Mountain biking is a thrilling adventure that requires a lot of energy and effort. However, with the introduction of electric bikes, riding steep mountain trails has become easier and more enjoyable. Electric mountain bikes provide a valuable alternative to traditional mountain biking and can help reduce the barriers to entry into the sport.

Taking a break from the trails on an e-mtb

So, why should you consider getting an electric mountain bike?

  • You can easily climb steep hills and rough terrain that would normally require a lot of effort and skill.
  • You can go further and explore more trails than you would be able to on a traditional bike.
  • You can still get a fulfilling workout, but with less physical exertion, making it accessible to people of all fitness levels.

If you're considering purchasing an electric mountain bike it's important to do your research to find the best bike for you. In this article, we'll explore the best electric bikes for mountain biking and what you need to consider when making your purchase.

Understanding Why Electric Bikes Are Perfect for Mountain Biking

If you’re a mountain biker who wants to go further and faster, electric bikes for mountain biking are the perfect solution.

With electric-assisted pedaling, you’ll be able to take on tougher climbs, cover greater distances, and ride with less effort.

Electric bikes eliminate the exhaustion and difficulty that can come with mountain biking, allowing you to enjoy the scenery and focus on the thrills of the ride.

An electric mountain bike rider

The Importance of Electric Mountain Bikes

Electric mountain bikes offer several key range of benefits:

Health and Fitness

E-MTBs provide a great way to get a workout while enjoying the outdoors. The electric assistance can be adjusted depending on your fitness level and the intensity of the workout you want, making them a great option for everyone from beginners to seasoned cyclists.

They allow riders to cover longer distances and tackle more challenging terrains than they could on a regular bike, leading to better stamina, cardiovascular fitness, and muscle strength over time.

Riding an E-MTB outdoors can have significant mental health benefits. It provides a way to connect with nature, reduces stress levels, and can even boost your mood and mental well-being.

Convenience and Utility

The motorized assistance offered by E-MTBs makes cycling more accessible to people of all ages and abilities. Those with physical limitations that make traditional cycling challenging can enjoy a ride on an E-MTB. Also, the electric assist means you can travel longer distances without tiring, making E-MTBs a practical option for commuting or running errands.

Types of Electric Mountain Bikes

As the popularity of electric mountain bikes continues to rise, so does the diversity in the types of E-MTBs available on the market.

Each type is designed to cater to a different set of preferences and purposes, whether it's tackling rough terrains, cruising on flat trails, or embarking on an off-road adventure.

This section will introduce you to the three main types of E-MTBs: hardtail E-MTBs, full suspension E-MTBs, and fat tire E-MTBs.

Hardtail E-MTBs

Hardtail E-MTBs are a fantastic choice for those who prefer a lightweight bike and mostly stick to smoother trails. These bikes have suspension forks at the front but none at the rear, hence the name 'hardtail'.

Full suspension E-MTBs

Full-suspension E-MTBs, on the other hand, come equipped with both front and rear suspension. This makes them an excellent choice for more adventurous riders who enjoy off-road trails and need the additional comfort and control that full suspension provides.

Fat Tire E-MTBs

Fat tire E-MTBs are the third main type, known for their wide tires that provide excellent traction and stability, making them ideal for snowy, sandy, or slippery conditions.

A fat tire e-mtv parked on a winter day

The Leading Electric Mountain Bikes on the Market

Electric mountain bikes are a great option for those who want to explore trails and mountains faster and with more ease.

Specialized Turbo Levo Comp

The Specialized Turbo Levo electric bike
The Specialized Turbo Levo electric bike

Price: $7,500.00

Motor: Specialized 2.2, 90 Nm

Battery: 700 Wh

Suspension: Front and rear suspension, 150mm travel

The Specialized Turbo Levo Comp is another great option for electric mountain biking. Its powerful motor and long-lasting battery will allow you to go further and faster than ever before. It also features top-notch suspension, making it great for tackling even the toughest trails.

Aventon Aventure

The Aventon Aventure electric bike

Price: $1799

Motor: 750w, 48v Brushless Rear Hub Motor

Battery: Removeable Lithium-Ion 720Wh

Suspension: Suspension fork with 80mm travel and lockout feature

The Aventon Aventure is a versatile e-Mountain and Fat Bike available in a range of sizes including small, medium and large. It is one of the most versatile and budget friendly electric mountain bikes on the market. You can use it in almost any kind of off-road situation.

