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Most all of the common interest is drawn upon the FW 190 project which Flug Werk started in June 1996. The first short flight was done on July 22nd ’04 and we have made further on a row of  very successful test flights.

As is natural with recreating such a complex aircraft, a few things needed fine-tuning, balancing and more investigation. To an extent of more than 95% we have achieved all of our design-goals without the need for any remedies.

Cooling of the engine and the engine oil was a major item on the list of verifying the FW 190 systems. In contrast to the original set-up, the oil-cooler is relocated from inside of the engine cowling to the new location under the upper gun-hood. This change will enhance oil- as well as engine-cooling and will not be discernible from the outside. The cooling fan is an operational unit which sports ground-adjustable blades. By changing the incidence of the fan-blades, the cooling system can receive a basic adjustment in order to cater for different climates in which the a/c will be flown and thus increase efficiency. The fan turns at the propeller rotational speed and is integrated into the spinner's back-plate.

Test-flights now proved the engine running too cool and that we need to incorporate a means to restrict the airflow through the oil-cooler in order to get the oil to its’ most efficient temperature.


Also, due to the fact that the internal fueltanks are of welded sheet-metal design, their capacity has been greatly enlarged. The standard FW 190 A8/N holds two internal fuel-tanks, with a total amount of ~680 ltrs internal fuel.


The entire aircraft is about 450kg's lighter than the wartime counterpart, due to the omission of guns, ammunition, heavy radio equipment and the substitution of aluminum sheets for the steel armourplates.


The entire airframe is as close as 98% to the original, with some very minor deviations, where the use of more reliable ( and readily available ) systems dictated the fabrication of different brackets, to mount these items.


All twelve Flug Werk FW 190 A8/N do have original tail-wheel units with combat history. These units recently came out of a forgotten shelter ( !!!) and have been overhauled, including new manufactured inserts, allowing the use of modern seals, grinding and rechroming the dampeners' piston-rods. We have also been equipping the units with standard strut-valves, in order to assure serviceability all the world over.

Tyres and aluminum wheels are brand new and we make use of the Boeing 737-400 nose-gear tyre, which is affordable, readily available and the only tyre which will safely withstand the stress and strains of  operating this aircraft from hard-covered runways. The bold original type tyre is not safe to operate.

 

                                                                FW 190 A8/N Technical Data:

Engine :

Asch 82 "T" / 14 cylinders, 42 ltrs, 1900 hp
direct fuel injected engine

Propeller:

MT-Propeller 3-blades, 330 cm diameter, constant speed, wooden composite blades

Wing:

wingspan :10.50 mtr
area : 18,30 mtr˛

Fuselage:

length: 9,10 mtr
height : 3,95 mtr

Weights :

empty weight : ~2.900 kg
max. gross :~ 3.800 kg

Fuel Qty
Oil Qty

~ 880 ltr
~ 60 ltr

Max Speed @
20.000 ft

635 km/h

T/O speed

165 km/h, strictly three point attitude

Landing speed

185 km/h in landing configuration, three point attitude.

Cruise Speed @
2.300 rpm

585 km/h

Initial Climb rate

4000 ft/min

Service ceiling
practical (ATC)

20.000 ft

Range

990 km w/. VFR reserves

The FW 190 A8/N is sold exclusively as a kit. It is the only authentic warbird offered in this form and being able to be registered as an amateur-homebuilt kit-plane!

Basic price for the kit: Euro 555,000

The Kit does not include:
- VHF COM 
- XPDR and Encoder  
- Instruments ( we will supply you a list for all instruments needed, to equipp your FW 190 A8/N. Including those that have to be bought new, so they will work with the engine and specialized systems of our kit-aircraft, such as fuel-quantity, oil-temp, fuel-pressure, oil-pressure, prop-pitch and engine-rpm sensors and indicators) 
- Oxygen system  
- Electrical wiring looms, connectors or electrical installation material  
- RLM paint, stencils etc.

For more details, in Brazil, please contact Lauro Ney Batista, at Lane Design (www.lanedesign.com.br).







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