Swedish defense company Saab has revealed its high-end Autonomous Collaborative Platform, or ACP. The proposed A3 is a reusable, low-observable uncrewed combat aircraft designed for supersonic performance and operations alongside manned fighters. Unlike lower-cost disposable loyal wingman drones, Saab’s A3 concept is intended to perform high-risk missions inside heavily defended airspace. Its potential roles include air-to-air combat, electronic warfare, suppression of enemy air defenses, and deep precision strikes. In this video, we examine: • Saab’s full-scale A3 stealth drone mock-up • why Saab uses the Autonomous Collaborative Platform designation • the differences between the A1, A2 and A3 aircraft • A1’s planned first flight within fifteen months • Saab’s thirty-six-month concept-to-flight target • the GE Aerospace F414 engine and its twenty-two-thousand-pound thrust • how A2 could test weapons, sensors and new materials • why Gripen E could control multiple ACP aircraft • how GlobalEye could support the combat network • Saab’s estimate of two to three ACPs per Gripen • projected acquisition and life-cycle costs • Sweden’s future fighter decision between 2028 and 2030 • why A3 remains a proposal rather than an ordered aircraft • when flight testing and initial operational capability could begin Saab estimates that the life-cycle cost of one ACP could be approximately one-third that of a Gripen, while its acquisition price could reach around half the cost of a manned fighter. If Sweden supports the program, an A3 development contract could appear around 2030. Flight testing could begin in the early 2030s, followed by initial operational capability in the middle of the decade. For now, A1 and A2 will serve as technology demonstrators, while A3 represents Saab’s vision for a future supersonic stealth combat drone. What role could Saab’s ACP play alongside the Gripen E? Share your thoughts in the comments.
Source: Saab A3 REVEALED: Sweden’s NEW Supersonic Stealth Drone
