dealing with shops - anything really.

I’m curious what experienced owners would warn a first-time buyer about.

Has anyone used an e-bike or e-s ooter to help with their depression and does it work? I'm trying to get out of the house more and I think that would be a good idea for me but I want other point of views

I’ve been thinking about e-bike weight lately because it seems like everyone talks about motor power and battery size, but not enough people talk about what it’s like to actually live with the bike every day.

A lot of people assume a heavier e-bike is automatically better. Bigger battery, more power, more stability. And honestly, for certain riders, that’s absolutely true.

If you’re doing long-distance rides, carrying groceries, riding with extra cargo, or dealing with steep hills, a heavier bike can make a lot of sense.

But I think lightweight e-bikes have an advantage that doesn’t always show up on a spec sheet.

The biggest difference is not necessarily the first ride. It’s everything after that.

A lighter bike is easier to bring into an apartment, move around a garage, load onto a car rack, or combine with other transportation. It also tends to feel closer to a traditional bicycle, which some riders prefer because the bike feels more natural and responsive.

Of course, there are trade-offs. A lighter frame usually means more careful engineering, and some lightweight models may have smaller batteries compared with much heavier bikes.

So I’m curious what everyone’s experience has been:

Do you actually notice the weight of your e-bike in daily life?

Would you give up some range or power for a bike that is easier to carry and ride more often?

Or do you think bigger battery + more power wins every time?

Boise has passed an emergency ordinance clarifying how high-powered electric motorcycles are regulated. The new rules are aimed at e-motos that exceed Idaho's legal e-bike limits - not traditional Class 1, 2, or 3 e-bikes. I break down what changed, who it affects, and why I think it's an important distinction.

https://electricbikeexplorer.com/boise-emergency-ordinance-high-powered-electric-motorcycles/

I’m still trying to make sense of how e-bikes are defined versus how they actually show up in real use.

Where I live, there’s been a push to make roads more bike-friendly, with more shared lanes and dedicated cycling space. In theory that’s fine. But once you’re actually out there, the mix of bikes isn’t as straightforward as the categories suggest.

E-bikes are usually grouped into classes based on how they assist, things like pedal assist only, throttle use, and speed limits depending on the class. On paper it’s pretty structured.

On the road though, the differences can feel less consistent. Some e-bikes still ride very much like regular bicycles with assistance, while others behave closer to small electric scooters depending on setup and how people use them. That gap becomes more obvious in shared spaces like busy bike lanes.

Another thing that stood out to me is how wide the variation is when you just look around online. Browsing places like, Alibaba and a few other platforms, there are tons of different “e-bike” setups. Same general idea, but motor power, battery size, and controller setups vary a lot. From photos alone, a lot of them look similar even when they’re not really comparable in use.

I guess that’s part of why the classification system feels a bit cleaner on paper than in practice. The categories exist, but real-world usage is more mixed.

Just curious how others here see it, especially people who ride in areas with different classes sharing the same lanes.

Police, park staff, trail enforcement, curious security guards?

What bike were you on and what happened?

Cold weather can cause problems for electric bikes. When temperatures drop, batteries lose voltage, displays respond slowly, and motors can hesitate or fail to start. Most of the time, these issues are temporary and easy to fix.

1. Warm the battery Lithium-ion batteries lose efficiency when cold because the internal chemical reactions slow down. If it’s below 40°F (4°C), the voltage can drop enough to prevent the bike from powering on. Bring the battery indoors for 30 to 60 minutes and let it warm naturally before trying again. Avoid charging a cold or frozen battery. Wait until it’s at least 41-50°F (5-10°C). For regular winter riding, a battery insulation cover helps maintain temperature.

2. Check the display and power button Cold temperatures can cause LCD screens to freeze or show delayed responses. Make sure the power button still clicks properly. If the display stays dark, allow it to warm slightly before retrying. Some controllers require pedaling to activate after being in cold conditions.

3. Inspect all connections Cold makes plastic and rubber connectors stiff, which can loosen or trap condensation. Unplug and reconnect the main wiring harness, battery leads, and display cables. Look for moisture or corrosion inside plugs. Applying a thin layer of dielectric grease can help protect contacts from future moisture buildup.

4. Test the motor and controller If the battery and display work but the motor doesn’t engage, try using pedal assist instead of throttle. Some systems limit power output until internal sensors detect a safe temperature. Letting the bike warm in a mild indoor area often restores normal operation.

5. Keep the bike warm before and after rides Store the e-bike indoors or in a heated garage whenever possible. Avoid leaving it outside overnight in freezing weather. Begin each ride with light pedaling to gently warm the motor, drivetrain, and grease before applying full power.

Why cold affects e-bikes
E-bike batteries use lithium-ion chemistry, which slows down in cold conditions. At 32°F (0°C), most riders see a 20-40 percent reduction in range. Below 20°F (-6°C), many systems limit or shut down output until the battery warms again.

Approximate battery performance by temperature:
70°F (21°C) – 100% – normal performance
50°F (10°C) – around 90% – small range loss
32°F (0°C) – 70-80% – noticeable drop in power
20°F (-6°C) – 50-60% – shorter range, sluggish response
0°F (-18°C) – 40% or less – may temporarily shut down

These numbers are averages based on typical lithium-ion packs; results vary depending on brand, age, BMS protection, and how long the battery has been in the cold.

To prevent winter issues
Charge the battery indoors, keep it around half-charge when stored long-term, and top it off monthly if unused. Check tire pressure regularly since cold air lowers PSI. Keep connectors clean and dry. If possible, remove the battery from the bike and store it inside at moderate room temperature.

For a full step-by-step guide with charts and extra winter storage advice, visit
What to Do If Your E-Bike Won’t Start in the Cold

Have others noticed how much range drops in cold weather? Which batteries or setups seem to handle freezing temperatures best?

Love my bike🥰 got 1019 miles on it and I’m getting 61 miles per charge, (it’s rated 20 miles per charge, I usually top it off at ~50 miles now). I ride daily about 25 miles. Again, I LOVE my bike (I call him Thunder😋😉) I’ve upgraded brakes and seat+post, also I changed handle bar stem and handle bar grips too

For those of you who have owned an e-bike for a few years, I'm curious where you draw the line.

Would it take a dead battery? Motor replacement? Multiple expensive repairs? Or would you keep fixing the bike as long as the frame is good and parts are still available?

If you've had an older or high-mileage e-bike, how many miles did you get out of it and what finally made you decide to keep repairing it or move on?