Elbit Systems’ SPECTRO 12 combines advanced cameras, thermal imaging, artificial intelligence, and laser targeting in a compact payload designed for helicopters and other military platforms.
By Hezy Laing
An Israeli-made surveillance system designed to help military crews detect and track distant targets is heading to an international customer as part of a major defense deal announced by Elbit Systems.
On October 26, Elbit announced contracts worth approximately $200 million with an unidentified country in the Asia-Pacific region. The agreement covers airborne intelligence systems and training solutions, including the SPECTRO 12, which will be integrated onto helicopters.
The contracts will be carried out over a period of up to five years. Elbit has not disclosed the customer’s identity, the number of SPECTRO 12 units involved, or how much of the overall contract value is attributable to the system.
The SPECTRO 12 is the latest addition to Elbit’s family of electro-optical systems, which use advanced cameras, infrared sensors, and laser equipment to help military forces observe their surroundings and identify targets.
Powerful sensors in a compact package
The system addresses a practical challenge facing military aircraft designers: how to fit sophisticated surveillance equipment onto smaller platforms without placing excessive demands on their available space, weight, and electrical power.
Rather than requiring a dedicated reconnaissance aircraft, a compatible helicopter can carry the SPECTRO 12 as an additional sensor payload. The aircraft provides the mobility, while the system supplies advanced imaging and targeting capabilities.
Its three main imaging channels serve different purposes. A 4K daylight camera captures detailed images in visible light, an HD short-wave infrared (SWIR) sensor provides additional information in challenging atmospheric conditions, and a Full-HD mid-wave infrared (MWIR) thermal imager detects heat patterns.
Together, these sensors help crews observe areas in different lighting conditions, including at night. SWIR can improve visibility through certain forms of haze and atmospheric interference, while thermal imaging can reveal heat-emitting objects that might be difficult to distinguish with an ordinary camera.
Their effectiveness depends on the environment, the target, and the sensor’s operating conditions.
From surveillance to target designation
The SPECTRO 12 does more than collect images. It also incorporates a laser rangefinder, a laser target designator, and a laser pointer, giving it capabilities that can support military targeting missions.
A laser rangefinder measures the distance to an observed object. A laser target designator can illuminate a target with a coded laser signal that compatible precision-guided weapons use to home in on it.
This combination can help military crews move from observing an object to locating it more precisely and supporting an engagement by compatible weapons. The payload itself does not fire weapons, and its role in any particular mission depends on the aircraft and the wider weapons and communications systems involved.
How artificial intelligence helps
Elbit has also equipped the SPECTRO 12 with AI-powered image processing and target-tracking capabilities.
Military crews may need to monitor large areas while following moving vehicles or other objects of interest. Automated image analysis can help operators identify potential targets and maintain track of them, reducing the burden of examining imagery manually.
These tools assist the operator rather than eliminate the need for human judgment. Detecting an object does not, by itself, establish whether it poses a threat.
Why the compact design matters
Elbit designed the SPECTRO 12 for platforms with strict size, weight, and power limits, including light helicopters, unmanned aircraft, maritime platforms, and tactical ground vehicles.
That flexibility could allow military forces to equip compatible aircraft they already operate with additional surveillance and targeting capabilities, potentially reducing the need to rely exclusively on larger, specialized platforms
