Dancing Wings - The Aerobatic Simulator (AppID: 3728180)
Dancing Wings - The Aerobatic Simulator - Steam Analytics & Details
Team aerobatics flight simulator - do it solo. Explore pricing history and player statistics for Dancing Wings - The Aerobatic Simulator.
Media Gallery
Screenshots
Videos
Trailer1
System Requirements
- Requires a 64-bit processor and operating system
- OS: Windows 10 / 11
- Processor: Intel Core i5-8400 | Ryzen 5 2600 or above
- Memory: 8 GB RAM
- Graphics: NVIDIA GeForce GTX 1050 or above
- DirectX: Version 12
- Storage: 2 GB available space
- Requires a 64-bit processor and operating system
Additional Information
*languages with full audio support
Pricing Information
Additional Information
Developer Analytics
Loading competitors...
About This Game
Team aerobatics flight simulator - do it solo. Fly, save the replay, fly in overlay mode, save the new replay, and repeat it up to six aircrafts. Realistic aerodynamics and landscape. Step-by-step training. Share your replay online.
Detailed Description
Flight simulator dedicated to team aerobatics -- no gun, no missile.
YOU CAN DO IT SOLO
You don't need anyone else. You can do it solo with the replay overlay function. First, you fly as Lead, and save your replay data. Second, you enter the replay overlay mode, fly as Wingman together with Lead that you previously played as, and save the new replay -- now you have a replay of two aircrafts. You can overlay up to 6 ships.
TRAINING FROM BASIC TO ADVANCED
This game provides various trainings from basic to advanced. The basic level includes level flight, ascend/descend, turn, takeoff and landing. The advanced level teaches you how to fly in a formation.
DOWNLOAD/UPLOAD REPLAY OVER INTERNET
Replay data can be downloaded from or uploaded to the server. You can join (overlay) the team performance done by someone else in the world, or vice versa.
REALISTIC AERODYNAMICS
The game employs a realistic aerodynamic simulation of lift, gravity, thrust and drag.
REALISTIC LANDSCAPE
You'll also enjoy the landscape modeled from actual height data of the northeast region in Japan, around Higashi-matsushima city.