RadRover 6 Plus Electric Bike Fat Tire

The RadRover 6 Plus Electric Fat Tire Bike
The RadRover 6 Plus Electric Fat Tire Bike

Price: $1899

Motor: 750w hub motor

Battery: 670 Wh

Suspension: 60mm Front travel

One of leading electric bike brands has this fat tire option that is best in class. A comfortable and durable e-bike that is versatile

Understanding the Components of an Electric Mountain Bike

Getting familiar with the components of an electric mountain bike can greatly enhance your understanding of how these machines function and can help you make a more informed choice when purchasing your own. These components collectively contribute to the bike's performance, endurance, and overall riding experience.

In this section, we'll delve into the key parts of an E-MTB, which include the motor, battery, brakes, suspension, tires, and frame.


Motors set electric mountain bikes apart from traditional mountain bikes.

Types of Motor

There are primarily two types of motors used in E-MTBs: hub motors and mid-drive motors.

Hub Motors: Hub motors are installed on one of the bike's wheels. There are two kinds of hub motors: direct drive and geared. Direct drive hub motors have no moving parts and are quiet.  They are usually larger and heavier but are simpler and more durable.

Geared hub motors are smaller and lighter than DD hub motors but can wear out quicker due to their moving parts. Hub motors are generally less expensive than mid-drive motors. They are also easier to replace, should they fail.

Mid-Drive Motors: Mid-drive motors are located in the middle of the bike and drive the crankset, or pedals, directly. This position gives the bike better balance and weight distribution. It also provides improved efficiency because it takes advantage of the bike's gears in the same way a rider does when pedaling.

Mid-drive motors are known for their excellent hill-climbing capabilities and their overall performance, making them the preferred option for many E-MTB riders. However, they are usually more expensive and slightly more complex to service than hub motors.

Motor power

Motor power is another crucial factor in the performance of an E-MTB. Measured in watts (W), motor power typically ranges from 250W to 750W in most countries, depending on local laws and regulations. A higher wattage motor provides more power, which can be useful for climbing steep hills or carrying heavy loads. However, keep in mind that more power also drains the battery faster.

It's also important to understand the concept of torque, measured in Newton Meters (Nm), which is the force that helps you accelerate and climb. More torque equates to a stronger push when you pedal. Motors in E-MTBs typically range from 40Nm to 90Nm of torque.


The battery is a crucial component of an electric mountain bike as it powers the electric motor that gives the E-MTB an extra boost. Here's what you need to know about E-MTB batteries:

Battery life

The life of an E-MTB battery depends on many factors, including the battery's capacity (measured in watt-hours or Wh), the terrain, the rider's weight, the level of electric assist, the weather, and even how much the rider pedals.

Most E-MTB batteries should last between 20 and 60 miles per charge. Over the longer term, a battery should last several years, but the exact lifespan depends on how well it's maintained and how often it's used and recharged.

Charging times

Charging times for E-MTB batteries depends on the capacity of the battery and the power of the charger. Most batteries will fully charge in 3-6 hours. Some high-capacity batteries or slow chargers may take longer.

Battery replacement

All batteries degrade over time, which means their capacity to hold charge decreases. When your battery no longer provides a sufficient range, it's time to replace it. Always use a replacement battery that is recommended by the manufacturer of your E-MTB. Using an incompatible battery could damage the bike's electrical system.

Battery Safety

Lithium-ion batteries are generally safe, but they can pose a fire risk if they're damaged or defective. Don't use a battery that has been dropped, hit hard, or shows any signs of damage.

Brakes, Suspension, and Tires

Brakes, suspensions, and tires are essential components of an electric mountain bike that significantly influence its performance, control, and comfort. Here's an introduction to each:


E-MTBs generally use disc brakes, which offer better stopping power and performance in tougher conditions like mud or wet. There are two types of disc brakes:

  • Mechanical (Cable-Actuated) Disc Brakes: These are generally more affordable and easier to maintain, but they may require more frequent adjustment.
  • Hydraulic Disc Brakes: These are more expensive but offer stronger and smoother braking and don't require as much effort.


