- Joined
- 31 May 2009
- Messages
- 1,154
- Reaction score
- 677
Something different for today ... a collaborative project between Grumman and Shin Meiwa in Japan.
Note wing engines can tilt up a few degrees (it's described on another page). Also, there is heavy reliance on active boundary layer control via twin turbines behind the rear pressure bulkhead. MAD system is in wingtip floats. Front and rear torpedo bays (are these Mk.48s?) underwing missiles and side-launching sonobuoys, flares, etc. make it a comprehensive and lethal system.
ACLS (air cushion landing system) allows the aircraft to land and shelter basically anywhere. Lots of innovative technologies in this design.
Note wing engines can tilt up a few degrees (it's described on another page). Also, there is heavy reliance on active boundary layer control via twin turbines behind the rear pressure bulkhead. MAD system is in wingtip floats. Front and rear torpedo bays (are these Mk.48s?) underwing missiles and side-launching sonobuoys, flares, etc. make it a comprehensive and lethal system.
ACLS (air cushion landing system) allows the aircraft to land and shelter basically anywhere. Lots of innovative technologies in this design.
Attachments
-
Grumman - Shin Meiwa ASR-544-4 A1.jpg49.9 KB · Views: 848
-
Grumman : Shin Meiwa ASR-544-4 005.jpg849.1 KB · Views: 383
-
Grumman : Shin Meiwa ASR-544-4 004.jpg798 KB · Views: 317
-
Grumman : Shin Meiwa ASR-544-4 003.jpg1,005.6 KB · Views: 403
-
Grumman : Shin Meiwa ASR-544-4 002.jpg1.5 MB · Views: 933
-
Grumman : Shin Meiwa ASR-544-4 001.jpg1.2 MB · Views: 846
-
Grumman - Shin Meiwa ASR-544-4 A3.jpg42.9 KB · Views: 824
-
Grumman - Shin Meiwa ASR-544-4 A2.jpg45.9 KB · Views: 808