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EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

Satellite images for disaster management

So many aspects of our everyday life depend on satellite images. Flip through the images to see how the JRC uses satellite imagery and remote sensing to develop technology and implement European legislation.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

Satellite monitoring of land, forests and agriculture

So many aspects of our everyday life depend on satellite images. Flip through the images to see how the JRC uses satellite imagery and remote sensing to develop technology and implement European legislation.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

Mapping human settlements from space

So many aspects of our everyday life depend on satellite images. Flip through the images to see how the JRC uses satellite imagery and remote sensing to develop technology and implement European legislation.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

An eye on the sea

So many aspects of our everyday life depend on satellite images. Flip through the images to see how the JRC uses satellite imagery and remote sensing to develop technology and implement European legislation.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

Galileo: from the lab to the sky

So many aspects of our everyday life depend on satellite images. Flip through the images to see how the JRC uses satellite imagery and remote sensing to develop technology and implement European legislation.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.

EMSL

Explore! our real-life European Microwave Signature Laboratory (EMSL) and navigate first-hand, inside. This lab was originally designed to do radar measurements but, it has been successfully used in other fields like antenna measurements. At present we are mostly testing wireless communication systems.