A new on-board ultra-high performance detection system that makes use of the full potential of radar/optronics synergy. The Ramses-NG (New Generation) system is a major development of the Ramses imaging system. As a military means that is critical for defense, it offers major advances in terms of radar imaging.

The 5th issue of Aerospace Lab, the Onera International Journal, is on line. It is devoted to "Lightning Hazards to Aircraft and Launchers". The four first issues, still on line, were respectively dedicated to: the Optical Diagnostics of Flows, CFD Platforms and Coupling, High Temperature Materials, Mastering Complexity. The next one will present advances on "Flow Control: the Renewal of Aerodynamics" (June, 2013). www.aerospacelab-journal.org

The French Air and Space Academy has given an award for Cedre, ONERA’s reference simulation software for energy and propulsion, used both in research and in the aerospace industry.

French aerospace research center ONERA continues to team up with French electronics
specialist Steel Electronique on NASA's Grace Follow-On mission, reflecting ONERA's strong
commitment to small businesses and partnerships to foster the development of innovative
solutions for aerospace and defense in both France and international markets.

Multi-scale modeling of the flow, taking into account the presence of a vane-casing clearance in turbine compressors, paves the way for better performance predictions.

a new on-board ultra-high performance detection system that makes use of the full potential of radar/optronics synergy. The Ramses-NG (New Generation) system is a major development of the Ramses imaging system. As a military means that is critical for defense, it offers major advances in terms of radar imaging.

Modeling of material microstructures allows the simulation of their mechanical behavior in operation, and so the optimization and greater reliability in the design of parts, for more reliable and efficient aircraft engines.

The purpose of the PPlane project is to explore an individual transport concept using automatic planes with few seats, for the general public. The challenge: supplementing the multimodal transport of the future with an air link to provide greater flexibility and speed.

ONERA has developed the EMIR technology, which makes it possible to obtain instant images revealing the intensity of electromagnetic waves. These waves, which are invisible to our eyes, transmit data from one point to another at the speed of light, for example for mobile phones, radio or television antennas, radars, etc. The EMIR images make it possible to know the amount of electromagnetic energy carried by waves and their direction of emission.