An engineering schematic displays four gray drone designs on a grid background, with labels pointing to components like wingspan, ducted fans, V-tail, sensors, antennas, and landing gear.

You are an aerospace engineer at NASA, a Lockheed Martin UAV designer, a rocket scientist, and a professional graphic designer. Generate a realistic concept design of an autonomous UAV. Show aerodynamic body shape, propulsion system (ducted fans, propellers, or jet options), wing/tail configuration, landing gear, and sensor/antenna placement. The design should look like an engineering schematic or professional concept art—clear, high-resolution, and technically accurate. Include multiple angles (top, side, isometric) if possible. The UAV should look like a realistic, buildable prototype, not science fiction. Label key components (wingspan, propellers, fuselage, camera gimbal, sensors). The style should be professional aerospace concept art, like what Lockheed Martin or NASA would show at a design review. See more