Stories
Slash Boxes
Comments

In+ersec+ion for Spatial People

U.S. Air Force Micro Air Vehicle

posted by Satri on Wednesday January 30, @05:02PM   Printer-friendly   Email story  Permalink  Trackback URI  Slashdotthis  Diggthis  Del.icio.us
from the when-spatial-objects-come-to-you dept.
Slashdot discuss the production of an micro air vehicle by the U.S. Air Force. Their summary: " Looks like the Air Force is committing to full scale production of their new "Wasp III" mini-UAV. Weighing in at a mere 1 pound, the plane's diminutive 29-inch wingspan can still loft a variety of hefty payloads in addition to its infrared cameras that stream video directly to ground control. The Wasp is launched by hand and can be operated either manually or programmed for auto-pilot with autonomous GPS navigation, according to AeroVironment. The Wasp III is part of Air Force's Battlefield Air Targeting Micro Air Vehicle program (BATMAV), which will allow troops to scan enemy targets from 5 kilometers away for up to 45 minutes at a time, according to the company." I copied below previous stories regarding unmanned aerial vehicles.

Related Stories

Technology: Unmanned Airborne Video Surveillance [+]
Directions Mag have an article about airborne video surveillance. From the article's introduction: "Real-time video images and videos have become an increasingly important source of information for remote surveillance, intelligence gathering, situational awareness, and decision-making. With airborne video surveillance, the ability to associate geospatial information with imagery intelligence allows decision makers to view the geographic context of the situation, track and visualize events as they unfold, and predict possible outcomes as the situation develops." The Surveying, Mapping and GIS blog has an entry about this booming market.
Unmanned Aircraft to Map Forest Fires 1 comment [+]
The Map Room links to a CNET article about Altair, an unmanned aircraft to map forest fires. From the article: "The Altair will be loaded with NASA's sensor system, AMS (Autonomous Modular System)-Wildfire. The AMS-Wildfire system can determine temperature differences from 1,000 degrees Fahrenheit to as little as half a degree, according to NASA. Being able to distinguish temperatures is important when it comes to mapping the movement of wildfires."
Technology: Low-Cost Aerial Imagery Acquisition 1 comment [+]
The Google Earth Blog links to an interesting new small unmanned remote control aerial vehicle with a digital camera used to capture images and then show the images in Google Earth. The short video clearly explains the power and simplicity of this new device. From the blog: "This technology could be a much less expensive way to acquire very-high-res data for certain situations - particularly for special events." Related, All Points Blog links to a story on GeoCam: "High altitude balloons can be deployed in a matter of hours and provide emergency remote sensing thereby enabling first responder's situational awareness and give adequate trajectories to rescuers."
Technology: Open Source Unmanned Aerial Vehicule Data Acquisition [+]
The Maps Room links to an open source quadrocopter project which allows you to acquire aerial imagery at low cost. From the site: "The OSQ ( Open Source Quattrocopter) is a remote controlled, partly autonomously flying four-rotor flight-unit, which can be adjusted to the user requests . So that UAV - construction is absolutely modular and unique. Due to the electronic positioning control-unit this extremely light and quiet flight platform is applicable without previous helicopter operating experience. The airborne OSQ will be controlled like a common helicopter with helicommand assistance. If there´s no pilot-command - OSQ keeps flightlevel and -direction . When GPS is activated the position too." See previous related stories below.
Display Options Threshold:
The Fine Print: The following comments are owned by whoever posted them. We are not responsible for them in any way.