Record du monde pour un drone solaire 03082015 : Différence entre versions

De WikiUpLib
Aller à : navigation, rechercher
(Page créée avec « ==Nouveau record du monde pour un drone solaire : 81 heures de vol !== {{Debut citation}} Solar-powered 81-hours flight successful: A new endurance world record! Posted o... »)
 
(Liens)
 
(15 révisions intermédiaires par le même utilisateur non affichées)
Ligne 1 : Ligne 1 :
 +
<html>
 +
<div class="addthis_toolbox addthis_default_style "
 +
addthis:url="http://uplib.fr/wiki/Record_du_monde_pour_un_drone_solaire_03082015"
 +
addthis:title="Nouveau record du monde pour un drone solaire : 81 heures de vol ! - via @uplib">
 +
</html>
 +
<addthis />
 +
 +
 
==Nouveau record du monde pour un drone solaire : 81 heures de vol !==
 
==Nouveau record du monde pour un drone solaire : 81 heures de vol !==
  
{{Debut citation}}
+
[[Fichier:AtlantikSolar.jpg|right]]
 +
 
 +
{{Début citation}}
 
Solar-powered 81-hours flight successful: A new endurance world record! Posted on July 20, 2015
 
Solar-powered 81-hours flight successful: A new endurance world record! Posted on July 20, 2015
  
Ligne 11 : Ligne 21 :
 
* is the third-longest flight ever demonstrated by a solar airplane (behind Airbus Space’s 53kg Zephyr 7 and the 2300kg Solar Impulse 2)
 
* is the third-longest flight ever demonstrated by a solar airplane (behind Airbus Space’s 53kg Zephyr 7 and the 2300kg Solar Impulse 2)
 
* is the fifth-longest flight ever demonstrated by any aircraft (both manned and unmanned).
 
* is the fifth-longest flight ever demonstrated by any aircraft (both manned and unmanned).
 +
In addition, the flight is a first important milestone to verify the UAV’s ability to stay airborne for multiple days while providing telecommunication services in large-scale disaster-scenarios or live-imagery during industrial sensing and inspection missions.{{Fin citation}}
 +
 +
<b>L'article original complet http://www.atlantiksolar.ethz.ch/?p=670</b>
 +
 +
===Liens===
 +
* http://www.asl.ethz.ch/news/news_folder/2015_07_24/document
 +
* https://twitter.com/ATLANTIKSOLAR compte twitter de l'équipe AtlantikSolar
  
In addition, the flight is a first important milestone to verify the UAV’s ability to stay airborne for multiple days while providing telecommunication services in large-scale disaster-scenarios or live-imagery during industrial sensing and inspection missions.
+
<br>
{{Fin citation}}
 
  
  
* http://www.atlantiksolar.ethz.ch/?p=670
 
* http://www.asl.ethz.ch/news/news_folder/2015_07_24/document
 
  
 
[[Catégorie:Cable]]
 
[[Catégorie:Cable]]
 +
[[Catégorie:Technologie]]
 +
 +
<addthis />
 +
<html></div></html>

Version actuelle datée du 3 septembre 2015 à 18:27

<addthis />


Nouveau record du monde pour un drone solaire : 81 heures de vol !

AtlantikSolar.jpg

«  Solar-powered 81-hours flight successful: A new endurance world record! Posted on July 20, 2015

Two weeks after having demonstrated AtlantikSolar’s first 24-hour flight , the fixed-wing team of ETH Zurich’s Autonomous Systems Lab has reached another milestone: A continuous flight of its 6.8kg AtlantikSolar Unmanned Aerial Vehicle that spanned a total of 2316km and 81.5 hours (4 days and 3 nights) and has broken the flight endurance world record in its class. ... More specifically, this fifth test flight of the AtlantikSolar 2 (AS-2) UAV

  • sets a new world record for the longest ever demonstrated continuous flight of all aircrafts below 50kg total mass, and is also the longest-ever continuous flight of a low-altitude long-endurance (LALE) aircraft (the previous record being a 48-hour flight by the 13kg SoLong UAV ).
  • is the second-longest flight ever demonstrated by an Unmanned Aerial Vehicle (behind Airbus Space’s 53kg Zephyr 7)
  • is the third-longest flight ever demonstrated by a solar airplane (behind Airbus Space’s 53kg Zephyr 7 and the 2300kg Solar Impulse 2)
  • is the fifth-longest flight ever demonstrated by any aircraft (both manned and unmanned).

In addition, the flight is a first important milestone to verify the UAV’s ability to stay airborne for multiple days while providing telecommunication services in large-scale disaster-scenarios or live-imagery during industrial sensing and inspection missions. »

L'article original complet http://www.atlantiksolar.ethz.ch/?p=670

Liens


<addthis />