ebike

eBike during sunset.
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How to make your eBike smarter (without buying a “Smart eBike”)

eBikes are no longer a rare sight—they’re part of daily life. You’ve probably seen them gliding through bike lanes, weaving past traffic, turning commutes and quick errands into a breeze. But their growing presence isn’t just anecdotal; the numbers tell the same story. The global eBike market is booming, currently valued at over $43 billion, with projections expected to exceed $148 billion by 2032. Not only that, but a recent study found that nearly 20% of bike users had ridden an eBike at least once, a sharp increase from 7% two years ago. This kind of growth signals a shift in how people get around. In fact, with 300 million riders worldwide, eBikes have safely moved beyond novelty status and into the mainstream. But while eBikes are growing in numbers, not all of them are keeping up with the times. Some eBikes come with smart features such as dynamic settings, connected data streams, and ride optimization features, but are much more expensive to buy than regular eBikes which are stuck in the past and do not come with any of these features. The good news? You don’t need a brand-new eBike to ride smarter. Innovative hardware and cloud-connected apps can improve eBike safety, security, and performance—all while keeping the eBike you already own. With that said, let’s explore how these innovations are reshaping the eBike experience: Smarter ways to protect eBikes from theft Nobody wants to walk away from their eBike to do something and come back to find it has vanished into thin air. Thankfully, you don’t need to splurge on expensive tech or a monthly subscription to keep your ride safe. Instead, you can improve your eBike security with the following anti-theft solutions: Security measure How it protects your ride Find your eBike, even without GPS If your eBike has been taken, then Bluetooth meshing and mapping technology can pinpoint its location without relying on GPS or pricey data plans with great coverage and good accuracy. Know the second your eBike moves Imagine grabbing lunch, and suddenly your phone buzzes—your eBike just moved, but you’re nowhere near it. Motion alerts let you know if someone’s trying to take off with your ride or if it just got knocked over. Hands-free locking Have you ever walked away from your eBike and had that “Did I lock it?” moment? Proximity locking takes care of that for you. As soon as you step away, it auto-locks, shutting down the motor and battery, effectively immobilizing it until you return. Tap to unlock your eBike NFC technology lets you unlock your eBike with a physical or virtual card. This can be useful if you wish to share an eBike with a family member or friend. Ride safe with smart tech Regrettably, with more eBike riders on the road, accidents are increasing too. The numbers are hard to ignore—eBike-related injuries have doubled every year between 2017 and 2022, jumping from 750 in 2017 to a staggering 23,500 in 2022. That’s a lot of scraped knees, dented pride, and, unfortunately, some serious collisions. But innovations within the industry are improving rider safety. Upgrading your eBike with better braking systems, sensors, and rider-assist features (to name but a few!) makes it much easier to stay safe on the road. Here’s how: Safety feature How it protects you on the road eBike health monitoring Think of this as your eBike’s built-in safety inspector. It tracks battery health, brake performance, tire pressure, etc., and sends alerts when something needs your attention. Spotting a potential failing brake system or reminding you to change out your tires before a ride can go a long way in preventing accidents. Crash detection If you take a hard fall and can’t respond, onboard sensors step in, automatically alerting your designated contact. Quick assistance can make all the difference, especially when riding in remote areas. Automatic lighting Low visibility is a major cause of accidents, especially in the early mornings or evenings. Smart eBike lights switch on automatically when natural light drops, so you’re always visible to traffic and pedestrians—without needing to fumble with your button pad. Dynamic speed limits It’s easy to underestimate your speed on an eBike, especially in high-traffic areas. Geofencing can set the eBike’s speed limit based on the rider’s location. This helps riders keep within the rules when visiting other regions with different speed limits. Rear-view cameras Rear-view cameras give you a clearer view of what’s behind you, helping you react faster and ride with confidence. They also capture footage of reckless drivers or tricky road conditions—handy if you ever need proof for an insurance claim. Take full control of your eBike with better customization An eBike should feel like an extension of you, fine-tuned to match your riding style. Connected apps and cloud-based software put that control at your fingertips, letting you adjust settings with ease. Want to stretch your battery life for a longer commute? Need an extra push for a steep incline? Prefer to cap your speed for a more relaxed ride? With the right software and connected hardware, that becomes possible. Here are some of the ways better customization can improve your ride: Motor response: Decide how much kick you want from your eBike. Some riders love that instant surge, while others prefer a gradual boost. Most eBikes allow you to change this, but the user interface is often complicated. Apps that connect directly into the eBikes controller can offer an easier way to change these settings. Riding modes: These apps can allow users to switch between ride modes, for a quick way to change saved performance settings. This comes in useful when riding on different terrains within in a single ride. Dynamic Pedal Assist: eBikes with onboard gyroscopes can dynamically adjust pedal assist levels automatically based on the angle of incline. Manage battery usage more efficiently: Get more mileage out of every charge by adjusting power levels before you ride. See real time data that can help keep you informed of your ride’s

eBike at sunset
Case Study

The State of eBikes: How they need to be improved in 2025 and beyond.