Suspension systems are designed to absorb shock and keep your tires in contact with the ground for better control and comfort. There are three main types of suspensions on E-MTBs:

  • Hardtail: These bikes have a suspension fork in the front to absorb impact on the front wheel, but the rear of the bike has no suspension. Hardtails are generally more affordable, easier to maintain, and good for less technical trails or cross-country riding.
  • Full Suspension: These bikes have both front and rear suspension, offering better control and comfort on rough and technical trails. They are typically more expensive.
  • Rigid: These bikes have no suspension and are less common among E-MTBs. They are generally cheaper and require less maintenance but offer a less comfortable ride on rough terrain.


E-MTB tires are typically wider than road bike tires, offering better traction and control on off-road terrain. Tire choice should reflect the type of riding you'll be doing:

  • Width: Wider tires (2.25" and above) offer better grip and absorption over rough terrain, while narrower tires are quicker and more efficient.
  • Tread Pattern: For muddy conditions, you'll want deep treads for better grip, while hardpack conditions may require less aggressive treads.
  • Tubeless Tires: Tubeless systems can resist flats better than traditional tubed setups, and they allow you to run lower tire pressure, improving traction and ride comfort.

All these components should be considered in conjunction with each other and based on your specific riding style, terrain, and comfort preferences. Remember, what works best will depend on your individual needs and circumstances. Regular maintenance of these components is also vital for optimal performance and safety.

Frame materials

The frame is a core component of an electric mountain bike, contributing to its weight, strength, ride quality, and overall aesthetic. There are primarily three materials used in E-MTB frame construction: aluminum, carbon fiber, and steel. Each comes with its own set of advantages and trade-offs:

  • Aluminum: Aluminum is the most common material used in E-MTB frames due to its excellent balance between weight, strength, and cost. Aluminum frames are lightweight and provide good stiffness, which means efficient power transfer when pedaling. However, they are generally less comfortable to ride over rough terrains compared to carbon fiber or steel frames because aluminum tends to transmit vibrations from the trail to the rider.
  • Carbon Fiber: Carbon fiber frames are prized for their superior strength-to-weight ratio and their ability to absorb trail vibrations, resulting in a smoother and more comfortable ride compared to aluminum. Carbon fiber can also be molded into various shapes, allowing manufacturers to optimize the frame design for strength, lightness, and aerodynamics. The main downside of carbon fiber is its cost – E-MTBs with carbon fiber frames tend to be significantly more expensive.
  • Steel: Steel frames are renowned for their comfort and durability. They offer the smoothest ride because steel has natural shock-absorbing properties. However, steel frames are heavier than aluminum or carbon fiber, which can be a downside for an E-MTB where overall weight can affect battery range. They can also be prone to rust if not properly cared for. Steel frames are less common in modern E-MTBs but are still loved by some riders for their comfortable ride and classic look.

When choosing an E-MTB, it's important to consider where and how you plan to ride, as well as your budget.

For casual riders or those on a budget, an aluminum frame can be a great choice.

For those who prioritize comfort and performance and are willing to invest more, a carbon fiber frame may be worth considering.

If you value comfort and durability above all, and don't mind a bit of extra weight, a steel frame could be a good fit.

Essential Accessories for Your Electric Mountain Bike

Riding an electric mountain bike can be extra fun and challenging, but it’s important to have the right accessories to make your ride safe and comfortable.

  • A helmet is an essential accessory for any mountain biker, including those who ride electric bikes. Ensure that the helmet you choose is specifically designed for mountain biking and features a secure fitting system that keeps it in place on rough terrain.
  • A pair of comfortable and durable mountain biking gloves will provide better grip and control on the handlebars. Choose a style with padding to help absorb shock and reduce hand fatigue.
  • Mountain biking shoes offer better pedal grip and support than standard athletic shoes. Opt for a pair with a stiff sole for improved power transfer and protection against rocks and debris.
  • A hydration system, such as a backpack or water bottle holder, is a must-have for long rides. Staying hydrated is crucial for endurance and performance, particularly when tackling challenging terrain.

With these essential accessories, you’re ready to hit the trails on your electric mountain bike with confidence and comfort!

How to Choose an Electric Mountain Bike

Choosing the right electric mountain bike involves considering several factors to ensure that the bike you choose aligns with your needs, preferences, and budget. Here are some steps to guide you through the process:

Determining Your Needs and Usage

This is about understanding where, how often, and for what purpose you'll be using your E-MTB. Are you planning to use it for daily commuting, weekend adventures, or long-distance off-road trips? The kind of terrains you'll be riding on (steep hills, flat roads, rocky trails, etc.) will also determine the type of bike you need.

