TABLE OF CONTENTS

America and its allies abroad. 4) Triple the current High Energy Laser Joint Technology
Office budget and closely track all fields of interest IAW the Directed Energy Roadmap.
Give special emphasis to the areas focused on the SSFL for podded and internally
integrated tactical laser systems per the Directed Energy Roadmap timeline. 5) Study
simultaneous employment of kinetic and laser weapons in the air-to-air environment for
synergy, survivability and reliability.
Tactical Airborne Ladar (Laser Radar) System in the Operational Environment of the
Future
Kelly Noler, Lt Col, USAF
This paper considers whether ladar could provide significant capability in future
operational environments, specifically as an integral part of an autonomous airborne
weapon system. As the backdrop for this determination, a lengthy look at current
applications, as well as research for future ladar capabilities is accomplished. In addition,
comparisons are made between ladar and other systems with similar (postulated or
existing) capabilities. The findings of the paper are that ladar will provide substantial
capability within multiple (but not all) future operational environments. The most
significant contribution ladar will make is relative to its ability to three-dimensionally
(3-D) image objects with extreme precision and accuracy. Ladar provides the ability to
detect, identify and target objects more expeditiously and at greater distances than current
day capabilities. Within limited applications, ladar will perform at a high level of detail
while 3-D imaging objects through dense foliage.
To date, a sizable amount of ladar research has already been accomplished at the
international level, covering a large spectrum of operational applications. Within the
U.S., priority has not been adequately placed on ladar’s research and development to