At Wired Ebikes, we engineer our bikes from the battery outward — not the other way around. That’s why every one of our 72-volt Power Performance Bikes (PPBs) is built using Samsung 50S high-discharge 21700 lithium-ion battery cells. These are not standard Samsung cells. They are premium, high-output cells specifically designed for extreme current demand.

Compared to a regular 10‑speed bike, an ebike lets you ride farther, faster, and more often because you are not limited by your fitness level, knee pain, or how tired you feel after work. With our Wired Power Performance Bikes (PPBs), you still pedal and get exercise, but the bike does the heavy lifting when you need it.

Whether you’re commuting, exploring trails on weekends, or planning multi-day rides, understanding ebike range will help you choose the right ride and avoid running out of power mid-trip.

Why we use rear hub motors instead of mid-drive motors is a fundamental question for anyone exploring electric bicycles. Understanding the distinct advantages of rear hub motors can help riders choose the right e-bike technology for their needs. Whether you’re intrigued by the simplicity of electric propulsion or want to know why some manufacturers favor rear hub motors, this article dives deep into the benefits of rear hub motors over mid-drive motors. We’ll highlight how this choice affects maintenance, riding comfort, and adaptability, especially for popular models like fat tire ebikes.

When it comes to conquering tough trail conditions and unpredictable off-road landscapes, the dual motor electric bike benefits become immediately clear. By harnessing the power of two motors working in conjunction, riders experience amplified torque, superior traction, and unmatched stability. These advantages translate into a riding experience that’s not only more powerful but also safer and more enjoyable in rugged terrains. In this article, we’ll dive deep into how dual motor electric bikes specifically boost off-road performance and why they are fast becoming the go-to choice for adventurous riders.

At Wired Ebikes, our mission is to build high-performance electric bicycles without compromising safety. We are proud to announce that multiple Wired Ebikes models have been independently certified to UL 2849 standards by SGS, marking a major milestone in our commitment to engineering excellence, regulatory compliance, and rider safety.

This achievement places Wired Ebikes among a very small group of manufacturers meeting the most rigorous electrical safety standards in the e-bike industry.

Electric bikes have become a mainstream mode of transportation thanks to their convenience, efficiency, and environmental benefits. At the heart of every e-bike is a lithium-ion battery system, which powers the motor and determines range, performance, and overall reliability.

While modern e-bike batteries are far more advanced than early designs, proper care still plays a major role in how long a battery lasts and how safely it operates. In this guide, we’ll break down current best practices for maintaining an e-bike battery—based on modern lithium-ion chemistry, real-world usage, and industry safety standards.

E-bikes, or electric bicycles, are becoming increasingly popular as a form of low-impact transportation. There are many reasons why people may choose to ride an e-bike, ranging from environmental benefits to cost advantages. In this post, we will explore the environmental and efficiency advantages of e-bikes, as well as some of the challenges facing their adoption.

E-bikes have become increasingly popular in recent years as an environmentally friendly form of transportation and recreation. With so many options available, it can be difficult to decide on the best option for your needs. One important decision points is the type of motor that powers your e-bike - there are two main types: hub motors and mid-drive motors. While both offer advantages, a hub motor offers many benefits over a mid-drive motor, making it a more favorable option.

There are many advantages to riding an e-bike at night. The most obvious one is that it keeps you cooler as temperatures tend to drop in the evening. Even though your motor is helping you pedal, it still gets mighty hot during the daytime sun! You’ll also get to enjoy beautiful views of the stars and moon while enjoying some peaceful alone time without competing with cars and other cyclists on the road. Additionally, you may find that it is easier to focus on different features of your e-bike since there are fewer distractions during night rides.

Fat tire e-bikes offer many benefits for different terrains. The ultra-wide fat tires give riders more control, balance, and traction than thinner tires. They are able to conquer challenging surfaces like mud, snow, sand and rocks easily because the fat tire’s inertial load is distributed over a larger area. Rider safety is also increased due to fat tire e-bike’s wide base that makes them nearly impossible to tip over when compared to regular electric bikes and cycles.