E bike enduro has many advantages over regular mountain bikes. For example, riding an electric mountain bike makes you go faster and uses less energy, but the same benefits. Thus, keep reading till the end to learn more about e bikes enduro before buying.
- Part 1: Why You Should Try E-bike Enduro
- Part 2: The Motor of E Mountain Bike Enduro
- Part 3: The Battery of Enduro Electric Bike
- Part 4: The Price
Part 1: Why You Should Try E-bike Enduro
Improve your fitness and stamina
Electric bikes are just as effective for your cardio fitness as regular bikes, according to scientific research. You’ll still have to work hard to keep moving, but not as hard as on a regular bike. E-bike riders’ heart rates are 90% the same as non-assisted riders, but they think they’re working less. Scientists at Brigham Young University watched the heart rates of experienced mountain bikers riding both e-MTBs and regular mountain bikes. In a 10-kilometer test, people riding e-MTB reached 94% of the average heart rate they reached when pedaling regular bikes.
Researchers say that the best way to get to and from work by bike is to ride an electric bike. When people ride regular bikes, their average heart rate is 89 percent, the same as when they ride an e-bike. Your muscles will get stronger, and your heart and lungs will work better. Thus, you’ll be healthier and fitter.
It’s possible to flatten even the steepest of hills
Hill climbs are the worst for bike riders. Even if you adore hill climbs, your pace will dip below 15mph. When you ride an eBike, depending on how much support you choose, the electric motor helps your tired legs. When you reach the top, you will not feel exhausted, and you will keep going.
Faster riding
Regardless of your fitness level, you can ride faster on an e-bike because eBikes accelerate and climb hills faster. In most nations, a bike’s motor will turn off at 25kph/15.5mph (the maximum in the United States is 20mph). Therefore, if you’re already fit and riding a performance bike, you may find yourself riding without assistance. However, your overall speed will likely be greater on an electric bike unless your route is flat. Also, with the extra power of e-motor, bikes can move faster and with less effort when starting from a standstill.
Part 2: The Motor of E Mountain Bike Enduro
The main difference between an electric MTB and a regular mountain MTB is the motor and battery that power it. The vast majority of e-mtb is “mid-engined”, which means the motor is near the bottom bracket. Therefore, it gives the bike the best handling and a smooth ride. There are many brands, but the biggest ones are Shimano, Bosch, Yamaha, and Specialized, making its motors for its bikes. All of them are different in terms of power output (measured in watts), torque (measured in Newton-meters), and weight. Unfortunately, there isn’t enough space here to detail these things, but it’s highly recommended to do some research before buying.
On the other hand, Wattage is a measure of how much boost the motor gives. Meanwhile, torque is a measure of how much extra speed/pulling power you’ll get when pedaling. You need a license to ride a bike with a 250W motor or a motor-assisted speed faster than 15 mph. Any e-bike you buy from a reputable bike shop will probably be limited to 15 mph. Fortunately, they can be re-tuned to go faster, which may void the motor’s warranty.
Regulated motors will stop working at 15 mph, so you’ll have to use your legs to go faster than that. There is usually some drag from the motor, but this varies from brand to brand. But, of course, the trade-off is that it’s much easier to ride an e-mtb uphill and over rough terrain. You’ll only feel the extra weight and drag on flat and rough terrain when the motor stops. Indeed, no one wants to ride that kind of stuff on an e-mtb.
Part 3: The Battery of Enduro Electric Bike
Most electric MTBs have batteries built into the frame; however, some utilize external batteries. These have the slight advantage of being easier to attach and remove from the bike to charge. However, both external and internal batteries have charging points on the bike so you can charge them, while attached batteries are usually 400 Wh (Watt-hours), 500 Wh, or 625Wh. A bike with a smaller motor and a bigger battery will give you more range. Also. no matter how big the motor is, the bigger the battery, the longer you can ride.
The terrain you ride on and the mode you ride in will affect the battery life. A display on the handlebar controls the mode. For example, Eco, Tour, E-MTB, and Turbo modes need less rider input but utilize more battery power. Moreover, steep hills in Turbo mode drain your battery faster than a flat ride in Eco mode. Also, the display shows speed, distance, battery range, and how much charge is available. Keep an eye on these to make sure you don’t run out of power before the end of your ride. You’ll learn to adapt your riding style to different modes and terrain to optimize your battery through trial and error.
Part 4: The Price
If you want to buy a brand new one, you’ll need to spend more than $4,000 to get a bike with quality parts. Also, a reliable and tough bike is enough for serious off-road riding. Furthermore, you can find deals on eBay and other sites. However, you can never be sure how hard its previous owner rode it with a used mountain bike. Before buying, you should have someone who knows their way around a bike. Such as checking out the frame, motor, battery, and other parts.
