With a single F404-class engine, the Hürjet has virtually no chance in an air-to-air duel against the Rafale M, the F/A-18 Super Hornet, the F-35 B/C, or modern Russian/Chinese naval fighter jets. These opponents have significantly greater thrust reserves and superior thrust-to-weight ratios, which translate into better acceleration, higher climb rates, greater energy savings, and overall superior kinematics. In modern BVR and energy combat, it is not only maximum speed that matters, but also who can generate and consume energy faster in order to evade, reposition, and withstand fast missiles.
In addition to the propulsion disadvantage, these opponents typically have more fuel and weapons (internal or on heavier airframes).
Yes, the Hürjet has good radar systems, avionics, and sensors, as well as good ECM/EW suites, but it is not as powerful as other combat aircraft whose engines/APUs generate more energy for more range for example Radar and other Board Systems??? But even with flawless and clean system architecture and tactics, the Hürjet's propulsion class cannot compensate for these disadvantages. Without a significantly more powerful engine, the Hürjet is structurally disadvantaged in air combat – in short, effectively inferior.
In addition to the propulsion disadvantage, these opponents typically have more fuel and weapons (internal or on heavier airframes).
Yes, the Hürjet has good radar systems, avionics, and sensors, as well as good ECM/EW suites, but it is not as powerful as other combat aircraft whose engines/APUs generate more energy for more range for example Radar and other Board Systems??? But even with flawless and clean system architecture and tactics, the Hürjet's propulsion class cannot compensate for these disadvantages. Without a significantly more powerful engine, the Hürjet is structurally disadvantaged in air combat – in short, effectively inferior.