What Is the Fastest Electric Bike and Moped in 2025? Full Speed Rankings

E-Bike vs. Moped Defined

For 2025, the fastest production electric bikes are pushing past 70 mph. Top-tier electric mopeds offer similar exciting speeds, changing urban and recreational travel completely. This isn't just about small improvements; it's a huge leap in personal electric mobility. Contenders like the HPC Revolution W are hitting speeds that rival motorcycles. Performance mopeds deliver silent, instant acceleration for the city. But raw speed is only part of the story.

In this guide, we will not only rank the speed champions in both the electric bike and moped categories. We will also clarify the crucial differences between these vehicle types, explore the technology that makes them fast, and discuss the real-world implications of owning such a powerful machine. This is your definitive guide to the pinnacle of electric two-wheeled speed.

As speeds climb, the lines between an "e-bike" and an "electric moped" become critically blurry. Understanding these classifications is the first step for any prospective buyer, as it dictates where you can ride, what license you need, and what rules you must follow. The term "fastest electric moped" is often used to describe a range of vehicles, from high-performance e-bikes with pedals to pedal-less electric scooters that are legally mopeds or motorcycles.

To provide clarity, we've broken down the key differences. The most important distinction for e-bikes is the three-class system, which governs their legal use on public roads and paths.

This table highlights the core trade-offs. Legally defined e-bikes, governed by the three-class system for electric bikes, offer incredible freedom with no need for a license. However, they are speed-limited. Once a vehicle, with or without pedals, exceeds the 28 mph Class 3 threshold, it enters the legal territory of a moped or motorcycle, bringing with it registration, insurance, and licensing requirements.

2025's Fastest E-Bikes

The contenders in this category are often called "hyper-bikes." They possess the architecture of a bicycle—including pedals—but pack the power and performance of a lightweight dirt bike. These are not your average commuter e-bikes; they are purpose-built for extreme off-road performance and, in most areas, are not legal for use on public roads or bike paths in their unrestricted modes.

Our analysis is based on manufacturer claims and data from specialist publications that conduct in-depth reviews and performance tests. Here are the models setting the benchmarks for 2025.

HPC Revolution W

• Claimed Top Speed: 80 mph
  
• Motor Power: 10,500W Peak
• Key Feature: Motorcycle-grade chassis and a powerful 96V battery system. This bike is engineered from the ground up for stability at extreme speeds.
• Best For: Track day enthusiasts and riders seeking the absolute pinnacle of e-bike speed.

E-Ride Pro SR

• Claimed Top Speed: 70 mph
• Motor Power: 12,000W Peak
• Key Feature: A lightweight, dirt bike-inspired frame combined with a high-torque motor, offering explosive acceleration and off-road agility.
• Best For: Off-road adrenaline junkies who want a bike that can handle aggressive trail riding and jumps.

Delfast TOP 3.0i

• Claimed Top Speed: 50 mph
• Motor Power: 5000W Peak
• Key Feature: An enormous battery capacity delivering an industry-leading range of up to 200 miles on a single charge, combined with a robust, motorcycle-like frame.
• Best For: Long-range explorers and riders who prioritize endurance as much as speed.

For perspective, these unlocked machines are in a different universe from their street-legal counterparts. A top-tier Class 3 e-bike, such as a Juiced HyperScrambler 2, is electronically limited to 28 mph on pedal assist. While incredibly quick for city use, it highlights the massive performance gap to the off-road speed champions.

2025's Fastest Mopeds

Electric mopeds do away with pedals entirely, focusing on a pure twist-and-go throttle experience. They are designed for city streets and require a license and registration in most areas. This category blends iconic moped styling with modern electric powertrain technology, offering a silent, stylish, and swift alternative to gas scooters. The market has clear distinctions between commuter and performance models, with the following vehicles leading the high-speed charge for 2025.

ONYX RCR

• Claimed Top Speed: 60 mph
• Motor Power: 5400W Peak
• Range: Up to 75 miles
• Key Feature: A retro, café-racer aesthetic combined with a powerful hub motor and a rugged steel frame. It offers multiple ride modes, including an off-road setting to unlock its full potential.
• Best For: Riders wanting a stylish, high-speed urban commuter with a strong community and customization options.

NIU NQi GT/S

• Claimed Top Speed: 45-50 mph
• Motor Power: 3500W
• Range: 50-60 miles
• Key Feature: Smart technology integration, including a dedicated app for vehicle diagnostics, GPS tracking, and ride history. It features dual removable batteries for convenient charging.
• Best For: The tech-savvy commuter looking for a polished, reliable, and connected high-speed moped.

CSC Monterey

• Claimed Top Speed: 40 mph
• Motor Power: 2400W
• Range: Up to 60 miles
• Key Feature: Classic Vespa-like styling that evokes a timeless European scooter feel. It's built for comfortable, two-up riding and practical urban transport.
• Best For: Those who prioritize classic scooter aesthetics and comfort for city cruising over raw, top-end speed.

Leoguar Trailblazer Mid-drive EMTB

• Claimed Top Speed: 28-30 mph
• Motor Power: 750W Peak (500W Nominal)
• Key Feature: Premium mid-drive motor paired with full suspension and 100Nm of torque, built to conquer rough trails with precise control, off-road responsiveness, and comfortable power delivery.
• Best For: Trail enthusiasts and adventure riders seeking a balanced blend of torque, stability, and all-terrain confidence — without compromising speed on demanding climbs or descents.