Considering Your Budget

E-MTBs range in price significantly based on the bike's specifications, quality, and brand. Determine how much you're willing to spend. Keep in mind that while high-end bikes might have more advanced features, there are also many affordable options that offer great value and performance.

Deciding on Bike Specifications

Once you've determined your usage and budget, you can decide on the bike's specifications, such as:

  • Motor Type: As discussed earlier, hub motors are usually more affordable and easy to maintain, while mid-drive motors offer better balance and hill-climbing capabilities.
  • Battery Capacity: If you plan on long rides or don't want to charge frequently, consider a bike with a larger battery capacity.
  • Frame Material: Depending on your preference for weight, durability, and ride feel, you may prefer an aluminum, carbon fiber, or steel frame.
  • Suspension: If you'll be riding on rough terrains, a full suspension E-MTB might be worth considering.

Brand Considerations

Research various E-MTB brands to understand their reputation, quality of products, after-sales service, and warranty terms. Reading reviews and user experiences can be helpful.

Where to Buy: Online vs. Local Stores

You can buy an E-MTB from a local bike shop or an online store. Each has its pros and cons.

 - Local Bike Shops: They offer personalized service, and you can test ride different bikes before making a decision. They will also provide after-sales service and support.

 - Online Stores: Buying online may offer more choices and possibly better prices. Some online retailers offer home trials and easy return policies. But make sure to check the reputation and customer reviews of the online store before making a purchase.

Maintenance and Care for Electric Mountain Bikes

Maintaining your electric mountain bike is crucial to prolong its lifespan, ensure its safety and functionality, and enhance your overall riding experience. Here's a guide to the essential maintenance and care procedures for your E-MTB:

Regular inspections and servicing

Before each ride, perform a quick inspection of your E-MTB to ensure everything is working properly. Check the tire pressure, brake function, and make sure all nuts and bolts are tight. Also, listen for unusual noises when riding, which could indicate a problem.

Depending on how frequently you use your E-MTB, it should ideally be serviced at least once or twice a year by a professional. This service should include an in-depth inspection, cleaning, and possible replacement of parts such as brake pads, chains, and tires.

Battery Care and Management

The battery is one of the most critical components of your E-MTB. Here are some tips for battery care:

  • Avoid completely draining the battery. It's best to recharge it when it gets to about 20%.
  • Store and charge the battery in a cool and dry place. Extreme temperatures can harm the battery.

Safe Storage and Cleaning

After riding, especially off-road, clean your E-MTB to remove dirt. Be careful when cleaning around the motor and battery areas. Use a damp cloth or a soft brush, and avoid high-pressure water jets.

When not in use, store your E-MTB in a dry and secure place, away from extreme temperatures. If you're storing it for an extended period, remove the battery and follow the storage tips outlined above.

Tire Maintenance

Keep your tires properly inflated according to the manufacturer's recommendations. Check for any signs of wear or damage regularly.

Safety Considerations

Mountain biking with an electric bike can be exhilarating, but it's important to keep safety in mind, especially when taking on challenging trails.

  • Always wear appropriate safety gear, including a helmet, gloves, and knee and elbow pads, to protect yourself in case of a fall or collision.
  • Use caution and plan your route ahead of time, carefully assessing the terrain and potential obstacles so you can ride confidently and safely.
  • Make sure your bike is well-maintained and in good operating condition before hitting the trails; check the brakes, tires, and electronics regularly to avoid any malfunctions or mishaps.

Laws and Regulations for Electric Mountain Bikes

Electric mountain bikes fall into a relatively new category of transportation, and laws and regulations can vary widely depending on the country, state, or even city.

Classification of E-Bikes

In many regions, E-MTBs are classified based on their maximum assisted speed and motor power. For example, in the United States and European Union, e-bikes are generally categorized into classes, with Class 1 e-bikes being pedal assist with no throttle and max assisted speed of 20 mph (US) or 25 km/h (EU). Class 2 e-bikes have a throttle that can be used to propel the bike without pedaling, while Class 3 e-bikes are pedal-assist only but can assist up to 28 mph (US only).

Where You Can Ride

Regulations can also dictate where different classes of E-MTBs can be ridden. For example, in some places, Class 1 e-bikes may be allowed on any trails where regular bikes can go, while Class 2 or 3 e-bikes may be restricted to certain paths or not allowed on trails at all.

Helmet Laws

Many places require riders to wear helmets, especially for higher classes of e-bikes.

