Electric scooters have become a genuinely useful part of getting around European cities, but it’s worth being honest about the risks too, since understanding them is most of what keeps you safe. The good news is that the research on this is fairly consistent across countries, and most accidents follow a handful of predictable patterns. Once you know what those patterns are, a lot of the risk becomes things you can actually do something about.
In this guide we’ll walk through what the data actually says about how and why electric scooter accidents happen in European cities, and what you can do, practically, to stay on the right side of those statistics.
The bigger picture, are electric scooters actually dangerous
It’s worth starting with some context, since headlines about electric scooter accidents can make the picture seem worse than it is in relative terms. According to a European Road Safety Observatory thematic report, casualties involving electric scooters are nowhere near the major category of road casualties in European countries, with cars, motorcycles, and pedestrian incidents accounting for far greater numbers overall.
That said, the trend is moving in the wrong direction, and the injuries that do happen tend to be serious. A report from WifiTalents notes that electric scooter injuries rose 36 percent in a single year, mainly from falls and head injuries, and that nearly 20 percent of injuries involve traumatic brain injury requiring immediate medical intervention. A separate analysis from eRideHero adds that electric scooter injuries are more likely to involve bone fractures, paralysis, or major surgery than bicycle injuries, and are more likely to happen to younger riders.
The honest takeaway is that electric scooters aren’t uniquely dangerous compared to other ways of getting around a city, but when something does go wrong, it tends to go wrong more seriously than people expect, which is exactly why the rest of this guide matters.
Most accidents don’t involve another vehicle
Here’s something that surprises a lot of people. The single biggest category of electric scooter accidents doesn’t involve a car, a bike, or a pedestrian at all. According to a European Transport Safety Council report, studies have found that in most electric scooter collisions, no other road user is involved, with poor road surface conditions, speed, intoxication, inexperience, and lack of helmet use combined with the inherent instability of the scooter being the main contributing factors.
This is backed up by figures from WifiTalents, which found that e-scooter related injuries more often involve rider error than mechanical failure, accounting for around 75 percent of crashes. A European Road Safety Observatory report similarly notes that based on OECD analysis, electric scooter crashes are often unilateral, where only one road user is involved, and rarely involve a collision with another road user.
What this means practically is that the biggest risk to most riders is, in a sense, themselves and the surface beneath them, not the traffic around them. That’s actually useful information, because it means a lot of risk reduction comes down to things entirely within your control.
The biggest hazard isn’t traffic, it’s the road surface
If single rider falls are the biggest category of accident, the next logical question is what’s causing them. The answer, consistently across multiple studies, is the road surface itself.
A ScienceDirect study on how electric scooter riders perceive road hazards found that for near single vehicle crashes, environment related factors like slippery metal grids, icy surfaces, potholes, tram tracks, and cobblestone paving were described as the primary cause. Over a third of riders surveyed, 36 percent, named uneven road surfaces as the factor with the most significant impact on their perceived safety, more than any other single factor.
The same study quotes riders directly on this point, with one describing uneven ground, cobblestones, and tram tracks as a tiresome and recurring topic. A separate piece from IEC e-tech puts it simply, noting that anything which causes the front wheel to stop suddenly, whether that’s a pothole, a crack, or a speed bump, is a genuine safety threat on a vehicle with small wheels and no suspension to speak of on most models.
Practically, this means slowing down on anything other than smooth, dry tarmac isn’t being overly cautious, it’s responding to the single most consistently cited cause of falls across the research.
Tram tracks and metal surfaces deserve special caution
This deserves its own section because it comes up so consistently and because the failure mode is so specific. Metal surfaces, particularly tram tracks, drain covers, and metal grates, become extremely slippery when wet, and the geometry of crossing them at an angle is genuinely dangerous on two narrow wheels.
A first time rider safety guide from KuKirin is direct about this, recommending that riders actively scan ahead for tram and railway tracks, potholes, and drainage grates, and always cross tracks at as close to a 90 degree angle as possible. The reasoning is straightforward. If your front wheel hits a tram track at a shallow angle, especially if the track is wet, the wheel can follow the groove of the track rather than continuing in your intended direction, which can throw the scooter out from under you with very little warning.
