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Hobbyking Galaxy Hochleistungs-3D-Flugzeug w / Motor

Hobbyking Galaxy Hochleistungs-3D-Flugzeug w / Motor

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34,62 €
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SKU:
HK-Galaxy
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Eine leichte und agile Hochleistungs - 3D - Ebene , die Ihre Fähigkeiten an die Grenzen bringen wird!
Verstärkt mit CF und komplett mit Option Flossen für präzise Abtastung, wird diese Ebene konzipiert für ultimative 3D und darüber hinaus!
Dieses Kit enthält eine 3D
- ready - Motor, Propsaver und Propeller. Sie müssen nur 3 5g Servos, eine 12 ~ 15A ESC, 800mAh Akku und Empfänger.
Die Bauzeit beträgt etwa 3 Stunden.

Spec.
Rumpflänge: 884mm
Spannweite: 845mm
ARF Gewicht: 135 ~ 160g
 
Inbegriffen.
Motor: 2204 1700kV Brushless Outrunner
Airscrew: 8040 Slowflyer
 
Erforderlich.
Batterie: 2S 350 ~ 500mAh 15C
Servo: 3 x 5 g
ESC: 12A
Ihre eigene TX & RX
  • Artikelbezeichnung HK-Galaxy
  • Brand HobbyKing
  • Gewicht 912.0000
  • Länge 870.00
  • Breite 45.00
  • Höhe 280.00
  • IC / 2: Elec -
  • Motorgrösse ( diam -or- cc) -
  • Spannweite (mm) 884.00
  • Length(mm) -
  • SaleWeight ( g) -
  • Kapazität ( mAh) -
  • HobbyKing Galaxy High-Performance 3D Airplane w/ Motor
  • HobbyKing Galaxy High-Performance 3D Airplane w/ Motor
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I bought one of these planes "second hand" and crashed it outdoor because to strong wind. So a lot of repairs had to be done and the flying weight increased up to 210 g with 500 mAh Batterie. After that I flew it indoor only and didn`t like it very much. The speed was quite high and the roll-rate was low. Hard to handle and disappointing in my opinion. I crashed it again and bought a brandnew one. This time I was able to keep the weight on 132 g only. I left all components away, that were not absolutly nessesary. I took the lightest servos, a 300 mAh battery and tried to save every single gram.
In this configuration the modell is absolutly different! Its flying very slow, is easy to handle and rolls fast enough when the CG is about 90 mm away from leading edge. Even I can do prop hanging maneuvers pretty well. You have to know that you need additional rudder input to fly bends with small radius. This seems to be common in indoor flying
The plane is made of depron. To keep it lightweight there is no alternative found to that stuff yet, exept mylar foil constructions you don`t want to pay for to start with indoor aerobatics. That means, that the whole thing is like a champagne glass, sensitive and damageable. If you want to reinforce an item, it will damage even more next time because of the additional mass. Thats the wrong way! Keep it lightwight and be surprised how great it is!
Regards, Axel (Germany)

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I bought one of these planes "second hand" and crashed it outdoor because to strong wind. So a lot of repairs had to be done and the flying weight increased up to 210 g with 500 mAh Batterie. After that I flew it indoor only and didn`t like it very much. The speed was quite high and the roll-rate was low. Hard to handle and disappointing in my opinion. I crashed it again and bought a brandnew one. This time I was able to keep the weight on 132 g only. I left all components away, that were not absolutly nessesary. I took the lightest servos, a 300 mAh battery and tried to save every single gram.
In this configuration the modell is absolutly different! Its flying very slow, is easy to handle and rolls fast enough when the CG is about 90 mm away from leading edge. Even I can do prop hanging maneuvers pretty well. You have to know that you need additional rudder input to fly bends with small radius. This seems to be common in indoor flying
The plane is made of depron. To keep it lightweight there is no alternative found to that stuff yet, exept mylar foil constructions you don`t want to pay for to start with indoor aerobatics. That means, that the whole thing is like a champagne glass, sensitive and damageable. If you want to reinforce an item, it will damage even more next time because of the additional mass. Thats the wrong way! Keep it lightwight and be surprised how great it is!
Regards, Axel (Germany)

I bought one of these planes "second hand" and crashed it outdoor because to strong wind. So a lot of repairs had to be done and the flying weight increased up to 210 g with 500 mAh Batterie. After that I flew it indoor only and didn`t like it very much. The speed was quite high and the roll-rate was low. Hard to handle and disappointing in my opinion. I crashed it again and bought a brandnew one. This time I was able to keep the weight on 132 g only. I left all components away, that were not absolutly nessesary. I took the lightest servos, a 300 mAh battery and tried to save every single gram.
In this configuration the modell is absolutly different! Its flying very slow, is easy to handle and rolls fast enough when the CG is about 90 mm away from leading edge. Even I can do prop hanging maneuvers pretty well. You have to know that you need additional rudder input to fly bends with small radius. This seems to be common in indoor flying
The plane is made of depron. To keep it lightweight there is no alternative found to that stuff yet, exept mylar foil constructions you don`t want to pay for to start with indoor aerobatics. That means, that the whole thing is like a champagne glass, sensitive and damageable. If you want to reinforce an item, it will damage even more next time because of the additional mass. Thats the wrong way! Keep it lightwight and be surprised how great it is!
Regards, Axel (Germany)

