Northrop Grumman Corporation Solid State Laser

Description
High-power, solid-state technology has great potential to provide the military with a multi-platform, multi-mission capability. Weaponized electric lasers will complement kinetic systems, bringing speed-of-light, ultra-precision and force protection to the battlefield. With deep magazines and scalable in power to address specific threats, these operational weapons will provide crucial defensive military advantages at the strategic, operational and tactical levels of warfare. Successes in power level, run time and beam quality under the JHPSSL program led to the development of the Maritime Laser Demonstration for the U.S. Navy, where the company in 2011 became the first to successfully operate a laser weapon at sea. JHPSSL technology also is the underlying technology for the company's FIRESTRIKE laser product line introduced in 2009 that builds on its heritage of record-breaking, high-energy, solid state lasers. Since that time, Northrop Grumman has invested internal funds to fabricate, integrate, and test a demonstration prototype of the FIRESTRIKE laser called Gamma.
Datasheet
Description
High-power, solid-state technology has great potential to provide the military with a multi-platform, multi-mission capability. Weaponized electric lasers will complement kinetic systems, bringing speed-of-light, ultra-precision and force protection to the battlefield. With deep magazines and scalable in power to address specific threats, these operational weapons will provide crucial defensive military advantages at the strategic, operational and tactical levels of warfare. Successes in power level, run time and beam quality under the JHPSSL program led to the development of the Maritime Laser Demonstration for the U.S. Navy, where the company in 2011 became the first to successfully operate a laser weapon at sea. JHPSSL technology also is the underlying technology for the company's FIRESTRIKE laser product line introduced in 2009 that builds on its heritage of record-breaking, high-energy, solid state lasers. Since that time, Northrop Grumman has invested internal funds to fabricate, integrate, and test a demonstration prototype of the FIRESTRIKE laser called Gamma.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Solid State Laser -  - Northrop Grumman Corporation
Falls Church, VA, USA
Solid State Laser
Solid State Laser
High-power, solid-state technology has great potential to provide the military with a multi-platform, multi-mission capability. Weaponized electric lasers will complement kinetic systems, bringing speed-of-light, ultra-precision and force protection to the battlefield. With deep magazines and scalable in power to address specific threats, these operational weapons will provide crucial defensive military advantages at the strategic, operational and tactical levels of warfare. Successes in power level, run time and beam quality under the JHPSSL program led to the development of the Maritime Laser Demonstration for the U.S. Navy, where the company in 2011 became the first to successfully operate a laser weapon at sea. JHPSSL technology also is the underlying technology for the company's FIRESTRIKE laser product line introduced in 2009 that builds on its heritage of record-breaking, high-energy, solid state lasers. Since that time, Northrop Grumman has invested internal funds to fabricate, integrate, and test a demonstration prototype of the FIRESTRIKE laser called Gamma.

High-power, solid-state technology has great potential to provide the military with a multi-platform, multi-mission capability. Weaponized electric lasers will complement kinetic systems, bringing speed-of-light, ultra-precision and force protection to the battlefield.

With deep magazines and scalable in power to address specific threats, these operational weapons will provide crucial defensive military advantages at the strategic, operational and tactical levels of warfare.

Successes in power level, run time and beam quality under the JHPSSL program led to the development of the Maritime Laser Demonstration for the U.S. Navy, where the company in 2011 became the first to successfully operate a laser weapon at sea.

JHPSSL technology also is the underlying technology for the company's FIRESTRIKE laser product line introduced in 2009 that builds on its heritage of record-breaking, high-energy, solid state lasers. Since that time, Northrop Grumman has invested internal funds to fabricate, integrate, and test a demonstration prototype of the FIRESTRIKE laser called Gamma.

Supplier's Site Datasheet

Technical Specifications

  Northrop Grumman Corporation
Product Category Lasers
Product Name Solid State Laser
Laser Type Solid State Lasers
Unlock Full Specs
to access all available technical data

Similar Products

 - 111346 - RS Components, Ltd.
RS Components, Ltd.
Specs
Laser Output Continuous
Laser Wavelength Red
CDRH Classification 3R
View Details
Epilog Fusion Ascent 12 Laser Machine - Fiber and CO2 Engraving and Cutting Laser Machines 12 inches - Epilog Laser Corp.
Specs
Laser Type Carbon Dioxide Lasers; Fiber Lasers
CDRH Classification Class II
Wavelength Range 1065 to 10600 nm (10650 to 106000 Å)
View Details