Fat tire e-bikes are all the rage right now, and there’s a good reason why they continue to grow in popularity. They’re great on trails, they have powerful motors and batteries, and they’re rugged enough to handle even the most challenging terrain that you can throw at them. What are the facts about fat tire e-bikes? Here are some helpful details to consider if you’re looking into getting one for yourself or as a gift for someone else this holiday season.
Everything you need to know about fat tire e-bikes
Fat tire e-bikes are awesome. So, why isn’t everyone riding one? The answer is simple: if you want to ride an e-bike, you have to buy a new bike. This can cost a lot of money and time. To eliminate these pain points (and get in shape in time for beach season), here’s everything you need to know about fat tire ebikes—including how much they cost, what you need, and where you can find them.
Fat tire e-bikes are awesome. So, why isn’t everyone riding one? The answer is simple: if you want to ride an e-bike, you have to buy a new bike. This can cost a lot of money and time. To eliminate these pain points (and get in shape in time for beach season), here’s everything you need to know about fat tire ebikes—including how much they cost, what you need, and where you can find them.
If you’re getting an e-bike for exercise, you must choose a bike that offers enough power to help you meet your goals. For example, if your goal is to lose weight and get in shape, find a fat tire e-bike with enough power (500 watts or more) to make it easy for you to reach 20 mph on level ground and complete steep climbs without too much resistance.
Once you determine how fast and far you want to ride, add another couple hundred watts so you can use those higher speeds when pedaling uphill.
If weight loss is your primary concern—and many people who buy e-bikes are trying to shed pounds—you might not need as much power; 300 or even 250 watts should be fine for everyday rides around town. Of course, if hills are part of your commute and/or weekend ride routine, opt for a powerful 500+ watt electric bike.
How do fat tire ebikes work?
An ebike is a bike that incorporates an electric motor. So in essence, it’s a bicycle with a motor attached. The average ebike can have anywhere from 2 watts all the way up to 100 watts of power.
You should be aware though that there are many low-quality ebikes out there that do not use proper voltage and are very dangerous. Best is to check on the electric bike paradise about the same. This will be discussed later on in greater detail. It’s best to stick with respected brands such as Blix or Xtracycle which will ensure your safety. With that being said though, you need to decide what you want most: speed or comfort?
While some companies offer both types of bikes, most offer one or the other (with some having both). Many ebike enthusiasts prefer powerful speed over anything else. With these bikes, you’ll be able to reach speeds of 30MPH+, which is perfect for commuting!
How long will it take to charge a fat bike battery?
When it comes to charging time, fat bike batteries and normal ebike batteries both take around four hours or so. However, some fat tire e-bikes have larger battery packs and charge more slowly because of that.
So if you want a rapid charge-and-go experience, choose a fat tire ebike with a smaller battery pack. For most people, though, charge time under six hours is perfect. And remember—if your fat bike is equipped with a quick charger (like many models from Currie), an additional hour or two isn’t going to make much difference in overall charging times!
A question we get all the time is how long will it take for a fat bike to fully charge? Although there are plenty of variables involved when answering questions like these, we wanted to create one simple infographic that encompasses all these factors at once.
From temperature to circuit type and capacity of batteries on a given model of ebike – these variables affect charge times tremendously – which means not all those lovely numbers listed on spec sheets are accurate at any given moment in time.
