KICKSCOOTER T60

The world’s first semi-automatic, teleoperating shared scooter

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AI Technologies
Behind the Scenes

Robotics and Advanced
AI-Driven Technology

T60 offers an AI-driven ride that is remotly controlled by Segway cloud platform. T60 features auto-dock return capabilities for charging and automatic fleet regrouping in areas with greater demand. 

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Visual Navigation

The fisheye camera captures full view of the surrounding, which enables click-and-go navigation for short travel and follow-the-edge navigation for long travel.

Deep Learning

T60 is able to detect and avoid obstacles and packs safety precautions for crossing traffic lights safely.

Key Features

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Indepedent braking systems: It features three sets of independent braking systems (regenerative, drum, and parking) to ensure riders’ safety.

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Allow One-handed Driving: A secure riding surface allows for one-handed operation when necessary.

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Inverted three-wheel design: It is much easier to learn and ride than its two-wheel counterpart;

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No kickstand needed: T60 can stand firmly without kickstand needed, reducing the possibility of “scooter dominoes”.

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Tech Specs

Classic

Brakes

Computer

IP Code

Mobile Payload

Max Speed

Range

Battery

Inverted three wheel design
with suspension

Three sets of independent breaking system (regenrative, drum, parking)

1.8GHz 6-core processor

Entire scooter-IPx5,
Critical parts IPx7.

264 lbs

19.8 mph
(can be reduce to local speed limit)

37-43 miles

Swappable lithium with remote
lock/unlock function

Better Micromobility Economy

Address Cities’ Pain Points
& Explore New Possibilities

The self-driving e-scooters can keep sidewalk clear and reduce clutter for cities with automatically regrouping fleets, returning to dock and charging stations.

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Better Micromobility Economy

More Efficiency, Sooner Profit

The supply and demand of e-scooters can vary with time and space, resulting in low efficiency in manual rebalancing.. Moving scooters around without direct human intervention would ease a major logistical pain for operators and improve operational efficiency.

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