BAE SYSTEMS SUCCESSFULLY COMPLETES IN-COUNTRY COMMISSIONING OF AIRBORNE RECONNAISSANCE SYSTEM IN OMAN
December 4, 2007
No Comments
GREENLAWN, New York - BAE Systems has completed in-country commissioning in Oman for a long-range, electro-optical reconnaissance system as part of the F-16 Oman Peace A’sama A’safiya program.
The commissioning marks the first fielding and sale of BAE Systems’ Airborne Reconnaissance System (ARS) camera. ARS can take pictures day or night at fighter-plane speeds and altitudes from 3,000 to 40,000 feet and at ranges up to 100 nautical miles. It has the largest focal length currently available for tactical reconnaissance missions.
“The increased focal length allows military personnel to take clear pictures or collect reconnaissance data from a greater, and therefore safer, distance,” said Raymond Fricker, identification and surveillance program manager for BAE Systems in Greenlawn, New York. “This system can cover more area per minute than any other system available today.”
Performance and aircraft integration testing were completed earlier this year at Edwards Air Force Base, California. ARS met all criteria for aircraft operations, imagery collection, carriage and handling, and safety of flight. The systems were then shipped to Oman for integration into the arsenal of the Royal Air Force of Oman (RAFO).
RAFO, U.S. government, and BAE Systems personnel conducted 11 flights in three days with complete data analysis as part of the commissioning effort, enabling the RAFO Reconnaissance Program to become operational four months ahead of schedule. More than 10,000 image frames compressed into 250 gigabytes of digital visible and infrared imagery were collected and viewed on the BAE Systems-supplied ground intelligence processing station.
ARS digitally records imagery in the visible and infrared light spectra. The system contains adaptable optics, allowing the collection of imagery in dual fields of view and allowing the sensor to operate with high- and medium-altitude functionality. During all operational modes, recorded imagery is displayed on the aircraft’s multi-function display.
RAFO also uses the advanced ARS, which provides high-resolution, digital, electro-optical imagery in support of combat operations such as enemy order of battle, targeting, and combat assessment. In peacetime, ARS will give RAFO the ability to closely monitor its borders and surrounding sea areas for activities such as smuggling, illegal immigration, and terrorist activities.
The commissioning marks the first fielding and sale of BAE Systems’ Airborne Reconnaissance System (ARS) camera. ARS can take pictures day or night at fighter-plane speeds and altitudes from 3,000 to 40,000 feet and at ranges up to 100 nautical miles. It has the largest focal length currently available for tactical reconnaissance missions.
“The increased focal length allows military personnel to take clear pictures or collect reconnaissance data from a greater, and therefore safer, distance,” said Raymond Fricker, identification and surveillance program manager for BAE Systems in Greenlawn, New York. “This system can cover more area per minute than any other system available today.”
Performance and aircraft integration testing were completed earlier this year at Edwards Air Force Base, California. ARS met all criteria for aircraft operations, imagery collection, carriage and handling, and safety of flight. The systems were then shipped to Oman for integration into the arsenal of the Royal Air Force of Oman (RAFO).
RAFO, U.S. government, and BAE Systems personnel conducted 11 flights in three days with complete data analysis as part of the commissioning effort, enabling the RAFO Reconnaissance Program to become operational four months ahead of schedule. More than 10,000 image frames compressed into 250 gigabytes of digital visible and infrared imagery were collected and viewed on the BAE Systems-supplied ground intelligence processing station.
ARS digitally records imagery in the visible and infrared light spectra. The system contains adaptable optics, allowing the collection of imagery in dual fields of view and allowing the sensor to operate with high- and medium-altitude functionality. During all operational modes, recorded imagery is displayed on the aircraft’s multi-function display.
RAFO also uses the advanced ARS, which provides high-resolution, digital, electro-optical imagery in support of combat operations such as enemy order of battle, targeting, and combat assessment. In peacetime, ARS will give RAFO the ability to closely monitor its borders and surrounding sea areas for activities such as smuggling, illegal immigration, and terrorist activities.