Age Restrictions

There are often age restrictions on who can ride an e-bike, especially for the higher-speed classes. For instance, in some areas, you may need to be at least 16 years old to ride a Class 3 e-bike.

Equipment Requirements

Some jurisdictions have specific equipment requirements for e-bikes, such as lighting and reflectors for riding after dark.

Licensing, Insurance, and Registration

Some regions require e-bikes to be registered, insured, and treated more like motor vehicles, especially if they exceed certain speed or power thresholds.

Given the variance in regulations, it's crucial to check local and state/provincial laws to ensure you're riding legally and safely in your specific location.

The Future of Electric Mountain Bikes

Looking into the future, several trends and emerging technologies can be expected in the field of eMTBs:

Improved Battery Technology: One of the key areas of development for eMTBs is battery technology. Future eMTBs may feature more advanced and efficient batteries, providing increased range and power. This could result in longer ride times and enhanced performance on rugged terrains.

Integration of Artificial Intelligence: AI can be utilized in eMTBs to optimize power delivery and improve rider experience. By analyzing various factors such as rider input, trail conditions, and terrain, AI algorithms can automatically adjust assistance levels to match the rider's needs, enhancing efficiency and control.

Lightweight Design: As technology advances, manufacturers will continue to focus on reducing the weight of eMTBs. Lighter frames, components, and materials will improve handling, agility, and overall riding experience, making eMTBs feel more like traditional mountain bikes.

Advanced Motor Systems: Electric motors in eMTBs are likely to become more compact, lighter, and powerful. This will allow for better integration with the frame, improved weight distribution, and increased torque for climbing steep inclines or navigating challenging trails.

Enhanced Suspension Systems: Suspension technology plays a crucial role in off-road biking, and future eMTBs are expected to have advanced suspension systems. These may include adaptive or semi-active suspension that adjusts to changing trail conditions and rider input, providing better traction, comfort, and control.

Connectivity and Smart Features: With the rise of smart devices, eMTBs may incorporate connectivity features to enhance the riding experience. This could include integration with smartphone apps for navigation, performance tracking, and customized assistance settings. Additionally, features like wireless firmware updates and diagnostics can further improve the user experience.

Regenerative Braking and Energy Recovery: Future eMTBs may incorporate regenerative braking systems that convert braking energy into electrical energy, which can be stored in the battery for later use. This technology could potentially increase the range of eMTBs and enhance overall efficiency.

Sustainable Materials and Manufacturing: As environmental awareness grows, the use of sustainable materials in eMTB manufacturing is expected to increase. This may involve the use of recycled or eco-friendly materials for frames, components, and packaging, reducing the environmental impact of production and promoting sustainability.

How to stay updated

To stay updated on all the news and trends with electric mountain bikes, you can follow these steps:

  • E-Bike Facts: Follow our blogs, new product reviews, city and buyer guides.
  • Online Forums and Communities: Join eMTB-focused online forums and communities where enthusiasts and industry professionals gather to discuss the latest developments, share experiences, and exchange information. Websites such as, and EMTB Forums have dedicated sections for eMTBs where you can interact with like-minded individuals and stay informed.
  • Manufacturer and Retailer Websites: Visit the websites of prominent eMTB manufacturers and retailers. These websites often feature news sections or blogs where they share updates on new models, technologies, and trends.
  • Industry Publications and Magazines: Stay connected with eMTB-related industry publications and magazines. These publications often cover news, product reviews, and interviews with industry experts. Examples of popular magazines in the electric biking world include Electric Bike Action, E-MOUNTAINBIKE Magazine, and Electric Bike Report.
  • Social Media: Follow eMTB manufacturers, industry influencers, and cycling media outlets on social media platforms like Instagram, Facebook, and Twitter. These platforms are frequently used to share news, updates, and insights related to eMTBs. Engaging with their content and participating in discussions can provide you with valuable information.
  • YouTube Channels and Videos: Subscribe to eMTB focused YouTube channels that regularly produce content related to electric mountain biking. You can find channels featuring product reviews, trail guides, riding tips, and interviews with industry experts. Some popular channels include Electric Mountain Bike Network, The Loam Ranger, and BKXC.

Start Your eMTB Journey Today!

Ultimately, with the right eMTB, you'll be equipped to conquer challenging trails, explore new adventures, and experience the thrill of electric-powered mountain biking. Happy riding!