Tag Archives: Scott Forney

The Department of Energy has selected General Atomics' electromagnetic systems business to develop a 50-megawatt electric reactor concept under a cost-shared partnership.

Boeing and General Atomics' electromagnetic systems business have teamed up to develop a high-energy laser weapon system intended for missile and air defense operations.

General Atomics' electromagnetic systems business has secured a contract extension to continue helping the NASA Jet Propulsion Laboratory manage a deep space atomic clock payload on the company-built Orbital Test Bed spacecraft.

General Atomics' electromagnetic systems business has received a contract from the U.S. Navy to build propulsor components for submarines and surface ships.

A business unit of General Atomics has secured an other transaction agreement to provide system design concepts for multidomain operations under the U.S. Army's Digital Guided Missile development program.

The U.S. Navy has launched and recovered aircraft more than 3K times onboard the USS Gerald R. Ford  using a pair of General Atomics-built systems.

General Atomics’ electromagnetic systems business has landed a contract of an undisclosed value from the U.S. Navy to engineer and sustain electromagnetic aircraft launch systems and advanced arresting gear platforms aboard USS Gerald R. Ford.

The U.S. Navy used General Atomics-built launch and recovery systems aboard USS Gerald R. Ford as part of the flight deck certification process for the aircraft carrier.

The U.S. Special Operations Command has approved a lithium-ion battery designed by General Atomics as an energy source for the Dry Combat Submersible vehicle.

General Atomics’ electromagnetic systems business has expanded its presence in Colorado with a new facility focused on spacecraft manufacturing, integration and testing.

General Atomics' electromagnetic systems business is set to speed up developmental efforts for a molecular diagnostic tool in efforts to address testing needs for COVID-19 and other respiratory diseases.

The U.S. Navy has approved General Atomics-built system components for use in aircraft launch and recovery activities aboard the service’s nuclear-powered USS Gerald R. Ford carrier.

General Atomics’ electromagnetic systems business has demonstrated a technology designed to facilitate an aircraft’s recovery sequence on Ford-class carriers.

A miniature atomic clock device on board the General Atomics-built Orbital Test Bed continues to function nominally nearly six months after the OTB satellite launched from NASA's Kennedy Space Center in Cape Canaveral, Fla.

General Atomics’ electromagnetic systems business has secured a contract of undisclosed value from the U.S. Army to deliver a hydrogen generation system that will help refuel hydrogen vehicles in deployment.