3DLabPrint Fw 190 3-D, Manual

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3. Allgemeine Sicherheitshinweise
1. Hauptmaße
2. Triebwerksanlage
4. Gewichtsangaben
Gesamthöhe........................................................................ 171 mm
(6.73in)
Größte Tiefe ........................................................................ 187 mm
(7.36in)
Abmessungen:
Spannweite.......................................................................... 911 mm
(35.87in)
Gesamtlängen..................................................................... 770 mm
(30.31in)
Tragwerk:
Spannweite.......................................................................... 911 mm
(35.87in)
Flächenbelastung................................................................. 73,5 g/dm²
(73,2 grains / sq
Tragächenprol.................................................................. modiziert für Luftkampf
in)
Flächeninhalt (Grundrißprojektion) ....................................... 13,34 dm²
(206.67 sq in)
Luftschraube.........................................Aeronaut ELP 9/6 oder APC 9/6 - 9/7.5
Maximal Drehzahl und Ampere (im Geradeausug).........13.700 U/min - 12A
Motor (Bürstenloser Drehstrom)........AX-4008Q/620KV oder DYS D4215 650KV
Stromversorgung .......Dreher Kleinsttechnik LiPo 1300 mAh/6Zellen/22,2V 25C
Maximal Drehzahl und Ampere (statisch).........................12.000 U/min - 19A
Elektrischer Regler..................................KRALLE 25 der Firma Burg Anlagenbau
Gewicht XYZ-Druck .......................................................................490 g
(17.28oz)
Leergewicht ..................................................................................774 g
(27.3oz)
Startgewicht (mit seriellem 6 Zellen Akkumulator 1300 mAh LiPo) .....980 g
(34.57oz)
instead use
Castle Creations
TALON 25
with a
Turnigy nanotech
1300mAh
aircombat modificated
3. Flugleistungen
Steigzeiten ..................................................................... 70m 4,7 sec
Geradeausug ............................................................... 120 km/h
Die angegebenen Flugleistungen gelten für ein Fluggewicht von 1012g (mit Zusatzausrüstung
zur Geschwindigkeits-, Positions- und Steigleistungs-Messung).
Höchstgeschwindigkeit.................................................... 150km/h
Steigleistung .................................................................. 15m/s mit APC 9/6
........................................................................... 150m 10 sec
........................................................................... 100m 6,7 sec
Dienstgipfelhöhen sind der lokalen Verordnung zu entnehmen!
B. Daten und Leistungsangaben
-
The handling of superglue and activator should only be done in
rooms with sufficient ventilation. We recommend using an old
cotton cloth to remove excess adhesive.
Please take the necessary care when assembling the model as the
strength and flight characteristics of the model depend on it.
The first flight should take place on as large an open area as
possible and in the presence of an experienced helper/pilot.
Always fly at a safe distance from persons or other obstacles.
Avoid flying towards or over people!Always steer your model with
a view to safety and avoid disturbing or endangering other
persons and objects.
Do not fly near residential areas, public roads, high-voltage
lines or obstacles with increased danger potential.
Operation
-
Please follow the instructions of your 3D printer manufacturer
to avoid damage (maximum installation space, maximum
temperatures, material compatibility, etc.).
-
When handling sharp or hot tools, always take care of yourself
to avoid injury (wear protective clothing such as gloves or
goggles).
The propeller has a high injury potential, avoid contact with
the rotating propeller during tests or take-off, this can lead to
serious injuries.
Flight
Do not expose the model to direct sunlight or elevated
temperatures!The glass transition point of PLA starts at 45° C
(usually 60°).Otherwise the model can become thermally deformed
and unusable.
The radio remote control must be installed according to the
instructions of the remote control manufacturer.
The model is a self-made according to plans, the pilot is fully
responsible for his model, we assume no liability for any
damage.
A corresponding liability insurance for model flying is
obligatory. In addition, the model aircraft is subject to local
regulations and laws for aircraft which must be strictly adhered
to.
The 3D printed FW 190 is not a toy, please take care when
assembling and operating it.
Experience in controlling model airplanes is assumed as it is a
very agile model with a relatively high wing loading.
Building
Always exercise caution when handling lithium polymer batteries
and follow the battery and charger manufacturer's instructions.
Please carry out a range test before the first flight to ensure
safe operation.
Before the flight, check all functions / rudder deflections and
never fly with an aircraft that is damaged to avoid structural
failure.
general safety instructions
Data and performance data
Maximum speed and ampere (static)
Maximum speed and ampere (in straight flight)
main dimensions
power plant
flight performance
Service ceiling levels can be found in the local ordinance!
wingspan
height overall
lengthsoverall
wingspan
Maximum depth
surface area
wing profile
wing loading
Electrical regulator
propeller
engine
power supply
top speed
straight flight
Climbing performance
climbing times
weight 3D Print
empty weight
take off weight
(93.2 mph)
(74.6 mph)
(22 feet per second)
(230 feet)
(328 feet)
(492 feet)
The stated flight performances are valid for a flight weight of
1012g (with additional equipment for speed, position and climb
power measurement).