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Boeing-SVS Technician with the Relocatable High-Energy Laser System
B-SVS Technicians Inspect the Relocatable High-Energy Laser System
B-SVS Relocatable High-Energy Laser System at Albuquerque, NM
Boeing-SVS Relocatable High-Energy Laser System in the Lab
Two Technicians at Work on the B-SVS Relocatable High-Energy Laser System
A Technician Adjusts the B-SVS Relocatable High-Energy Laser System
Boeing-SVS Technicians with the Relocatable High-Energy Laser
Boeing-SVS Technicians at Work on the Relocatable High-Energy Laser
Boeing-SVS Technicians Adjust the Relocatable High-Energy Laser
The Relocatable High-Energy Laser is Fine-Tuned by Boeing-SVS Technicians
Technicians at Work on Relocatable High Energy Laser System (RHELS)
Boeing SVS Technician Working on Re-locatable High Energy Laser System (RHELS)
Boeing SVS Technician Working on Re-locatable High Energy Laser System (RHELS)
Boeing SVS Technician Working on RHELS (Re-locatable High Energy Laser System)
Boeing SVS Technician with the Advanced Tactical Laser (ATL)
Boeing SVS Technician Working on Re-locatable High Energy Laser System (RHELS)
Boeing SVS Technicians at Work on the Advanced Tactical Laser
Boeing SVS Technicians Reflected in the Turret of the Advanced Tactical Laser (ATL)
Two Boeing SVS Techinicians Reflected in the Advanced Tactical Laser Turret
Engineering Techinicians Inspect the Boeing SVS Advanced Tactical Laser Turret
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Technician with the Boeing-SVS Relocatable High-Energy Laser System
Boeing SVS is developing Dual Line of Site (DLOS) research. DLOS features two optical paths working at the same time: a receiver of a laser beam, and a transmitter that sends on the beam to a target. DLOS has become a part of other programs and systems, such as the Aerospace Relay Mirror System and is designing very short-range (6-mile, or 10-kilometer) tactical weapons called the Relocatable High-Energy Laser System. Field tests in late 2006 showed that the Relocatable High-Energy Laser System's mirror system on wheels can align with a stationary laser source and receive an optical signal from it.
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Unique identifier
BI229261
Boeing ID
smf07_f_svs_abq-351
Type
Image
Size
3200px × 2052px 18MB
License type
RM
Keywords
2000s
adults
ammunition/weapons systems
close-ups
currently in development
dark
Directed Energy Systems (DES)
glare
ground shots
head on views
headshots
High Energy Laser (HEL)
high-tech / advanced
interiors
laboratories
looking at camera
male
military
occupations and work
one person
photos
pink
portraits
red
Relocatable High-Energy Laser System
researchers
safety goggles
science and technology
testing
text
tilt views
Restrictions