Zero ai: Bo does not use Ai to write, because we believe you’ve come here to research the human experience of scooting on Bo - not to speak with an Nvidia GPU. That may mean that some of our language has errors, and which we feel is a price worth paying.
Bo isn't just a scooter; it's our fight against cheap, throwaway products which are engineered to the lowest cost possible. We are old enough to remember when products were built with pride - to last a lifetime - and we want to bring that ethos to these useful new electric vehicles.
5 years of development, summarised in one photo
Is there really a difference between scooters at $500, $1000, $2000 and beyond?
Well, having spent years riding a variety of models across the US, UK and Europe, we can conclusively state that the difference is obvious the moment you step on.
To start with, a cheap scooter literally rattles. Sometimes from new, always once a few miles have shaken everything loose.
Why? Well, to avoid rattles the manufacturing tolerance between each part has to be perfect, and occasionally it is even necessary to put an insulating foam between different materials. That's expensive and awkward, so the cheap scooter brands do not bother.
This is just as strong as it looks, unfortunately...
A cheap scooter will also wobble, whether bouncing over bumps or jittering through corners.
Why? You'll have noticed that the steerer tube and handlebar are long spindly poles, split in the middle with a cheap hinge, and just a pair of tiny bearings at the bottom to hold it upright.
This assembly tends to be connected to the treadplate via a long, thin neck - so no wonder it flexes and flops. That's just physics.
We have also found that on a cheap scooter the brakes feel vague – either powerless, or snatching and locking up a wheel. It means the whole ride experience feels untrustworthy.
Generally this is because they use tiny, low-cost disc brakes paired with rudimentary motor-cut-outs, none of which has any hope of delivering a high quality experience.
Cheap brakes, cheap tyres, cheap wheels, cheap motors
A genuinely well-built scooter - something engineered rather than assembled - feels planted, predictable, and solid.
At Bo, we come from Williams F1 Advanced Engineering and Jaguar Land Rover. That background shaped every decision on the Bo Model M.
Taken by the author on a Silverstone practise session
So instead of a conventional tubular frame, the Model M uses an aluminium Monocurve chassis - a monocoque construction where the outer skin is the structure, not a flimsy cladding wrapped around a skeleton.
It’s the same principle used in Formula One cars and aircraft. The result: a super robust frame that weighs less than 5kg, still with a seven-year chassis warranty.
The motor system matters just as much. The Model M delivers 1,530W peak power with 38Nm (28 ft/lbs) of torque. That's enough to handle steep gradients without hesitation.
Paired with a 672Wh battery, it offers up to 41.8 miles of real-world range, which comfortably covers a full week of commuting for most riders without worrying about charge.
Then there’s what isolates between you and the road.
The Bo AirDeck uses EVA foam - inspired by high-performance running shoe soles - to filter out up to 70% of high-frequency road vibration. After repeatedly prototyping different systems there were several reasons why we selected this over a micro-shock: zero maintenance, perfect geometry and predictable ride being the most important. In short, the suspension available for scooters felt like riding a pogo stick down the road - we were aiming for a Porsche 911 experience...
SafeSteer is where things get seriously innovative. Most scooters have loose, twitchy steering that amplifies every bump.
Cut-through to the Safesteer™ unit housed in the chassis
SafeSteer uses a pair of bespoke torsion springs housed in the steerer column to stabilise the front wheel. It self-centres, smooths out bumps, and keeps the bars predictable up to a 50-degree turn angle. Riders who’ve tried it describe it as the single biggest improvement they’ve felt on any scooter. Whenever we try to explain this it always comes across as marketing bumphf - the only source of truth is to experience it.
Safety hardware is what takes the scooter from an occasional toy to something you are compelled to ride every day - something you find excuses to take places. The Bo Halo headlight puts out 800 lumens through a triple-LED array in a bespoke aluminium housing. A 270-degree daytime running light with 99 LEDs makes you visible from every angle. And a flashing rear brake light tells the other road users around you exactly what is happening.
Finally, the whole vehicle carries an IP66 rating, so rain doesn’t stop play.
From our point of view, high-end isn’t about premium for its own sake. It's certainly not about slapping on gratuitously expensive materials, or random pointless features that don't improve your ride. It’s about a scooter that works properly every day - in traffic, in the rain, on rough roads - and is still serviceable, beautiful and a joy to use decades later. In short, a product made the way products used to be made.
OJM.
If you're interested in reading more - Link to Articles
If you'd like to look at Bo M more closely - Link to Model M
If you'd like to read about The Turbo Land-speed scooter - Link to Turbo