GDT Hornet (autogyro): Difference between revisions

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(Correct rating and start key.)
(+-intro: Bolding article title, slight rephrasing and cleanup; + <ref> tags and link to full mailing list thread; +templates: Cite web, Wikipedia; +- Cleaned up link to documentation)
 
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{{infobox Aircraft
The '''GDT Hornet''' autogyro is the first simulation of an autogyro in FlightGear. It was brought to FlightGear in 2007 by Maik Justus, developer of the rotorcraft FDM implementation in YASim. Always wanting to have an autogyro he asked Emannuel Barranger for help. Emannuel Barranger stumbled about detailed information of the hornet, and they decided to build the hornet in FlightGear. They were very pleased that Don Shoebridge - the engineer behind the hornet - gave them any detailed information about the hornet they asked for and exported his SolidWorks model for FlightGear. Emmanuel Baranger converted it and made some simplifications and added animations.<ref>https://sourceforge.net/p/flightgear/mailman/flightgear-devel/thread/467ACBC8.3000705%40gmx.de/#msg15443723</ref>
|image          = Hornet.jpg
|name          = GDT Hornet
|type          = Autogyro
|authors        = Emmanuel Baranger(3D), Maik Justus(FDM)
|fdm            = YASim
|fgname        = hornet-yasim</tt>
|status-fdm    = 3
|status-systems =
|status-cockpit = 1
|status-model  = 3
}}


It does not happen all too often, that a company behind an aircraft even delivers a CAD-Model of their own aircraft to FlightGear to use!
{{:{{PAGENAME}}/info}}
== Aircraft help ==
== Aircraft help ==
=== Startup ===
=== Startup ===
# Accelerate the rotor by hand (<tt>n</tt>-key)
# Accelerate the rotor by hand {{key press|n}}
# Set magneto switch to both (<tt>}</tt>-key)
# Set magneto switch to both {{key press|} }}
# Start engine (<tt>s</tt>-key)
# Start engine {{key press|s}}
# Release parking-brake (<tt>B</tt>-key)
# Release parking-brake {{key press|B}}
# Full power
# Full power
# Wait for the rotor to reach sufficient rpm (~300)
# Wait for the rotor to reach sufficient rpm (~300)
#* The rotor accelerates faster if you pull the stick)
#* The rotor accelerates faster if you pull the stick)
== References ==
<references/>


== External links ==
== External links ==
* [http://www.gdt-systems.com/body.asp GDT Systems: Hornet Autogyro]
* {{cite web
 
| url            = http://www.gdt-systems.com/body.asp
[[Category:Aircraft]]
| title          = GDT Systems: Hornet Autogyro
[[Category:Helicopters]]
| author          = Don Shoebridge
| publisher      = GDT Systems
| archiveurl      = https://web.archive.org/web/20111001020003/http://www.gdt-systems.com/body.asp
| archivedate    = October 1, 2011
| accessdate      = May 13, 2021
}}
* {{wikipedia|Midwest_Hornet}}
* [http://kekstas.darbastalis.lt/uploads/prototipai/Hornet%20new.pdf Hornet Documentation Manual]

Latest revision as of 09:40, 13 May 2021

The GDT Hornet autogyro is the first simulation of an autogyro in FlightGear. It was brought to FlightGear in 2007 by Maik Justus, developer of the rotorcraft FDM implementation in YASim. Always wanting to have an autogyro he asked Emannuel Barranger for help. Emannuel Barranger stumbled about detailed information of the hornet, and they decided to build the hornet in FlightGear. They were very pleased that Don Shoebridge - the engineer behind the hornet - gave them any detailed information about the hornet they asked for and exported his SolidWorks model for FlightGear. Emmanuel Baranger converted it and made some simplifications and added animations.[1]

It does not happen all too often, that a company behind an aircraft even delivers a CAD-Model of their own aircraft to FlightGear to use!

Midwest Hornet Autogiro
FGAddon
GDT Hornet Ground.jpg
Type Autogyro
Manufacturer Midwest Engineering & Design
Author(s)
  • Emmanuel Baranger (3D)
  • Don Shoebridge (3D)
  • Maik Justus (FDM)
FDM YASim
--aircraft= hornet
Status Alpha
Development
 Website The website for the Midwest Hornet Autogiro developments.
 Repository The development repository of the Midwest Hornet Autogiro.
Download Download the Midwest Hornet Autogiro aircraft package for the current stable release (2020.3).
License GPLv2+

Aircraft help

Startup

  1. Accelerate the rotor by hand n
  2. Set magneto switch to both }
  3. Start engine s
  4. Release parking-brake B
  5. Full power
  6. Wait for the rotor to reach sufficient rpm (~300)
    • The rotor accelerates faster if you pull the stick)

References

External links