Development of a new, 6 metre ultra-light tender weighing only 50% of the existing model. To achieve this weight saving, a new hull, based on new composite technology with the propulsion system integrated in it, will be developed.
Development of a new, ultralight aircraft prototype using new materials and an innovative aerodynamic design.
Development of bonded abrasives technology via innovation of highly porous, unique class tool systems for ecological abrasive manufacture and design of ecologically compatible abrasive processes based on high-speed machining (>120 m/s).
The aim is to develop an advanced integrated tourist recommendation/tourist industry management support system. ulixes is a knowledge organisation based on intelligent systems, multimedia, web and mobile phone technology.
This broker system is a computer tool based on internet data interchange supporting the transportation (logistic) activities of small and medium-sized distribution, production, transportation and logistic companies.
Explosive concrete spalling at high temperatures results in serious economic and human safety problems. A research programme will study innovative concretes using new fibre types able to exclude toxic effects and avoid spalling.
Optimized new engines - new solutions for innovative, modular engines with very low emissions and high performance for road and city motorbikes.
R&d of an innovative on-line colour mixing system, indlucing fluid colorants and the required process equipment, which enables the plastics industry to colour thermoplastics during the moulding and extruding processes.
The aim is to develop a compartment cassette and specially designed handling device for airfreight and the loading and unloading of (principally) narrow body aircraft.
The objective is to develop a stamping process, using tools similar to those used in series production, capable of manufacturing prototypes of complex sheet metal parts in two weeks.