Lockheed Martin accomplished the primary demo of the Sniper Networked Concentrating on Pod, validating the brand new real-time knowledge sharing functionality between F-16s and floor stations.
Lockheed Martin has accomplished a multi-aircraft flight demonstration of its new Sniper Networked Concentrating on Pod (NTP), validating the brand new functionality to change concentrating on knowledge in real-time between two F-16 fighters and a floor station, based on an organization assertion launched on Jan. 30, 2026. The demo, whose timing and placement weren’t disclosed, follows the disclosing of the system in November 2025.
The occasion marks the inaugural flight check of the Sniper NTP in a networked configuration. Lockheed Martin says this represents a step ahead in turning a long-established electro-optical/infrared (EO/IR) concentrating on pod into what the corporate describes as a “battlespace connector,” able to sharing sensor knowledge throughout platforms in close to actual time.
The demonstration was carried out with help from Lockheed Martin Aeronautics and its 5G.MIL initiative, which focuses on resilient, high-speed communications for navy purposes. In accordance with the corporate, the flight validated the flexibility of two upgraded Sniper pods to change concentrating on info with one another and concurrently transmit that knowledge to a floor station, making a shared tactical image for each airborne and floor customers.
From Sensor to Community Node
Not like conventional concentrating on pods, which primarily serve the host plane, the Sniper NTP is designed to behave as a networked node inside a wider command-and-control structure. Lockheed Martin says the pod can join via cell advert hoc community (MANET) radios and safe datalinks, enabling plane to change sensor knowledge immediately and to re-establish connectivity routinely if a hyperlink is disrupted.
The latter is a crucial characteristic in gentle of in the present day’s and tomorrow’s contested environments the place jamming or intermittent connectivity is predicted. The growing use of digital warfare to disrupt communications and knowledge transmission can in actual fact be famous throughout present conflicts, most notably in Ukraine the place digital warfare has been used to disrupt UAV management hyperlinks and concentrating on programs.
Lockheed Martin says this enables to scale back latency between detection, identification, and engagement. That is particularly vital as in the present day’s eventualities develop into more and more advanced with the introduction of latest superior threats, and rapidly sharing info turns into important for situational consciousness.
“In in the present day’s battlespace, seconds matter,” Lockheed Martin stated in its assertion, emphasizing that intelligence, surveillance, and reconnaissance (ISR) features are more and more executed in parallel fairly than sequentially. The agency argues that the flexibility to maneuver trusted knowledge immediately between platforms can compress the so-called “kill chain” from minutes to seconds.
Constructing on a Confirmed System
As beforehand reported by The Aviationist when the Sniper NTP was unveiled in November 2025, the brand new pod builds on the broadly fielded AN/AAQ-33 Sniper Superior Concentrating on Pod (ATP) by integrating a Hybrid Base Station (HBS) that includes a number of processors and datalinks. This integration successfully turns the pod into an airborne communications and edge-computing hub.
Externally, the pod retains the acquainted form of the Sniper ATP, with the addition of a conformal part below the mid-body of the pod. That part is believed to accommodate antenna arrays for the brand new datalink features.
In accordance with Lockheed Martin, the HBS structure is versatile sufficient to help a number of waveforms and processors. Among the many ones talked about are the Multifunction Superior Datalink (MADL) for interoperability with the F-35 Lightning II and MANET radios for mesh networking between fourth-generation plane and different property.
This configuration is meant to permit legacy fighters to obtain and act on knowledge generated by fifth-generation platforms with out requiring structural or avionics modifications to the plane itself. The flexibility to combine MADL is especially vital, because it permits the F-35 to take care of its low chance of detection (LPD)/low chance of intercept (LPI) whereas transferring knowledge, one thing that doesn’t apply to Hyperlink 16.
Lockheed Martin has described the Sniper NTP as a “plug-and-play” improve path that may add safe communications and processing functionality to current fleets. This might counsel that platforms already cleared for using the Sniper ATP can seamlessly combine the brand new variant.
Bridging Fourth- and Fifth-Technology Plane
One of many key ideas related to the Sniper NTP is its potential function as a bridge between fourth- and fifth-generation platforms. That is notable because the enhancement of the interoperability between the 2 is a subject of continued dialogue for a lot of air forces around the globe.
In an idea of operations beforehand illustrated by Lockheed Martin, an F-35 detects and identifies a goal utilizing its onboard sensors and passes exact coordinates via MADL to Sniper NTP-equipped F-16s. These plane can then relay the data through MANET to a command heart to activity additional property or have interaction the goal on their very own utilizing long-range weapons.
Lockheed Martin has said that this method permits the F-35 to stay stealthy whereas enabling different plane to contribute to the engagement. “With out compromising stealth, an F-35 can establish targets and go exact coordinates via Sniper NTP to an F-16 which may then have interaction the goal utilizing lengthy vary weapons,” the corporate stated when unveiling the system.
After this primary flight demonstrated the networking idea between two Sniper NTP-equipped F-16s, follow-on state of affairs would doubtless embody the F-35 and knowledge switch trough MADL.
Underlying Sniper ATP
The underlying AN/AAQ-33 Sniper ATP stays one of the vital broadly fielded EO/IR concentrating on programs, with greater than 1,650 pods delivered and greater than 5 million operational hours logged in U.S. and allied air forces. The system offers long-range goal detection, precision identification and laser designation for a broad vary of strike and ISR missions.
The pod combines a high-definition mid-wave infrared sensor with a stabilized TV digital camera and a dual-mode laser designator/illuminator. This sensor suite permits aircrews to accumulate, monitor and establish targets at vital stand-off ranges, whereas producing weapon-quality coordinates to help GPS-guided and laser-guided munitions.
Lockheed Martin highlights that the pod’s superior image-processing and automatic monitoring algorithms considerably cut back pilot workload, enabling steady monitoring of transferring targets even throughout high-speed maneuvers. Along with its strike function, the Sniper ATP has develop into a beneficial non-traditional ISR asset throughout its many fight deployments.
The pod may report and downlink full-motion video with metadata to floor controllers or different plane, supporting real-time coordination in dynamic environments. This manner, the Sniper ATP may present overhead surveillance for floor models, including one other layer of safety.
As we beforehand reported right here at The Aviationist, the pod’s high-resolution IR imagery has confirmed helpful even in air-to-air contexts, being adopted to assist within the identification of tracks of curiosity by Fast Response Alert plane. A notable case was Taiwanese F-16Vs utilizing their Sniper pods to seize detailed IR footage of PLA Navy J-15 fighters throughout a detailed encounter.
