Electric Mountain Bikes: Choosing Your Perfect Adventure Companion

Electric mountain bikes are becoming increasingly popular, with their handling now rivalling that of non-assisted mountain bikes. When buying an electric mountain bike, it's important to consider the suspension travel, the pedal-assist motor option, and the warranty coverage. In this article, we will explore the different factors to consider when choosing an electric mountain bike and recommend some of the best options currently on the market.

Warranty coverage

When buying an electric mountain bike, it is important to consider the warranty coverage. Modern electric mountain bikes, such as the Trek Rail 9.7, perform very well on descents, but it is always a good idea to research warranty coverage and buy from a knowledgeable local dealer to ensure you will be taken care of if problems arise.

Electric mountain bikes are heavier than non-motorized bikes, so you will want to consider a bike with more suspension travel. Most full-suspension e-MTBs fall in the 150- to 160mm range, which offers a nice balance of increased comfort and improved control for first-time buyers. In addition, you will need to decide which pedal-assist motor option is right for you. There are three electric-assist classes in the United States. Class 1 motors kick in only when you pedal and stop helping you at 20 mph.

It is also worth noting that e-bikes are more stable than their non-motorized counterparts due to their low-down weight, so it is less important to search for stability through frame length and slack geometry. However, this does not mean you should get the smallest bike available. If you are between sizes, consider the smaller option.

Finally, it is always a good idea to try before you buy, so find out about demo days and shop fleets before you commit.

Suspension travel

When buying an electric mountain bike, suspension travel is an important factor to consider. Electric mountain bikes are heavier than non-motorised bikes, so you'll want to look for a bike with more suspension travel than you would on a non-motorised bike. The longer the travel, the more cushion you'll get when you encounter obstacles. This will help to smooth out your ride and improve your control.

Most full suspension e-MTBs fall in the 150-160mm range, which offers a nice balance of increased comfort and improved control. This range is a good option for first-time buyers who are looking for a comfortable and stable ride. If you're an experienced rider, you may want to consider a bike with a longer suspension travel, which will provide even more cushion and absorption when riding over rough terrain.

The amount of suspension travel you need will also depend on the type of riding you plan to do. If you'll be riding mostly on smooth trails, a shorter suspension travel may be sufficient. However, if you plan to ride on rough, technical terrain, a longer suspension travel will provide a smoother and more comfortable ride.

It's also important to consider the type of suspension system the bike has. There are two main types of suspension systems used on electric mountain bikes: air suspension and coil suspension. Air suspension systems are typically lighter and more adjustable, while coil suspension systems are often more durable and provide a smoother ride.

When choosing an electric mountain bike, it's important to consider your own riding style and preferences, as well as the type of terrain you'll be riding on. By taking these factors into account, you can choose a bike with the right amount of suspension travel to provide a comfortable and controlled ride.

Pedal-assist motor options

When buying an electric mountain bike, there are a few things to consider when it comes to pedal-assist motor options. Firstly, you should be aware that there are three electric-assist classes in the United States. Class 1 motors kick in only when you pedal and stop assisting you at 20 mph. Most performance-oriented electric mountain bikes are Class 1, and these bikes resemble modern mountain bikes but have significant battery packs and small motor units integrated into the frame design.

Electric mountain bikes generally feature one of two types of motors: mid-drive motors, which are contained in the frame at the bottom of the bike between the pedals; and rear hub motors, which are built into the rear wheel. Bikes with rear hub motors are generally less expensive but are also less powerful. A mid-drive motor will almost always offer more power. Because the extra weight on a mid-mount bike is centred in the bike and lower to the ground, these bikes are generally easier to handle than bikes with hub motors.

Frame length and slack geometry

Electric mountain bikes are heavier than non-motorised bikes, so you'll want to consider a bike with more suspension travel. The longer your travel, the more cushion you'll get when you encounter obstacles. Most full-suspension e-MTBs fall in the 150- to 160mm range, which offers a nice balance of increased comfort and improved control for first-time buyers.

Because of the low-down weight of e-bikes, they are more stable than their non-motorised counterparts. This means it's less important to search for stability through frame length and slack geometry. However, this doesn't mean you should get the smallest bike possible. If you're between sizes, it's worth considering the smaller option.

The geometry of the Specialized Turbo e-bike is designed to make for a stable bike that can still be whipped through the technical sections.

If your riding will not be exclusively off-road, the best electric gravel bikes are worth considering instead.

Battery life

Electric mountain bikes are heavier than non-motorised bikes, so you'll want to consider a bike with more suspension travel. The longer your travel, the more cushion you'll get when you encounter obstacles. Most full-suspension e-MTBs fall in the 150- to 160mm range, which offers a nice balance of increased comfort and improved control for first-time buyers.

When it comes to battery life, you'll want to consider a bike with a long-lasting battery that can carry you through all-day rides. The Specialized Turbo e-bike, for example, features a Levo 500Wh battery that holds enough electrons to power most riders for a full day of riding. This bike also has a geometry designed for stability, allowing you to navigate technical sections with ease.

It's worth noting that the battery life of an electric mountain bike can vary depending on various factors, such as the power settings, rider weight, terrain, and weather conditions. To maximise battery life, it's recommended to use the lowest power setting that meets your needs and to avoid excessive braking or accelerating. Additionally, maintaining proper tyre pressure and regularly servicing your bike can also help extend battery life.

When considering which electric mountain bike to purchase, it's essential to think about your specific needs and riding style. If you plan to ride for extended periods or tackle challenging terrain, opting for a bike with a higher-capacity battery, such as the Specialized Turbo e-bike, can provide the range and performance you require.

Frequently asked questions