


| Name | BQM-177 |
| Manufacturer | U.S. Defense Contractor |
| Country of Origin | United States |
| Type / Role | Aerial Target Drone |
| First Flight / Introduced | 2000s |
| Status | In Service |
| Unit Cost | Not Publicly Disclosed |
| Maximum Speed | High subsonic |
| Cruise Speed | Variable |
| Operational Range | Medium range |
| Endurance | Less than 1 hour |
| Service Ceiling | High altitude |
| Rate of Climb | Not disclosed |
| Length | Approx. 4 m |
| Wingspan | Approx. 3 m |
| Height | Approx. 1.2 m |
| Maximum Takeoff Weight (MTOW) | Classified |
| Payload Capacity | Telemetry and sensors |
| Hardpoints | None |
| Weapons | None |
| Sensors | Radar enhancer, IR source |
| Avionics | Flight control and telemetry |
| Engine Type | Turbojet |
| Engine Power | Classified |
| Propeller Type | Not applicable |
| Control Type | Remote or preprogrammed |
| Data Link Range | Line of sight |
| Navigation | INS GPS |
| Ground Control Station | Mobile ground unit |
| Primary Users | U.S. military |
| Combat Proven | Used in live fire tests |
| Notable Operations | Missile defense trials |
The BQM-177 drone is a high speed aerial target designed to push air defense systems to their limits. Built to act like modern enemy aircraft and cruise missiles, it gives U.S. and allied forces a realistic way to test sensors, weapons, and command networks under controlled conditions.
Developed in the United States, the BQM-177 was created to support live fire missile tests, interceptor training, and radar tracking drills. It is not a combat drone. Instead, it plays the role of a threat, flying aggressive profiles at speed and altitude that mirror real world attack scenarios.
The BQM-177 uses a jet powered design optimized for speed and stability. It can fly preprogrammed routes or be controlled remotely from a ground station. This allows operators to adjust flight paths, altitude, and maneuvers during training events. The drone can simulate sea skimming or high altitude targets, depending on mission needs.
With high subsonic speed and a compact airframe, the BQM-177 is well suited for testing surface to air missiles, ship based defenses, and fighter radar systems. It supports payloads such as radar enhancers, infrared sources, and telemetry units. These tools help engineers collect data on missile guidance, sensor lock, and intercept accuracy.
The BQM-177 has been used in U.S. weapons testing ranges and joint exercises. Its main value lies in repeatable, safe threat simulation without risking manned aircraft. As air defense systems grow more complex, drones like the BQM-177 remain a key part of U.S. training and evaluation programs.
The BQM-177 High Speed Aerial Target Drone is not sold on the open market. Pricing depends on configuration, support equipment, and test range integration, and is handled through government contracts.
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