Draper Laboratory Engineering Solutions to Problems of National Significance
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Darryn Campbell

Software Engineer, Embedded Software Group
Software Task Leader, Joint Precision Airdrop
System Mission Planner (J PADS-MP)

Darryn CampbellUntil recently, precision airdrops to resupply ground troops could be achieved only from very low altitudes, which left delivery aircraft and crew vulnerable to ground threats. Since JPADS was rushed into service in summer 2006 in Afghanistan and Iraq, delivery aircraft have been taking little ground fire—a fact that pleases Darryn Campbell.

“It’s not often you have the opportunity to work on a project where you are able to see the product put to immediate use, let alone see it have the kind of critical, life-saving impact that this is having,” says Campbell, software task leader for the project. Since August 2006, over six million pounds of supplies have been airdropped using the system.

JPADS enables accurate, high-altitude aerial delivery of supplies and logistics to ground forces in all weather conditions. It features autonomous GPS-guided steering systems that direct parafoils and their payloads to specified drop zones approximately the size of a soccer field. Draper’s mission planner (MP) incorporates the latest wind and meteorological data with airdrop system dynamics and drop-zone locations to determine timing and locations for airdrop deployments. Beyond protecting aircraft and crew, the MP helps pinpoint short delivery windows and precise delivery locations, minimizing risk to ground troops.

This past winter, soldiers stranded in the mountains of Afghanistan, knowing nothing but their coordinates, received an emergency airdrop of food, warm clothing, and supplies after their helicopter was forced down in bad weather. “There are no words for how that makes our whole team feel to have been able to contribute to this new capability and help enable that kind of success,” says Campbell.

 

October 2007