The town in 3D, with radar

The town in 3D, with radar

A 3D urban reconstruction from radar images is possible. Onera has shown this for the first time.

Ariane 5 and Ariane 6 at Fauga-Mauzac Testing Facilities
Lanceurs spatiaux

Ariane 5 and Ariane 6 at Fauga-Mauzac Testing Facilities

The ONERA propulsion laboratory is still in charge of issues related to the Ariane 5 solid boosters and is already undertaking those of Ariane 6.

Wing flutter control in S2MA wind-tunnel
Aeroelasticity

Wing flutter control in S2MA wind-tunnel

A demonstration of active control of wing flutter by control surfaces was successfully confirmed in the ONERA S2Ma wind tunnel.

ONERA-ISA labelled a Carnot 2 Institute
Research and innovation

ONERA-ISA labelled a Carnot 2 Institute

ONERA-ISA (Aerospace Systems Engineering) is to continue for 5 years as a result of a call for applications for the Carnot 2 Institute network, and could thus benefit from part of the total funding of 60M€ per year.

Lunar Radar Control
Zoom in the lab

Lunar Radar Control

The soil, or even the subsoil, of the Moon can be studied… without leaving the Earth! This is indeed what ONERA’s Nostradamus radar can do, if its electromagnetic sight is pointed towards the Moon rather than towards the horizon.

Earth Observation
Earth Observation

Earth Observation

GOCE user meeting in Munich on the 31st of March and 1st of April, to share the very good results of this gravimetry mission between scientists and to announce its success to the press.

Nightglow – The light of the night

Nightglow – The light of the night

On clear moonless nights, far from towns, the sky is full of star constellations. However, the light from these stars provides virtually no illumination on Earth. Thus, the scientists at Onera set about gaining a better understanding of nightglow", a weak natural illumination in the near infrared range of visible light, emanating from the sky.

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Academy of Sciences
Academy of Sciences

Academy of Sciences

The winner of the 2010 prize has been recognized for all of his work on quantum opto-electronic components.

Microresonators for the demonstration of quantum fluctuations
Fundamental Physics

Microresonators for the demonstration of quantum fluctuations

A new design that suggests possible advances in the field of time bases in a Mems (electromagnetic microsystem) configuration.