Do remember that these test aircrafts in the videos are 350X, they are prototype airframes. The gap is unfinished sealing.View attachment 161300
Sketchy tolerances on the canopy, and the probe door's left side appears to have a .
Do remember that these test aircrafts in the videos are 350X, they are prototype airframes. The gap is unfinished sealing.View attachment 161300
Sketchy tolerances on the canopy, and the probe door's left side appears to have a .
You can clearly see the pilot's two hands firmly on the handholds attached to the canopy and not on the control stick during the catapult launch! Same case for J-15T.View attachment 161300
Sketchy tolerances on the canopy, and the probe door's left side appears to have a large gap.
Curious why J35 drivers are not fitted with hmds or for that matter even the J15sView attachment 161300
Sketchy tolerances on the canopy, and the probe door's left side appears to have a large gap.
Wait... The little cart has 金轮's logo, I thought they're only do 'business' in Saudi.A proper photo with the IWB open.
View attachment 161338
Curious why J35 drivers are not fitted with hmds or for that matter even the J15s
Might I add that the acceleration required of catapult launches possibly predisposes the pilot to an increased risk of cervical injury or even fracture, especially when wearing heavy helmets, although there is yet to be literature published on this.Similar to J-20, J-16 and J-10C pilots, they all have HMDs as an option, but if it is for sorties where a HMD is unnecessary, then they tend to wear lighterweight regular flight helmets.
After all, HMDs will ultimately still weigh a bit more than a typical flight helmet, and chronic neck strain is real
That can be easily mitigated with practice and training. Almost all USN aviators launch with HMDS now and to my knowledge there has been almost zero 'additional' injury linked to the slightly heavier helmets.Might I add that the acceleration required of catapult launches possibly predisposes the pilot to an increased risk of cervical injury or even fracture, especially when wearing heavy helmets, although there is yet to be literature published on this.