eBike at sunset. (Source: Adobe Stock) As the world shifts to more sustainable modes of transportation, one of the most intriguing products available for commuters is the electric bike (eBike). Alongside electric cars, the eBike represents one of the most viable solutions for the challenges of congestion and environmental damage in urban areas. Consumers agree, the North American eBike market was valued at $1.2bn in 2022 with over 900,000 eBikes sold, showing that the demand for this mode of transportation is rapidly increasing. It is worth noting that eBikes outsold any other type of electric vehicle by volume in 2021 and 2022. However, despite this early momentum, eBikes are in the beginning stages of their product development cycle, and there is room for improving the overall riding experience. In this article, we’re going to explore the current state of eBikes, what features are missing, and how we can move closer to a riding experience that can rival and improve on more traditional and entrenched means of transportation. The Current State of the eBike In recent years we’ve seen eBikes become much more prevalent in urban environments as the quality has improved. There has been a lot of time, effort, and resources spent in improving the underlying components, wheels, and motor performance. However, it is interesting to note that there has been limited innovation in terms of the actual riding experience itself. Despite the UX/UI revolution that we’ve seen play out for combustion and electric cars, we haven’t yet seen a viable solution for integrating advanced technology into an eBike to enhance the user experience. There are companies that have tried to do this with ‘smart eBikes’ that come with some modern features built in - but this model hasn’t really worked for a range of different reasons. To put it into perspective, the average eBike in North America costs $2,199 CAD, and their smart alternatives can range anywhere between $3,000 - $6,000 CAD. A better approach is to retrofit an existing eBike with additional technology so riders can buy an affordable eBike that fits their needs perfectly and add hardware that enhances the eBike’s functionality without breaking the bank. The issue for riders is that adding additional technology to your eBike is easy to do but doesn’t always communicate together and often creates a cluttered and distracting riding experience. (See the above photo for reference). We at CYKEL believe there is a better way, and that’s exactly what we’ve been developing. We believe our approach represents the best opportunity for the eBike industry to transform itself and embrace the wide range of additional features and possibilities. What Features Will We See on Future eBikes? We’ve spoken to hundreds of new and existing eBike riders about the features that they would want to see on their eBike, as you might expect, there is a long list. These features can be organized into the following categories: safety, security, and the user interface. Safety Additionally, riders seem to be frustrated with slow customer service from eBike retailers when it comes to troubleshooting, maintenance and warranty claims. Based on our research, riders want more reliable support when needed so that the riding experience is as safe and convenient as possible. The eBike of the future should be able to evaluate its performance in real-time in order to predict and prevent problems that could cause crashes. Ideally, ride data being collected in real-time could allow for anomalies and known concerns to be picked up early so that they can be reported back to the eBike retailers or local repair shops for a quicker turnaround time. This simple step could go a long way to vastly improving safety while also helping to improve customer satisfaction. In a more acute scenario, the eBike of the future should also make use of simple sensors that can detect a crash to immediately alert emergency personnel along with sending accurate location data at the time of an accident for a quicker response time. We believe this feature should be standard of every new eBike as every second matters in these scenarios. Security Another key advancement in the eBike of the future is advanced location tracking which can give a rider some recourse in the event their eBike is lost or stolen. Additionally, businesses can take advantage of this feature to track loaned out or test ridden eBikes. These security features not only provide peace of mind, but also disincentivize criminal activity within busy urban environments. This functionality could also act as the catalyst for additional services surrounding the eBike purchase including insurance, recovery and active security response. In the same way that we think about the car industry, eBikes would definitely benefit from a range of auxiliary services that enhance the experience and protect the investment being made by the person purchasing the vehicle. Usage The last, and potentially most important feature that should be a part of the eBike of the future, is a more intuitive user interface that combines a powerful software component with the eBike hardware itself. Typically, this has not been something that manufacturers have focused on, instead sticking with very simple and limited LCD screens that do not display much information at all and are often hard to read. Today’s technology allows us to go so much further, collating more types of data points together, allowing us to craft a better user display offering valuable insights, navigational information, and extend the bike’s utility beyond what is typically possible with a regular eBike. If we can pull these three components together then we can elevate the experience for existing eBike riders and build confidence for new riders. Additional features like the ones discussed in this article, transform the average eBike into a transportation giant that supports our city’s efforts in reducing both congestion and harmful emissions. How Do We Get There? We’ve spent a lot of time trying to figure out what we can do to drag eBikes closer toward the ideal product experience that we would want as riders. Through months

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