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MIRAI V Kit

F3-RES/F5-RES High Performance Thermal Glider / Electric Glider

Designed and manufactured in the Czech Republic

Specification

Wingspan:

1995 mm

Length:

1210 mm

All-up Weight:

420g plus

Wing Section:

Special RES HB

CG Position:

80 mm

Controls:

Rudder, elevator, airbrake, (motor)

Recommended RC Equipment

◊

Rudder and Elevator Servo: Hitec HS-53 2x

◊

Spoiler Servo: Hitec HS-65MG, Dymond D47

◊

Receiver Battery: Panasonic Eneloop AAA 800mAh 4.8 V pack

Warning!

This RC model you will build and fly is not a toy! Although it may seem to be li-
ght and slow in flight it is capable of serious bodily harm and property damage.
It is your responsibility and yours alone - to build this model correctly,
properly install RC equipment and motor and to test the model and fly in

accordance with all safety standards (and common sense) as set down in
Safety Codes valid in your country.
If you are just starting RC modelling, consult your local hobby shop or an
experienced modeller in your local RC club to find a good instructor.

Precautions

You must build the model according to the instructions. Do not alter or mo-
dify the model, as doing so may result in an unsafe of unflyable model. Take
time to build straight, true and strong. Use proper radio and other equip-
ment that is in first class condition, properly install all the components and
test their correct operation before first and any further flight. Fly the model
only with competent help from a well experienced modeller if you are not
already an experienced RC pilot.

Note:

We, as the kit manufacturer, can provide you with a top quality kit

and instructions, but ultimately the quality and flyability of your finished
model depends on how you build it; therefore we cannot in any way gua-
rantee the performance of your completed model, and no representations
are expressed or implied as to the performance or safety of your completed
model.

MODEL ASSEMBLY

Tail Surfaces

Everything has been designed extremely light; yet strong enough. The tail fe-
athers are removable for easy transport/storage.

◊

Trial fit the parts of the stabilizers and control surfaces – no glue yet! Sand
as necessary to obtain perfect fit.

(Fig. 1)

◊

Tack glue the plastic tubes

V14

into the stabilizers with a few drops of CA.

◊

Roughen the surface of the 3x0.5mm

V10

carbon spars using No. 150

sandpaper and glue them with medium CA to the trailing edges of the
stabilizers.

◊

Glue together all the balsa parts using medium CA or aliphatic resin.

◊

Glue the stabilizer root ribs

V4L/V4R

(1.2 mm plywood). Use the

V16

carbon rods inserted into the

V14

tubes as alignment pins for the

V4L/

V4R

root ribs. Double check the root ribs were straight and square to the

stabilizers. Take care the

V16

rods were not glued in to the fin in this step.

Recommended Glues

Unless stated otherwise, use medium cyanoacrylate (CA) glue (KAV9952
KAVAN CA Medium). D-box sheeting and wing ribs are better to be glued
using a water resistant white aliphatic resin, like our KAV9960 KAVAN White
Glue (alternatively, you can use this sort of glue for most of wood-to-wood

joints). The highly loaded parts (wing roots, wing main spars, firewall etc.)
should be glued together using 30 minute (or slower) epoxy (like KAV9967
Epoxy 30min) offering high strength and enough time for the correct po-
sitioning.

Tools and Accessories

◊

Very sharp modeller’s knife (e.g. Excel 16001 with No. 11 blades)

◊

Scissors

◊

Electric drill with drill bits

◊

Wire cutter

◊

Long nose pliers

◊