MicroLab

Here you will find our assets.

Riding simulator for micromobility vehicles

• Vehicle agnostic

• Fully preserving the balancing task

• Enabled by motion analysis

• Based on Unreal Engine 5

• Remote communication

Related research projects

MicroSIM, MicroTOX, MinTOX

Related teaching

TME180

In-door riding test-track with motion analysis

• 20 x 8 m tracked with motion analysis

• Integrated eye tracking

• Large enough for maneuvering micromobility vehicles

• VR ready

Related research projects

UrbAV, MicroTOX, MinTOX

Related teaching

TME180

Rapid prototyping workshop

Micromobility vehicle installations

• Electronics

• 3D printing

Related research projects

e-BikeWay, e-BikeSAFE

Related teaching

TME180, TRA405

Instrumented micromobility vehicles

Vehicles

• Bicycles and e-bicycles

• E-scooters

• Segways

• Monowheels

• Hoverboard

• E-skateboard

• E-skates

Sensors

• IMUs

• GPS

• Cameras

• LiDAR

• Eye Tracking

Controls units

• Arduino

• Raspberry PI

Related research projects

e-BikeWay, e-BikeSAFE

Related teaching

TRA405

Micromobility database

Analysis tools and models

Teaching

TRA405 Micromobility for a sustainable future

• Lectures on safety, efficiency, and acceptability

• Lectures on micromobility standards/regulations, ICT, and vehicle dynamics

• Visits to industry and authorities: Ericsson Garage, Göteborg Stad

• Micromobility activities: ABS test-ride, e-scootering

• Project work: Development and demo of ICT-based prototypes for micromobility

Micromobility test-ride and demo

• Task: Ranking safety and comfort for different micromobility vehicles on mobile app

• Protocol: Mounting/dismounting, braking, steering, maneuvering at different speeds and on different surfaces

• Discussion: perception of safety, maneuverability, and comfort across micromobility vehicles

Networks

International Cycling Safety Conference