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trending_up Value:
verified_user Quality:

I bought one of these planes "second hand" and crashed it outdoor because to strong wind. So a lot of repairs had to be done and the flying weight increased up to 210 g with 500 mAh Batterie. After that I flew it indoor only and didn`t like it very much. The speed was quite high and the roll-rate was low. Hard to handle and disappointing in my opinion. I crashed it again and bought a brandnew one. This time I was able to keep the weight on 132 g only. I left all components away, that were not absolutly nessesary. I took the lightest servos, a 300 mAh battery and tried to save every single gram.
In this configuration the modell is absolutly different! Its flying very slow, is easy to handle and rolls fast enough when the CG is about 90 mm away from leading edge. Even I can do prop hanging maneuvers pretty well. You have to know that you need additional rudder input to fly bends with small radius. This seems to be common in indoor flying
The plane is made of depron. To keep it lightweight there is no alternative found to that stuff yet, exept mylar foil constructions you don`t want to pay for to start with indoor aerobatics. That means, that the whole thing is like a champagne glass, sensitive and damageable. If you want to reinforce an item, it will damage even more next time because of the additional mass. Thats the wrong way! Keep it lightwight and be surprised how great it is!
Regards, Axel (Germany)

High manufaturing quality kit easy to assemble

Kit de grande qualit de fabrication facile assembler

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High manufaturing quality kit easy to assemble

Kit de grande qualit de fabrication facile assembler

Model very good!
Advance rudder servo in front of the aleirons one.
Use light battery 2s (350 ma) and 15g motor with GWS 7x3,5
4,5g servos e foam-safe CA glue.
With this setup the C.G. is perfect and the flight weight is under 120g.

Modello molto buono, il servo della deriva va avanzato davanti a quello degli alettoni, va usato un filo di cotone leggero (dopo averlo bagnato e fatto asciugare) invece di quello fornito di serie ed infine servi da 4,5 grammi.
In questo modo il preso sta sotto i 120 grammi o.d.v.
Io ho messo un Hacker A1015S con GVS 7x3,5 ma su HK ci sono molti motori equivalenti...

Buona costruzione e ricordate di usare poca colla (pesa)....

verified_user Quality:
trending_up Value:
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Model very good!
Advance rudder servo in front of the aleirons one.
Use light battery 2s (350 ma) and 15g motor with GWS 7x3,5
4,5g servos e foam-safe CA glue.
With this setup the C.G. is perfect and the flight weight is under 120g.

Modello molto buono, il servo della deriva va avanzato davanti a quello degli alettoni, va usato un filo di cotone leggero (dopo averlo bagnato e fatto asciugare) invece di quello fornito di serie ed infine servi da 4,5 grammi.
In questo modo il preso sta sotto i 120 grammi o.d.v.
Io ho messo un Hacker A1015S con GVS 7x3,5 ma su HK ci sono molti motori equivalenti...

Buona costruzione e ricordate di usare poca colla (pesa)....

INSANE airplane

it flys so slow, its perfect!

I use tgy nano tech 560mah for 4-5min flight time.

Im using 12A ESC and tgy9e micro servos.

It flies well

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INSANE airplane

it flys so slow, its perfect!

I use tgy nano tech 560mah for 4-5min flight time.

Im using 12A ESC and tgy9e micro servos.

It flies well

Tiene un vuelo magnifico

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Tiene un vuelo magnifico

perfect plane to enter the indoor 3d manurers!
very slow in flight
easy to hover
slow rolls and loops

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perfect plane to enter the indoor 3d manurers!
very slow in flight
easy to hover
slow rolls and loops

By far best 3D plane i have flown

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By far best 3D plane i have flown

This is a great plane. It does take a little building time though (It took me about 5 hours). The motor that comes with it seems to be of good quality. All up I would definitely recommend.

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This is a great plane. It does take a little building time though (It took me about 5 hours). The motor that comes with it seems to be of good quality. All up I would definitely recommend.

A quick tip..... Use a rubber band or spring on the pull pull lines to keep them taught and responsive

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A quick tip..... Use a rubber band or spring on the pull pull lines to keep them taught and responsive

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Customer files
Galaxy Download [4629]
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Galaxy F3P Manual Download [1867]
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