2
1. You need to consider the reserved servo position when installing
the elevator and rudder. Also make sure that moving control
surfaces do not interfere with reinforcement parts such as
strings and linkage poles.
2. Before fixing carbon with C/A, paper the part that is going to be
inserted and fixed in the depron. In this way you can have a
stronger glueing.
3. Glue the carbon rods exactly as shown in the pictures. To obtain
a rigid and strong plane is very important that the ends of carbon
rods touch and are glued together.
4. Correct assembly can assure good flying, before using glue or
adhesive, please check the parts position and angle of alignment.
5. Remember to use less glue as possible and to use the lightest
electronic parts you find. Less weight means always better flying
characteristic!
6. If you want for your plane the best flying characteristic I suggest
you to use the high quality electronic parts that I tested and I use
on my planes.
Filippo Materazzi
Product Specifications
Fuselage length: 95 cm (37.4 in.)
W ingspan: 90 cm (35.4 in.)
Flying weight without batter y: 120 - 130 g (4.23 – 4.58 Oz)
Flying weight with batter y: 140 - 150 g (4.93 – 5.29 Oz)
Motor : 15 – 22 g (0.52 – 0.77 Oz) (suggested: Hacker A10-9L)
ESC: 7 - 10 Amp (suggested: Hacker MasterECO 08)
Propeller : about 8 x 4 (suggested: Mejzlik 8x4)
Ser vo: 6g x 4pcs (suggested: 4 x JR DS318 or 3 x JR DS319 HV)
Radio: 5/more channel (suggested: 2 - 5 g receiver)
Batter y: 2S 250-350 mAh LiPo (suggested: 15 – 22 g batter y)
