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gptkb:F-16XL
|
aerodynamic research
|
|
gptkb:Sukhoi_Su-47_Berkut
|
future Russian fighter technologies
|
|
gptkb:NAL_Asuka_research_aircraft
|
aerodynamic research
|
|
gptkb:X-62
|
variable stability in-flight simulator
|
|
gptkb:Toyota_Green_Town_project
|
mobility solutions
|
|
gptkb:NAL_Asuka_research_aircraft
|
propulsion integration
|
|
gptkb:F-15_STOL/MTD
|
supermaneuverability
|
|
gptkb:Fairey_Delta_2
|
ogival delta wing design
|
|
gptkb:NAL_Asuka_research_aircraft
|
boundary layer control
|
|
gptkb:NAL_Asuka_research_aircraft
|
noise reduction
|
|
gptkb:Toyota_Motor_Corporation_(Woven_City_project)
|
urban planning
|
|
gptkb:Toyota_Motor_Corporation_(Woven_City_project)
|
sustainable living
|
|
gptkb:NAL_Asuka_research_aircraft
|
fly-by-wire control
|
|
gptkb:Rotor_Systems_Research_Aircraft_(RSRA)
|
rotor systems research
|
|
gptkb:F-15_STOL/MTD
|
digital flight control systems
|
|
gptkb:BAe_EAP
|
fly-by-wire controls
|
|
gptkb:BAe_EAP
|
composite materials
|
|
gptkb:F-8_Digital_Fly-By-Wire
|
fly-by-wire technology
|
|
gptkb:NAL_Asuka_research_aircraft
|
active control technology
|
|
gptkb:Toyota_Motor_Corporation_(Woven_City_project)
|
gptkb:Internet_of_Things_(IoT)
|