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WPNSGuy
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The USAF already knows how to do this. The QF series of Full Scale Aerial Targets (FSAT). Ex-front line jets, converted to remote control. Key word there - Target.

They've been doing it for decades. Currently, older F-16A, because they ran out of F-4s.

Also, the Predator/Reaper (and others). Remote control.

The reasons that this is not a slam dunk solution for fighters are many.

Latency. The pilot is always just a teeny bit behind what is actually happening. That's just physics. Flying a Predator or Reaper by remote control is fine, because it is just recon, or shooting a slow or stationary target on the ground.

Hackability A person in the cockpit can't be hacked. We've already had an instance of a Predator being spoofed to land/crash somewhere else.

Visibility Instant head and eyeball swivel, in the cockpit, is hard to recreate with cameras.

Long lead time The current F-22 and F-35 have been in development for decades. Long before real remote control for actual fighter jet capabilities would have been an option.

Remote control for a Reaper mission is much different than what is needed in direct air to air combat.

The new B-21 Raider bomber is supposedly going to be "pilot optional". Again, the flight profile for a bomber is quite different than air to air.

Anecdotally, I have heard rumors that the USAF is investigating the QF-16 concept for actual combat.

Bottom line answer to: "Why are there still fighter pilots in cockpits?"

Because the technology and trust has not yet evolved enough for a full solution. The 'trust' is actually trusting your national security to this still evolving tech.

The USAF already knows how to do this. The QF series of Full Scale Aerial Targets (FSAT). Ex-front line jets, converted to remote control. Key word there - Target.

They've been doing it for decades. Currently, older F-16A, because they ran out of F-4s.

Also, the Predator/Reaper (and others). Remote control.

The reasons that this is not a slam dunk solution for fighters are many.

Latency. The pilot is always just a teeny bit behind what is actually happening. That's just physics. Flying a Predator or Reaper by remote control is fine, because it is just recon, or shooting a slow or stationary target on the ground.

Hackability A person in the cockpit can't be hacked. We've already had an instance of a Predator being spoofed to land/crash somewhere else.

Visibility Instant head and eyeball swivel, in the cockpit, is hard to recreate with cameras.

Long lead time The current F-22 and F-35 have been in development for decades. Long before real remote control for actual fighter jet capabilities would have been an option.

Remote control for a Reaper mission is much different than what is needed in direct air to air combat.

The new B-21 Raider bomber is supposedly going to be "pilot optional". Again, the flight profile for a bomber is quite different than air to air.

Anecdotally, I have heard rumors that the USAF is investigating the QF-16 concept for actual combat.

The USAF already knows how to do this. The QF series of Full Scale Aerial Targets (FSAT). Ex-front line jets, converted to remote control. Key word there - Target.

They've been doing it for decades. Currently, older F-16A, because they ran out of F-4s.

Also, the Predator/Reaper (and others). Remote control.

The reasons that this is not a slam dunk solution for fighters are many.

Latency. The pilot is always just a teeny bit behind what is actually happening. That's just physics. Flying a Predator or Reaper by remote control is fine, because it is just recon, or shooting a slow or stationary target on the ground.

Hackability A person in the cockpit can't be hacked. We've already had an instance of a Predator being spoofed to land/crash somewhere else.

Visibility Instant head and eyeball swivel, in the cockpit, is hard to recreate with cameras.

Long lead time The current F-22 and F-35 have been in development for decades. Long before real remote control for actual fighter jet capabilities would have been an option.

Remote control for a Reaper mission is much different than what is needed in direct air to air combat.

The new B-21 Raider bomber is supposedly going to be "pilot optional". Again, the flight profile for a bomber is quite different than air to air.

Anecdotally, I have heard rumors that the USAF is investigating the QF-16 concept for actual combat.

Bottom line answer to: "Why are there still fighter pilots in cockpits?"

Because the technology and trust has not yet evolved enough for a full solution. The 'trust' is actually trusting your national security to this still evolving tech.

Source Link
WPNSGuy
  • 11.8k
  • 2
  • 26
  • 59

The USAF already knows how to do this. The QF series of Full Scale Aerial Targets (FSAT). Ex-front line jets, converted to remote control. Key word there - Target.

They've been doing it for decades. Currently, older F-16A, because they ran out of F-4s.

Also, the Predator/Reaper (and others). Remote control.

The reasons that this is not a slam dunk solution for fighters are many.

Latency. The pilot is always just a teeny bit behind what is actually happening. That's just physics. Flying a Predator or Reaper by remote control is fine, because it is just recon, or shooting a slow or stationary target on the ground.

Hackability A person in the cockpit can't be hacked. We've already had an instance of a Predator being spoofed to land/crash somewhere else.

Visibility Instant head and eyeball swivel, in the cockpit, is hard to recreate with cameras.

Long lead time The current F-22 and F-35 have been in development for decades. Long before real remote control for actual fighter jet capabilities would have been an option.

Remote control for a Reaper mission is much different than what is needed in direct air to air combat.

The new B-21 Raider bomber is supposedly going to be "pilot optional". Again, the flight profile for a bomber is quite different than air to air.

Anecdotally, I have heard rumors that the USAF is investigating the QF-16 concept for actual combat.