CabiBUS, the vehicle

ACES is the future of sustainable mobility: Autonomous, Connected, Electric, Shared

CabiBUS was on show in the


CabiBUS vehicle specifications 


6 cabins, each with room for one passenger and hand luggage.

Optional design with exchangable cabins, examples: Cabins can be replaced for service or cleaning.

One or more passenger cabins can be replaced with parcel delivery boxes on evenings and weekends when there is lower demand for passenger transportation.


1 rear cabin that can be booked for a wheelchair passenger, baby stroller or large baggage.


Driveline: Fully electric. 4wheel drive in areas where the climate requires.


Autonomous: SAE level 4 with remote control from fleet operation central when requiered. (Level 4,5?, our own suggestion for a self-driving vehicle with possibility for remote control.)


Top speed: 110 km/h. Battery range: 400 - 500 km


Measures: Lenght: 662 cm. Height: 223 cm. Width: 220 cm.


Ventilation: Air conditioning system delivers fresh and filtered air with selectable temperature to each cabin.

Light: Passenger selectable level for each cabin.


Safety: Airbags all around in each cabin and unique rigid framework for highest possible passenger protection in case of accident.


Communication: Video conferencing with other cabins and over Internet to other places.


Information: Large touch screen in front of each passenger with several selectable windows. Front view camera, navigation map, estimated time to goal, video call, tourist information, TV, Internet.  


Cleaning: Each cabin is checked by cameras when a passenger has left. If it is dirty the cabin is taken out of the booking system until the CabiBUS goes off duty in the night at the service hub. If the passenger forgot something when leaving the cabin, the passenger gets an alarm and the door can be opened again so that the passenger can take out the missing belonging. If the passenger do not take it, the cabin is taken out of the booking system until the subject has been returned to the passenger.

At the service/charging hub the cabins requiring cleaning are cleaned or exchanged for clean cabins if they need a more thorough cleaning.

Desinfection: When a passenger leaves the cabin and before the next passenger is picked up, strong UV bulbs floods utraviolet light over the surfaces in the cabin to kill possible bacteria, viruses and other harmful microbes. See

Corona Covid-19 page for more info

Platooning: CabiBUS vehicles can travel with minimum distance between them in order to reduce energy consumption and street space. When platooning the cabin street view shows the video from the camera in the first CabiBUS (with a delay for the following vehicles to make the screen view correspond with the vehicle movements).

Design study illustrations by CAMAL STUDIO and Kenneth Palmestål.

PARTNER WISH LIST     This is a dreamteam of companies that we hope to partner with to create the best public transportation vehicle and service in the world.

AURORA Self-driving technology

northvolt Batteries

ERICSSON Telecom 5G connected vehicles

bestmile Fleet automation platform

XOIO Concept visualisation

Autoliv Airbags

WAYMO Self-driving technology


VOLVO Buses Global supplier of public transportation


TESLA Drivetrain and charging robots.

NEVS Vehicle development and production (Trollhättan)

Phantom Auto Teleoperation solution

ClearMotion Proactive suspension technology

CAMAL STUDIO Vehicle design in 3D

BraunAbility Wheelchair lift design

SoundRacer Electric Vehicle Electronic Engine Sound System, AVAS

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