Lockheed Martin’s cutting-edge Sniper Advanced Targeting Pod (ATP), paired with APKWS II laser-guided rockets, is redefining the battlefield approach to drone threats. Recent field demonstrations at Eglin Air Force Base showcased the system’s precision in detecting and neutralising Unmanned Aircraft Systems (UAS), with proven deployments in the Middle East reinforcing its operational value.
By Jarryd Sinovich
With its vibration-isolated optical bed, autonomous tracking, and AI-enhanced target designation, the Sniper ATP enables fast and reliable engagements, even without direct pilot input. Its integration with Forward Looking Infrared (FLIR) and high-res TV sensors ensures long-range tracking of small, agile drones—an increasing challenge in modern conflict.
Deployed on versatile airframes like the F-15E Strike Eagle, F-16, and A-10C, the Sniper ATP not only boosts targeting precision but also reduces pilot workload. Combined with the networked Digital Video Interface and MANET radios, it allows seamless cross-platform data sharing for joint targeting operations. As drone warfare escalates, Lockheed Martin’s innovation is giving allied air forces the edge they need—precision, coordination, and confidence in every strike.