If you’re riding in a city with tram networks, which covers a large number of European cities, building the habit of squaring up to tracks before crossing them, even if it means a slightly less direct line, is one of the simplest changes that addresses a genuinely well documented hazard.
Rain genuinely changes everything
It’s tempting to think of rain as just an inconvenience, something that makes a ride less pleasant but not fundamentally more dangerous. The data says otherwise. WifiTalents found that 60 percent of riders in surveyed incidents reported that riding under adverse weather conditions contributed to their accident.
The KuKirin guide breaks down exactly why. Wet pavements, road markings, and metal surfaces become extremely slippery, significantly increasing the risk of skidding and falls, while rain simultaneously reduces your visibility to cars and pedestrians, and makes it harder for you to spot hazards in the road ahead. It’s a situation where the risk increases from multiple directions at once, not just one.
The same guide’s advice is worth repeating here. In wet conditions, ride with extreme caution, reduce your speed significantly, avoid sharp turns or sudden braking, and don’t ride through puddles or flowing water at all, since you genuinely can’t see what’s underneath. If you’re someone who commutes regardless of weather, it’s also worth thinking about how rain affects your scooter itself, not just your riding, and our guide on cleaning an electric scooter without damaging it covers some of the longer term effects moisture can have on the electronics.
New riders are at far higher risk
If you’ve only recently started riding, this section matters more than any other. WifiTalents found that about 60 percent of e-scooter accidents occur during the first three months of a rider’s activity, and that injuries are more prevalent among riders with less than a year of experience overall, describing it plainly as a steep learning curve.
This isn’t really surprising when you think about it. Balance, braking feel, and judging how a scooter responds to bumps or turns are all things that genuinely take time to develop, and they’re not things you can shortcut by reading about them, only by riding carefully while you build that experience.
If you’re new, the practical implication is to deliberately slow down your own learning curve in a good way. The KuKirin guide suggests starting in a low speed or eco mode if your scooter has one, practising braking in a safe, empty area before you need to rely on it in traffic, and being gentle with the throttle, since a sudden burst of power can destabilise new riders before they’ve built up the feel for it.
Speed, and why 20 to 25 km/h matters
Speed comes up constantly in this research, and for good reason. The European Transport Safety Council has specifically recommended a mandatory top speed limit of 20 km/h for electric scooters, set at the factory, and notes that 11 European countries already require this at a national level.
The reasoning ties back to a wider point about urban speed limits generally. The same European transport safety councils report notes that drivers of cars, vans, and lorries travelling at 30 km/h or less are significantly less likely to kill vulnerable road users, including electric scooter riders and pedestrians, than those travelling faster. The same logic that makes 30 km/h zones safer for everyone applies to scooters themselves, since the severity of a fall or collision scales sharply with speed.
The European transport safety councils earlier recommendations report also references crash test data using dummies, looking at collisions between pedestrians and electric scooters travelling at 15 km/h versus 25 km/h, with outcomes differing substantially between the two speeds. The takeaway here isn’t that you need to crawl everywhere, but that the difference between, say, 20 and 25 km/h is more meaningful for both your safety and everyone else’s than it might intuitively feel.
Pedestrians, and the conflict nobody asked for
This is an uncomfortable topic, but it’s a real one. A lot of European cities have ended up with electric scooters sharing space with pedestrians, often on pavements, and the research is fairly blunt about how this plays out. IEC e-tech describes the situation honestly, noting that on pavements scooters must zigzag to avoid pedestrians, and more often than not, the task of detecting, avoiding, and navigating around the scooter is left to pedestrians, leaving both parties unhappy.
The European Road Safety Observatory notes that several operators, including Lime, Jump, and Bird, have worked on systems to detect pavement riding and send real time warnings to riders, though it also notes that GPS positioning isn’t always accurate enough for this to work reliably yet.