These vehicles represent the best of the fastest electric moped category, delivering the speed needed to confidently merge with urban traffic. They retain the efficiency and low maintenance of an electric powertrain.

Owning a High-Speed Ride

A spec sheet showing a 60+ mph top speed is exciting, but it doesn't tell the whole story. The reality of owning a high-performance personal electric vehicle involves crucial considerations that go far beyond raw numbers.

First, legality is local and absolute. Always check your local state and city laws for moped and motorcycle registration requirements. A vehicle's capability is irrelevant to law enforcement; its classification is what matters. An 80-mph "e-bike" is an unregistered electric motorcycle in the eyes of the law if ridden on a public road. These legal and safety concerns are constant topics in discussions among enthusiast communities. Second are the safety gear non-negotiables. From our experience, this is the most critical and often overlooked aspect.

Riding at 20 mph might call for a standard bicycle helmet. Riding at 60 mph demands full-face, motorcycle-grade protection (DOT/ECE certified), an armored jacket, riding pants, and proper gloves. We cannot stress this enough: at these speeds, you are a motorcyclist, and you must protect yourself accordingly.

The pavement does not care what you call your vehicle. Finally, evaluate ride quality and handling. Raw power is useless, and frankly terrifying, without a chassis to control it. High speeds demand robust suspension to absorb imperfections, powerful hydraulic brakes to shed speed safely, and a rigid frame that doesn't flex under load. A poorly built fast bike is a liability, not an exhilarating ride.

The Anatomy of Speed

What separates a 20-mph commuter from a 70-mph speed machine? The performance of the fastest electric moped or e-bike is not the result of a single component, but a balanced system of high-performance parts. Understanding these core components helps you evaluate what you're paying for. These are the primary factors that affect an e-bike's real-world speed.

The Motor is the Heart: High-speed vehicles rely on powerful motors, typically rated at 3000W or higher. While both hub motors (in the wheel) and mid-drive motors (at the crank) can be fast, the most extreme hyper-bikes often use high-wattage hub motors for their direct power delivery and simplicity.

The Battery is the Fuel Tank: A battery's power output is a function of its voltage (V) and its controller's amp (A) limit. Think of voltage as the pressure pushing the power out. While standard e-bikes use 36V or 48V systems, high-performance models use 72V, 96V, or even higher voltage systems. This is a key ingredient for unlocking higher speeds.

The Controller is the Brain: The controller is the crucial intermediary, managing the flow of electricity from the battery to the motor. A basic controller is designed for efficiency and legal compliance. A performance controller, often programmable, is designed to handle immense electrical loads and deliver maximum power to the motor, enabling the vehicle to reach its true top speed.

Aerodynamics and Weight: While less critical than the electronic components, a rider's ability to get into an aerodynamic tuck can add several mph to their top speed. Lighter vehicle weight improves acceleration, though at very high speeds, a heavier, more planted vehicle can feel more stable.

The Right Choice For You

The quest for the fastest electric moped or e-bike reveals a world of incredible engineering and thrilling performance. Vehicles like the HPC Revolution W and the ONYX RCR prove that electric power can deliver heart-pounding speed. However, the "best" choice is rarely the absolute fastest.

The right vehicle for you depends on a careful balance of your needs, your environment, and your commitment to safety. If your goal is adrenaline-fueled off-road adventure on private land, a hyper-bike like the E-Ride Pro SR is an unparalleled choice. If you need to navigate a bustling city with speed and style, a high-performance moped like the ONYX RCR offers a perfect blend of performance and road legality.

For most, a Class 3 e-bike, with its 28-mph limit and broad legal access, provides more than enough speed for exhilarating commutes without the complexities of registration. Ultimately, speed is a tool. Choose the vehicle that fits your world, respect its power, invest in proper safety gear, and enjoy the ride.

Frequently Asked Questions

1. What is the fastest electric bike available in 2025?
The HPC Revolution W claims the top spot with an 80 mph top speed and 10,500W peak motor power. This hyper-bike features a motorcycle-grade chassis and 96V battery system designed for extreme off-road performance on private property.

2. Do I need a license to ride a fast electric bike or moped?
It depends on the vehicle classification and your local laws. Class 1-3 e-bikes (up to 28 mph) generally don't require a license, but anything faster typically needs registration, insurance, and a motorcycle license when used on public roads.

3. What's the difference between the fastest electric moped and a high-speed e-bike?
The main difference is pedals - e-bikes have them while mopeds don't. Electric mopeds are designed for twist-and-go operation and are legally classified as motor vehicles, while e-bikes retain bicycle architecture but may exceed legal speed limits for bike use.

4. How much should I expect to pay for a 60+ mph electric vehicle?
High-performance electric bikes and mopeds typically range from $8,000 to $15,000 or more. The price reflects the powerful motors, high-voltage battery systems, and robust chassis needed to safely handle extreme speeds.

5. What safety gear do I need for riding at high speeds?
At 60+ mph, you need motorcycle-grade protection including a DOT/ECE certified full-face helmet, armored jacket, riding pants, and proper gloves. The pavement doesn't distinguish between motorcycles and fast e-bikes, so protection requirements are the same.