Which generation is generally capable of supersonic speeds in level flight with basic pulse-only AI radars and look-up engagement scenarios?

Which generation is generally capable of supersonic speeds in level flight with basic pulse-only AI radars and look-up engagement scenarios?

• A. Fourth generation
• B. First generation
• C. Second generation
• D. Third generation

Answer: (C)

Understanding how fighter capability evolved with generation helps explain why this combo fits the second generation. Second-generation fighters combined capable enough engines and airframes to sustain supersonic speeds in level flight, with onboard radar that was still relatively simple—pulse-only and largely limited in processing—paired with engagement methods based on visual cueing or “look-up” scenarios rather than advanced radar tracking. As generations advanced, radars became Doppler-enhanced or phased and cockpit systems grew far more capable, enabling look-down/shoot-down capability and beyond-visual-range engagement. So the mix of supersonic level-flight performance with a basic pulse-only radar and look-up engagement aligns with the second generation.

Understanding how fighter capability evolved with generation helps explain why this combo fits the second generation. Second-generation fighters combined capable enough engines and airframes to sustain supersonic speeds in level flight, with onboard radar that was still relatively simple—pulse-only and largely limited in processing—paired with engagement methods based on visual cueing or “look-up” scenarios rather than advanced radar tracking. As generations advanced, radars became Doppler-enhanced or phased and cockpit systems grew far more capable, enabling look-down/shoot-down capability and beyond-visual-range engagement. So the mix of supersonic level-flight performance with a basic pulse-only radar and look-up engagement aligns with the second generation.