One such rare event that lead to a genuine popular revolution was the 1989 Romanian revolution. The signifficant difference here is that Russians have a slave mentality and will just obey to the bitter end.
December 18, 2025 at 8:10 AM
One such rare event that lead to a genuine popular revolution was the 1989 Romanian revolution. The signifficant difference here is that Russians have a slave mentality and will just obey to the bitter end.
Wishful thinking that lead to predictions like "Putin will fall if people dislike him" we've been reading since more than 3 years. Even if 90% oppose him and the war, nothing will happen. That's one of the strong advantages of a dictatorship...it does not matter what 90% of the population thinks.
December 18, 2025 at 8:08 AM
Wishful thinking that lead to predictions like "Putin will fall if people dislike him" we've been reading since more than 3 years. Even if 90% oppose him and the war, nothing will happen. That's one of the strong advantages of a dictatorship...it does not matter what 90% of the population thinks.
true, I was thinking of general limitations of DSIs reached at approximately Mach 2.0, has indeed nothing to do with the F-35.
October 29, 2025 at 7:13 AM
true, I was thinking of general limitations of DSIs reached at approximately Mach 2.0, has indeed nothing to do with the F-35.
Very cool thread, big thanks!
A cheesy question now. How does the F-35 manage to achieve sufficient air compression at Mach 2.0 with the elegant but boring diverterless supersonic inlets (DSI)? Is the inlet volume expanding very much behind the cabin to compensate?
A cheesy question now. How does the F-35 manage to achieve sufficient air compression at Mach 2.0 with the elegant but boring diverterless supersonic inlets (DSI)? Is the inlet volume expanding very much behind the cabin to compensate?
October 28, 2025 at 10:50 PM
Very cool thread, big thanks!
A cheesy question now. How does the F-35 manage to achieve sufficient air compression at Mach 2.0 with the elegant but boring diverterless supersonic inlets (DSI)? Is the inlet volume expanding very much behind the cabin to compensate?
A cheesy question now. How does the F-35 manage to achieve sufficient air compression at Mach 2.0 with the elegant but boring diverterless supersonic inlets (DSI)? Is the inlet volume expanding very much behind the cabin to compensate?
Reposted
– Europe will not have to lift fighter jets into the air — these mini-missiles can be used, because they are 16,000 times cheaper to operate.
– A range of more than 3 km, autonomous detection and tracking using AI.
– The missile can be launched from a hand cannon, a rifle-type device or a vehicle.
– A range of more than 3 km, autonomous detection and tracking using AI.
– The missile can be launched from a hand cannon, a rifle-type device or a vehicle.
October 7, 2025 at 3:30 PM
– Europe will not have to lift fighter jets into the air — these mini-missiles can be used, because they are 16,000 times cheaper to operate.
– A range of more than 3 km, autonomous detection and tracking using AI.
– The missile can be launched from a hand cannon, a rifle-type device or a vehicle.
– A range of more than 3 km, autonomous detection and tracking using AI.
– The missile can be launched from a hand cannon, a rifle-type device or a vehicle.
Highly interesting threads, especially for engineers of the field. Thank you for the work! Some interesting design concepts of the past are often forgotten.
October 1, 2025 at 7:14 AM
Highly interesting threads, especially for engineers of the field. Thank you for the work! Some interesting design concepts of the past are often forgotten.