Case Studies


MiCart is an autonomously driving robot with integrated cutting-edge sound camera systems and artificial intelligence.

Safe Perception and Navigation for Autonomous Robots (SPANAR)

Avular is developing a cost-efficient radar- and stereovision-based navigation system.

Smart Maintenance Labs

Together with Ronik, we developed a working prototype of a drone that has been tested in practice and achieves part of the above objectives.


We have created a new special purpose drone, designed to fly autonomously to inspect industrial chimneys faster and better.


We are working on a product that uses radar and stereovision technology for the autonomous navigation of mobile robots and drones.


In this commercial project, we had a successful pilot trial with an autonomous navigation solution for our client Vanderlande.

Smart Tooling

For the Smart Tooling project, we have created more reliable and safer drone inspections outdoor – in this case for chemical installations specifically.


Autonomous prediction and detection of potato diseases.

Blooming business

Monitoring crop growth and crop health in greenhouses using autonomous drones.


SAGA is a collaborative project to develop swarm robotics that are able to perform agricultural inspections.

Eyes and ears in the sky

Avular and Sorama have teamed up to developed a flying sound camera; an innovative system with which inspections can be executed in big, hard to reach, technical installations.

Signify Rover

Together with Signify (former Philips Lighting), we have developed a Rover for lighting measuring purposes for stadiums.

Drone safety cluster

Avular is part of a Living Lab for the development of drones, together with the TU/E. Heijmans, Skyvision Drones and Blue Jay.


The Redox CrossRoads2 project is a solution provided by Avular and Airobot, supported by the European Union, for indoor drone inspection for corrosion.