Sponsor


Air Force set to launch high-power fiber laser research project

January 17, 2007

By John Keller

KIRTLAND AFB, N.M., 17 Jan. 2007. U.S. Air Force researchers say they will launch a research project next month to explore innovative techniques and approaches in advanced fiber laser systems.

This announcements comes at the same time as an announcement by Northrop Grumman Corp. to build a specialized facility for systems integration and production of high-energy laser systems for military uses.

Officials of the Air Force Research Laboratory's (AFRL) Directed Energy Directorate (DE) at Kirtland Air Force Base, N.M., issued a pre-solicitation notice Jan. 12 of their interest in receiving proposals for developing an innovative high-power fiber laser, as well as for a diode-pumped alkali laser.

Fiber-optic lasers are emerging as promising candidates for future weapons-grade solid-state laser systems on jet fighters, land vehicles, and perhaps even man-portable systems, and have the potential to edge-out other solid-state laser approaches such as slab lasers and free-electron lasers, industry experts say.

Fiber lasers are more efficient, more easily cooled, are small and lightweight, and are relatively straightforward to scale up in power, which strengthens their position for future laser weapons programs.

Researchers at Kirtland say they will post a broad agency announcement (BAA-07-DE-01) for the program in early February.

The effort will be to explore innovative techniques and approaches in four technical areas:

-- development of theoretical models necessary to enable development of advanced pulsed and continuous-wave fiber laser systems;
-- experimental design and construction of a high-power fiber laser array;
-- design of an experimental high-power photonic crystal fiber amplifier and test system; and
-- development of models aimed at the AFRL hybrid diode pumped alkali laser.

Air Force experts say they expect to award one 12-month contract in April, which will be worth about $300,000.

To ask technical questions about this project, contact Air Force Lt. Col. Leanne Henry by phone at 505-846-9302, or by e-mail at Leanne.Henry@Kirtland.af.mil. For contactual or business questions contact Gary Riley by phone at 505-853-3306, or by e-mail to Gary.Riley@Kirtland.af.mil.

More information is online at www.fbodaily.com/archive/2007/01-January/14-Jan-2007/FBO-01211058.htm.

Social Media Tools

Sponsored by:
Recommend this Article Recommend this Article () You Recommended this Article You Recommended this Article ()

REPRINTS: Is your company featured in this article? Click here to purchase reprints.


Most Popular Articles

Webcasts

On Demand

DO-178C: The Evolution of Software Technology in Safety

This webinar will examine the impact these supplements will have on certifiable aircraft software development, the developers and the processes which are used.

Sponsored by:

Small Form Factor

Join Military & Aerospace Electronics for an insightful Webcast on small form factor systems and components, including the benefits that SFF innovations hold for current and future mil-aero applications....

VPX for Unmanned Systems

Join us for this webcast as we hear from VITA and industry experts on the latest developments in VPX technology.

Mil & Aero Magazine

February 2012
Volume 23, Issue 2

M&AE Article Archives

Close this offer Close
Military & Aerospace Electronics Defense Executive Ebedded Computing Report Avionics Intelligence
Subscribe
FREE Newsletters from the Aerospace & Defense Media Group
Required field
Required field
Required field
I would like to receive the following e-mail newsletters
Military & Aerospace Electronics Weekly Yes No Required field
Defense Executive Yes No Required field
Embedded Computing Report Yes No Required field
Avionics Intelligence Yes No Required field
In order to subscribe, you must select at least one newsletter above.
No Thanks. No Thanks