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ScootyTwist - Hoverboard Scooter
$129.99$57.95

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Walk Car: Flat Electric Hoverboard Scooter That Looks Like a Laptop

The problem with most electric scooters is that they're pretty huge, take up a lot of space, and you can't simply throw it into your bag when you're not using it. That was until this new flat electric scooter called the Walk Car came to town. It's a completely flat hoverboard-like scooter that looks like a laptop with 4 tiny wheels on the bottom of it, and it fits right into your handbag, purse, or backpack when not using it.

Walk Car: Flat Hoverboard Electric Scooter Looks Like a Laptop - Flat scooter fits into purse

Much like other hoverboard-like scooters, the Walk Car is steered and controlled by simply leaning to steer, speed-up, and slow-down. It's perfect for urban life where parking spots are hard to find, and scooting around town to and from work is a much more reasonable option.

Walk Car: Flat Hoverboard Electric Scooter Looks Like a Laptop - Flat scooter fits into purse

The flat hoverbaord scooter can hold and carry humans up to 265 lbs while scooting them around for up to a 7.5 mile range. It's powered with an internal rechargeable battery that takes around 3 hours to fully charge. This means you can easily ride it into work, charge it throughout the day, and scoot your way back home while looking like someone from the future.

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Take your car with you
2.9kg / A4 laptop size
The world's smallest portable mobility vehicle was born from the idea of "I wish I could carry my car around.'' Living unrestricted by distance from stations or transportation infrastructure will enrich people's lives and change lifestyles and the way cities exist. 

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Accelerate by pressing the toes of both feet. If you continue accelerating, your speed will continue to increase until you reach the speed limit.
*Speed is determined not by the "strength" of the pedal stroke, but by the "elapsed time" of the pedal stroke.

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If you raise one toe of either your "right foot" or "left foot" (stop pressing down), you will slow down.
If you continue to decelerate, your speed will continue to decrease until you stop.
* Speed is determined not by the "strength" of the pedal stroke, but by the "elapsed time" of the pedal stroke.

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Automatically stops when you get off

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Turn by shifting your weight from side to side. Twisting your upper body in the direction you want to bend and putting your weight on one foot will cause you to bend in that direction.

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Speed/cruising range/hill climbing ability

15 km/h Maximum speed
8km Cruising distance
460W Maximum output
12° Climbing ability

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Four-wheel independent suspension
Absorbs vibrations “up and down” and “back and forth”
In order to absorb road vibrations, the Hoverboard Scooter has vertical suspension on the front and rear wheels, as well as front and rear suspension on the front wheels. It cushions the impact of bumps and bumps and achieves high drivability even with small tire diameters.

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Climb the slope powerfully
World's smallest in-wheel motor*
An in-wheel motor newly developed exclusively for Hoverboard Scooter is installed inside the front drive tire . In- wheel motors use welded connections to reduce unnecessary screw space and maximize coil space. Despite its ultra-compact size , it has the torque performance of a bicycle at 15 km/h and powerful enough to climb up a 12-degree slope .

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Balancing weight reduction and power.
Newly adopted ultra-super duralumin heat sink heat dissipation structure
Hoverboard Scooter newly adopts a heat sink mechanism in the in-wheel motor connection part. Improved heat dissipation performance while driving, enabling even more powerful driving in situations where power is required, such as uphill.
In order to achieve "lightness and strength,'' we use cutting materials made from ultra-super duralumin, which is also used in aircraft wings.

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Keep your hands free at all times
Sensing that enables hands-free operation
By using four pressure-sensitive sensors built into the boarding surface, you can accelerate, decelerate, and curve using simple foot operations centered on shifting the center of gravity.

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Ultra-light carbon body (CFRTP) with a body weight of 2.9 kg
Carbon material is used for the main body frame to create an ultra-light and strong body. It is 10 times stronger and 1/4 lighter than steel, and is supported by a carbon frame with a thickness of just 3.3 mm.
In addition, the high elasticity of the body allows the tires to firmly grip the road surface, allowing for a supple ride.

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Super fast charging of
80% in 30 minutes
If you carry the included quick charger with you, you can easily charge it at a cafe or office on the go.

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walker size drawings

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