The Tweet comes to P3Dv4 to do what it does best: NOISE! Built with unparalleled detail, this plane is coming to P3Dv4 to do what it does best: make some NOISE!
Immerse yourself in this detailed simulation of the T-37, featuring PBR materials, detailed systems, high quality flight dynamics and 3D animated pilots in the cockpit. The plane's nature as a trainer and our implementation of it in the sim allows it to be enjoyed by purists and casual simmers alike!
An iconic trainer comes back to life in Prepar3D v4! Built per the flight manual and with the latest techniques possible in P3Dv4, the SWS Tweet is the most detailed & up-to-date rendition of the "flying dog whistle"!
The SWS team has strived to create the Tweet's systems according to the real-world flight manual. Almost every system is simulated and works like the real thing, meaning that the study-level simmer will be pleased. Being a trainer, though, the Tweet is meant to be easy to operate, allowing you to focus on flying, rather than managing it.
Through our aircraft configuration menu, you will be able to set the aircraft to the state you desire. Are you a casual simmer that just wants to hop in and fly? Just pick ready to fly and roll down the runway! Are you a button-pusher that likes to follow procedures in detail? Set the aircraft to cold & dark and have fun going through the checklists!
Simulated Systems Include:
-
Electrical
-
Lighting
-
Pitot-static
-
Fuel & engine
-
Radios
-
DME
-
Independent instruments for student & instructor
Visual Model
The visual model of the T-37 represents a big step forward for the SWS art pipeline. Making full use of PBR material and extensive use of new animation techniques, we have been able to create a good-looking, well-performing aircraft model. The Tweet features:
-
High detail exterior model, with lots of custom animations
-
Five high quality liveries using PBR materials
-
High definition virtual cockpit
-
Many custom animations, from instruments to zippers!
-
Animated 3D pilots in the VC:
-
Realistic night lighting
-
Dynamic utility lights
-
Realistic instrument animations & operation
Requirements
-
Minimum Sysem Requirements
-
4GB GPU RAM or better
-
Quad Core Processor at 3.6GHz or better
-
8GB RAM
-
Windows 10
-
1.76 GB of Hard Drive space
-
Visual C++ 2017 (included)
-
P3D v4
-
Recommended System Requirements
-
6GB GPU RAM or better
-
Quad Core Processor at 3.6GHz or better
-
16GB RAM
-
Windows 10
-
1.76 GB of Hard Drive space
-
Visual C++ 2017 (included)
-
P3D v4
Extra
-
The manual can be found HERE
Cold Start and Takeoff
Familiarization
