Space Travel News  
New GPS-Guided Airdrops Aid Aircrew Accuracy

A standard Container Delivery System bundle falls to the ground March 15 at Gowen Field near Boise, Idaho. The Joint Precision Airdrop System, using Global Positioning System, or GPS, increases accuracy from safer, further distances. An Air Mobility Command mobile training team from Scott Air Force Base, Ill., came here to train C-130 Hercules aircrews from the Idaho, Kentucky, Georgia and New York Air National Guard on the new system recently. (U.S. Air Force photo/Master Sgt. Thomas Gloeckle)
by 1st Lt. Tony Vincelli
124th Wing, Idaho Air National Guard
Boise, Idaho (AFNS) Mar 23, 2007
Mobility aircrews now have a new tool which uses Global Positioning System, or GPS, to help them deliver cargo more accurately and safely in deployed theaters of operation.

The Joint Precision Airdrop System, or JPADS, allows airdrops to be conducted from higher altitudes with improved accuracy, which allows deployed aircrews to remain out of harm's way while delivering important supplies and equipment to the troops that need them, said John Hayes of the Air Mobility Command JPADS mobile training team at Scott Air Force Base, Ill.

Mr. Hayes and a cadre of other instructors were here recently to teach the new system to C-130 Hercules aircrews from the Idaho Air National Guard's 189th Airlift Squadron and aircrews from Kentucky, Georgia and New York.

All four units are set to deploy sometime this year, so getting them together for training like this is exactly what the MTT was set up for, Hayes said.

This "just in time" training gives the aircrews a chance to familiarize themselves at home as opposed to learning a new system in a potentially dangerous environment.

"No one wants to train in a combat environment," Hayes said. "This mobile training is a great short-term solution until formal schools can be established."

The JPADS is a computer-based system that automatically adjusts a parachute to deliver cargo to a precise location on the ground based on the wind and other factors. According to Hayes, standard container deliver system bundles dropped from altitudes as high as 25,000 feet can be delivered to an area as small as the rough area of a football field.

What's more, aircrews will no longer have to fly a few hundred feet off the ground in order to ensure accuracy of the bundles, which often puts the crew in harm's way from small arms fire and surface-to-air missiles.

The JPADS will do for logistics what the Joint Direct Attack Munition, or JDAM, has done for weapons employment, Mr. Hayes said.

The JPADS is controlled by the assistance of a mission planner laptop with precision airdrop applications, meteorology data gathering kit and GPS.

"The thrust of the MTT is to give mobility aircrews the exposure they need so they have all the tools at their disposal in the AOR," Mr. Hayes said.

Tech. Sgt. Chase Carrier, a C-130 loadmaster for the 189th AS who doubled as the drop zone officer, assessed the success of the drops using the JPADS for much of the weeklong training.

"When you consider that this was our first time using this system and the fact that the drops were made from about 9,000 feet instead of the usual 700 to 800 feet, the accuracy of this system is great," Sergeant Carrier said.

While there is additional preparation involved and more coordination required between the loadmaster and navigator, keeping the aircrews safer is worth the extra effort and initial learning curve, Sergeant Carrier said.

"Without having to drop down to lower levels to make those air drops, our risks go way, way down," he said.

(Courtesy of 124th Wing, Idaho Air Guard)

Related Links
GPS Applications, Technology and Suppliers
GPS Applications, Technology and Suppliers



Memory Foam Mattress Review
Newsletters :: SpaceDaily :: SpaceWar :: TerraDaily :: Energy Daily
XML Feeds :: Space News :: Earth News :: War News :: Solar Energy News


Lockheed Martin Completes Work On Modernized GPS Satellites
King Of Prussia PA (SPX) Mar 22, 2007
Lockheed Martin announced the delivery of the eighth and final satellite in the modernized Global Positioning System Block IIR (GPS IIR-M) production program to the Air Force.







  • Worldwide Testing And ISS Traffic Push ATV Launch To Autumn 2007
  • SpaceX Confirms Stage Bump On Demoflight 2
  • Falcon 1 Video Suggests Stage Collision
  • SpaceX Set To Try Again Today

  • Arianespace Is Ready To Support The Mobile Satellite Services Industry's Future Development
  • Next Ariane 5 Takes Shape
  • Official Opening Of The Soyuz Launch Base Construction Site In French Guiana
  • Canadian Satellite Given Final Checks At Russian Launch Pad

  • Shuttle Atlantis Grounded by Fuel Tank Damage
  • Marshall Communications And AMERICOM GOVERNMENT SERVICES Extend NASA Contract
  • Shuttle's External Tank Inspection And Repairs Continue
  • Shuttle ET Repairs Continue

  • ISS Orbit Successful Changed Ahead Of Soyuz Docking
  • Nespoli Focuses On Complex Mission For ESA
  • ISS Orbit To Be Adjusted March 16
  • Station Crew Perform Experiments Related To Human Adaptation To Space

  • Cosmonauts To Carry Out Spacewalks With Tourists If Trained
  • Engineers Create SpaceNet - The Space Exploration Supply Chain
  • Dr. Charles Simonyi To Take Gourmet Meal To Space
  • European Astronauts In Rome For The 50th Anniversary Of The Rome Treaties

  • China Outlines Space Program Till 2010
  • China To Launch New Direct Broadcast Satellite To Replace SinoSat-2
  • Russian Court Upholds Custody For Space Firm Chief Reshetin
  • China Unveils New Space Science Plan

  • Students Rack Up Wins At Local Robotics Competition
  • Talking Bots
  • Novel Salamander Robot Crawls Its Way Up The Evolutionary Ladder
  • Look Ma, No Hands, No Humans

  • International Partnerships Plan Continued Exploration Of Mars
  • Mechanized Explorers Study The Depths, Chemistry Of Mars
  • NASA Scientists And Teachers To Study Mars In The Mojave Desert
  • Spirit Loses And Then Re-Establishes Contact with Orbiter

  • The content herein, unless otherwise known to be public domain, are Copyright Space.TV Corporation. AFP and UPI Wire Stories are copyright Agence France-Presse and United Press International. ESA Portal Reports are copyright European Space Agency. All NASA sourced material is public domain. Additional copyrights may apply in whole or part to other bona fide parties. Advertising does not imply endorsement, agreement or approval of any opinions, statements or information provided by Space.TV Corp on any Web page published or hosted by Space.TV Corp. Privacy Statement