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Tämä tuote on lisätty lauantaina 08 joulukuuta, 2012.

HCF TECH Venus X, ARF ilman elektroniikkaa

Ontoksi laserleikattu ja päällystetty erittäin kevyt HCF Tech sisäkone. Venus X on muita HFC koneita hieman isompi ja perustuu TechOne:n suosittuun Venus EPO koneeseen.
Fuselage Length: 1060mm (41.7in.)
Wingspan: 920mm (36.2in.)
Flying Weight: 200-230g (with battery)
Malli TO_HCF_VenusX_AR
Merkki TechOne
Varastossa: 2
Hinta:   €  47,58
Ilman ALV
Arviot

Product Specifications

Fuselage Length: 1060mm (41.7in.)
Wingspan: 920mm (36.2in.)
Flying Weight: 200-230g (with battery)
Motor (40-70W): DualSky XM2212RTR-25 42 W - DualSky XM2812RTR-27H 45/70 W
ESC: 6-10Amp (included in RTR motors)
Propeller: 8043SF prop or 8040 HD prop (check motor suggestions)
Servos: 4-6g micro servo*3pcs, Digital 03,7 g servo
Radio:4/more channel
Battery: 7.4v 2S 400-800mAh 

Features

Venus X 3D is orignated from our successful product--Venus EPO, and it also uses HCF technology.  It’s suitable for both indoor and outdoor flying.

 
1. 5mm depron foam is used on this plane which ensures its flying intensity in outdoor.
2. Carbon fiber materials are applied to make it stronger. And we use new X interchange way to reinforce the aileron, so plane’s torsional strength is increased without too much adding weight.
3. To ensure the accurate product control, precise control horns and accessories for Venus EPO are also used on Venus X 3D.
4. A winglet on the fuselage is added to improve the flying performance. 
 
 
Hollow-carved & filming technology 
HCF TECH
 
We've been trying our best to lighten the flying weight of our indoor 3d planes and also enhance their configuration intensity. Today, we applied a brand-new technology which is used on this kind of planes and achieves great effect.
 
1. Use laser cutting machine to make depron foam hollow-carved, also  ensure entire plane's configuration rigidity by reasonable configuration design.
2. We adopt ultrathin polyester film, then print colorful color schems on it, although this is a difficult task.    
3. To ensure good adhesive effect between the joints of film and foam, we applied advanced filming technology. No additional adhesive left inside carved hollows. 
4. In mass production, we use very skillful adhesive-transfer and heating solidify technology to make sure there's no distortion and unglued part in finished product.   
5. HCF TECH not only increased product's anti-break performance, but also reduced any unnecessary configuration weight, which greatly improves our product's flying performance. 
 
We hope our HCF TECH will be widely recognized by customers.