Head Up Display’s (HUD’s) have since a few decades been used mainly in military aviation. Demand of HUD’s and improved HMI (Human Machine Interaction) has past years proliferated to other civil markets as Agricultural OHV’s (Off Highway Vehicles) due much larger data-flows to analyse by machine operators, and cheaper computing and imaging generating technology.
It is a well known fact that the leap to fully autonomous vehicles pass through supervised autonomous vehicles, and in this intermediate time frame that we predict to a few decades. Augmented Reality (AR) through HUD’s is in the spotlight since it is evident that it will improve machine (OHV) efficiency, safety and ergonomics amongst other. Secondary benefits as lowered fuel consumption with positive environmental impact are also anticipated through improved HMI.
Existing high‐end Automotive HUD’s of today have a Field of View (FOV) typically up to 6deg and an installation volume of 2‐6 litres. To achieve higher imaging sizes (FOV) the HUD optical components would have to be immensely large, heavy and expensive. By using injection molded Fresnel optics the FOV can be increased, while the size, weight and costs of the HUD optical components stay low.
Overall, the ARHO project is about introducing a totally new generation of state of the art HUD optics. That will unleash the full benefit of immersive AR in the OHV market. ARHO Project will produce a working demonstrator to be tested in a relevant AG environment (WP6).
Gefördert duch: Bundesministerium für Wirtschaft und Energie: aufgrund eines Beschlusses des Deutschen Bundestages.
With Co-funding from Sweden’s Innovation Agency Vinnova.
Joint Declaration of Intent between the Government of the Federal Republic of Germany and the Government of the Kingdom of Sweden on a German – Swedish partnership for innovation – Innovation and cooperation for a sustainable future.