Take your flying experience to the next level with the Delta Dart, a high-performance 3D-printed delta EDF aircraft designed around one key feature: thrust vectoring. The thrust vectoring system gives the Delta Dart an extraordinary level of maneuverability, allowing it to perform spectacular maneuvers that would be impossible with a conventional control setup. It enables extreme angles of attack, rapid pitch changes, high-alpha flight, and impressive post-stall maneuvers, turning this compact delta into a highly capable aerobatic machine. Power comes from two 50mm EDF units, combining high speed with the exceptional agility of the delta configuration. The two independent EDFs also allow differential thrust, providing direct yaw control. This is particularly useful during takeoff, helping maintain directional control before the aerodynamic control surfaces become fully effective. Launching the Delta Dart is made safe and straightforward thanks to its servo-controlled launch dolly. It remains securely attached during the takeoff run, preventing bumps or uneven surfaces from causing a premature separation. Once airborne, the dolly is released, leaving the aircraft completely free for flight. As with all Eclipson designs, the Delta Dart has been optimized specifically for 3D printing, combining a lightweight and strong airframe with an efficient and accessible printing process. Twin EDF power, differential thrust, delta agility, and thrust vectoring come together to create a unique flying experience for pilots looking to push the limits of 3D-printed RC aircraft.