From a practical standpoint, if your local rules allow pavement riding at all, treating pedestrians as having absolute priority, slowing to walking pace around them, and never assuming someone has seen or heard you coming, since scooters are notably quiet, goes a long way. The same Observatory report also flags something easy to overlook, which is parking. An observational study of over 600 parked scooters found that 16 percent were parked incorrectly and 6 percent blocked the footpath entirely, which is its own small but real contribution to pedestrian conflict.
The weekend effect
Here’s a pattern that shows up across multiple studies and is worth being aware of if you’re someone who rides more for leisure than commuting. eRideHero’s accident report found that weekends are consistently the worst time for e-scooter injuries, with Saturday alone accounting for over 16 percent of all injuries in a year, and Sunday close behind. The same report notes that at least two studies in separate German cities found that more than half of local e-scooter injuries occurred on weekends, with researchers concluding this pattern indicates the particular dangers of leisure oriented use.
It’s worth sitting with why this might be. Weekend riding is more likely to involve unfamiliar routes, riding at night, alcohol, groups of riders, and generally less of the focused, routine attention that a daily commute tends to involve. None of this means weekend riding is off limits, but if you know you’re more likely to be riding in exactly these conditions, it’s worth being more deliberate about speed and caution than you might be on a familiar Tuesday morning commute.
Helmets and protective gear, the data again
We’ve covered this in detail in our dedicated guide on whether you need a helmet for an electric scooter in Europe, but it’s worth a brief mention here too, since it’s directly relevant to accident severity specifically.
WifiTalents found that helmet use among electric scooter riders is estimated at only 15 percent, significantly lower than bicycle helmet usage rates, despite helmet use being highest, at 40 percent, among professional or sponsored riders, who arguably have the most experience and the least to gain personally from extra caution. The same report notes that the use of durable protective clothing reduces injury severity by approximately 25 percent.
The US Consumer Product Safety Commission’s e-scooter safety alert reinforces a few basics worth repeating regardless of where you’re riding. Wear a helmet, and consider knee and elbow pads, which can help prevent injury from falls and collisions. Check for damage before riding, specifically the handlebars, brakes, throttle, lights, tyres, cables, and frame, since damage to any of these can cause loss of control. And test your brakes before you need them in an emergency, since stopping distance varies significantly from scooter to scooter.
A practical pre ride checklist
Pulling all of this together, here’s what we’d genuinely suggest building into your routine, especially if you ride regularly in a European city.
Before you ride, do a quick visual check of your scooter, brakes, tyres, lights, and the deck for anything loose or damaged. If something feels off mechanically, our repair guides cover most of the issues that show up before they become a problem on the road.
While riding, treat wet weather as a genuine change in conditions, not just an inconvenience, slowing down significantly and avoiding sharp braking or turning. Cross tram tracks, metal grates, and drain covers as close to a 90 degree angle as you can manage. Give pedestrians absolute priority and assume they haven’t seen or heard you. And if you’re newer to riding, deliberately keep your speed lower than you might feel capable of, since the data is clear that the first few months carry disproportionate risk regardless of how confident you feel.
And wear a helmet. The data on this, covered in more depth in our dedicated helmet guide, is about as clear as safety data gets.
What cities are doing, and what that means for you
It’s worth knowing that you’re not the only one trying to solve this. The European Road Safety Charter has set out recommendations emphasising that cities have a responsibility too, specifically around safe road environments, separated cycle lanes, and appropriate speed limits, alongside rider behaviour like helmet use and safe speeds.
Some of this is already visible if you know where to look. Geofencing that slows scooters down in pedestrian heavy areas, speed limits that vary by zone, and city wide caps on top speed are all things that several European cities have introduced or are trialling. From a rider’s perspective, this means the infrastructure around you is gradually shifting toward being safer by design, but it also means paying attention to local rules matters more than ever, since they can genuinely vary block to block in some cities now.
If you’ve got questions about your own scooter’s setup, whether it’s roadworthy, or whether something you’re noticing might be a safety issue rather than just normal wear, get in touch with us or book a quick diagnostic, and we’ll help you work through it.
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