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Welcome to my website where you can see the progress of my Pilatus PC-9M Flight Simulator cockpit.
 

 

About the project

The project started on 05 October 2006 after a long process of watching other builders enjoying building their cockpits.  Cockpit building is a very challenging and interesting hobby and I just had to be part it.
 

Why the Pilatus PC-9M

The Pilatus PC-9M was chosen mainly because I love the aeroplane and I am a big fan of a beautiful country, Switzerland, which I have been privileged to visit in 1999. Riding the worlds steepest rail up Mount Pilatus was my highlight of the tour. Little did I know that the Pilatus factory was right in front of me while we were waiting for the train to take us up. 
 
The hobby mainly has 5 factors which one need to consider before building a cockpit:
  • Space to build the cockpit
  • Money
  • Support from your family
  • Skills
  • Personal expectations
The first 2 points are my biggest constraints and that's another reason for building a PC-9M cockpit instead of an airliner.  My next simulator will definitely be a Boeing 777-200LRF.
 

About the Pilatus PC-9M

The Pilatus PC-9M is a single-engine, low-wing tandem-seat turboprop training aircraft manufactured by Pilatus Aircraft of Switzerland.  This version of the Pilatus PC-9 was introduced in 1997 as the new standard model.

The PC-9M performs as follows under international standard atmospheric (ISA) conditions:

Pilatus PC9-M
Powerplant
1x Pratt & Whitney Canada PT6A-62 turboprop,  857 kW (1150 hp)
Length
10.70 m (35 ft 1 in)
Wingspan
10.12 m (33 ft 2 in)
Height
3.26 m (10 ft 8 in)
Empty Weight
1,685 kg (3,715 lb)
Maximum take-off weight
3,200 kg (7,055 lb)
Maximum speed (Vmo)
320 knots (593km/h)
Service ceiling
38,000 ft (11,580 m)
Max Range 860 nm (1,593 km)

Load factor
  - Max. positive
  - Max. negative

aerobatic (utility)
7.0 g (4.5 g)
- 3.5 g (-2.25 g)

(Source: Pilatus Web)
 
The PC-9M is nicknamed 'Hudournik'

Objectives of the project

The following project objectives were identified:
  1. Simulator must provide lots of fun.
  2. Simulator must be able to simulate the systems of a Pilatus PC-9M.
  3. Simulator must be able to be disassembled and be carried through a single width door by a maximum of two persons.
  4. Simulator must at least be at least 90% the same as the real aircraft.
  5. Simulator must be able to simulate other single engine turboprop aircraft and certain helicopters. To be able to simulate helicopters a collective must be able to be retrofitted quickly.
 
I hope you will enjoy this website.
Fritz Weinrebe
 
Free counters!

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