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Air Space Collection

Background imageAir Space Collection: LUNARDIs ASCENT 1784

LUNARDIs ASCENT 1784
Vincenzo Lunardi makes the first ascent into English airspace, shortly after the first ascent in Scotland - 200, 000 watch him

Background imageAir Space Collection: Medea in her Chariot

Medea in her Chariot
The sorceress Medea flies through the Greek airspace in her serpent-powered chariot

Background imageAir Space Collection: NCB771306

NCB771306
View of Gloster Meteor which is Britains first jet fighter

Background imageAir Space Collection: NCB771303

NCB771303
RAF Red Arrow Hawks at RNAS Yeovilton Airday 2012

Background imageAir Space Collection: Polystyrene foam, SEM C016 / 8049

Polystyrene foam, SEM C016 / 8049
Polystyrene foam. Coloured scanning electron micrograph (SEM) of a section through a block of extruded polystyrene foam, showing the internal closed-cell air spaces

Background imageAir Space Collection: Polystyrene foam, SEM C016 / 8048

Polystyrene foam, SEM C016 / 8048
Polystyrene foam. Coloured scanning electron micrograph (SEM) of a section through a block of extruded polystyrene foam, showing the internal closed-cell air spaces

Background imageAir Space Collection: Polystyrene foam, SEM C016 / 8044

Polystyrene foam, SEM C016 / 8044
Polystyrene foam. Coloured scanning electron micrograph (SEM) of a section through a block of extruded polystyrene foam, showing the internal closed-cell air spaces

Background imageAir Space Collection: Polystyrene foam, SEM C016 / 8047

Polystyrene foam, SEM C016 / 8047
Polystyrene foam. Coloured scanning electron micrograph (SEM) of a section through a block of extruded polystyrene foam, showing the internal closed-cell air spaces

Background imageAir Space Collection: Polystyrene foam, SEM C016 / 8046

Polystyrene foam, SEM C016 / 8046
Polystyrene foam. Coloured scanning electron micrograph (SEM) of a section through a block of extruded polystyrene foam, showing the internal closed-cell air spaces

Background imageAir Space Collection: Air traffic control radar

Air traffic control radar at an airport. This dish rotates constantly, sweeping a beam of radio waves around the airport

Background imageAir Space Collection: Radar tracking station

Radar tracking station
Radar station. This monitors everything that passes through its airspace for the Ministry of Defence. Photographed in Trimmingham, Norfolk, UK

Background imageAir Space Collection: British Isles storm and ash plume, 2011

British Isles storm and ash plume, 2011

Background imageAir Space Collection: Grimsvotn ash plume, May 2011

Grimsvotn ash plume, May 2011, satellite image. This ash cloud (brown, lower right) has been produced by the eruption of the Grimsvotn volcano in Iceland

Background imageAir Space Collection: Eyjafjallajokull eruption, April 2010

Eyjafjallajokull eruption, April 2010
Eyjafjallajokull eruption. Satellite image of the ash cloud (grey, centre) from the April 2010 Eyjafjallajokull eruption being blown towards Europe

Background imageAir Space Collection: Migs over Leningrad

Migs over Leningrad
MIG-3 fighters patrol the citys airspace - the Peter Paul Fortress is in the foreground

Background imageAir Space Collection: Defending Paris 1915

Defending Paris 1915
A Voisin defending Paris from the air in his aircraft

Background imageAir Space Collection: Sharing the Airspace

Sharing the Airspace
The prudent aviator must remember that he is sharing the airspace with others who may not be well disposed towards him, and should take precautions accordingly


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EDITORS COMMENTS

"Exploring the Vastness of Air Space: From Lunardi's Ascent in 1784 to Modern Radar Tracking Stations" Air space, a realm that has captivated human imagination for centuries, holds countless tales of adventure and innovation. One such remarkable event was Lunardi's Ascent in 1784 when Vincenzo Lunardi became the first person to successfully navigate the skies in a hot air balloon. This historic feat marked the beginning of our fascination with conquering the heavens. Fast forward to modern times, where Medea in her Chariot is no longer just a mythological tale but an embodiment of cutting-edge technology. The NCB771306 and NCB771303 radar tracking stations stand as guardians of our airspace, ensuring safe journeys for aircraft soaring above. In this ever-evolving world, materials like polystyrene foam have also found their place within air space exploration. SEM C016/8049, SEM C016/8048, SEM C016/8044, SEM C016/8047, and SEM C016/8046 showcase how science and engineering have revolutionized lightweight construction techniques for aerospace applications. Amidst this vast expanse lies the crucial role played by air traffic control radar systems. These technological marvels act as vigilant sentinels guiding planes through crowded skies while maintaining order and safety. From Lunardi's daring ascent to state-of-the-art radar tracking stations and innovative materials like polystyrene foam – each element intertwines to shape our understanding of air space. It represents humanity's relentless pursuit of progress and exploration beyond earthly boundaries. As we continue pushing boundaries higher into uncharted territories above us, let us celebrate these milestones that have propelled us towards new horizons within air space – forever reminding us that there are no limits when it comes to reaching for the sky.

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