Extreme Flight VANQUISH MKII User manual

VANQUISH MKII
ELECTRIC ARF
Instruction Manual
©Copyright 2010 EXTREME FLIGHT RC, Ltd.

Thank you for your purchase of the Extreme Flight RC Vanquish MKII Electric ARF. The
original Vanquish released in 2007 was designed to provide maximum performance and fun in a
great looking, lightweight, fully aerobatic park flyer while using an inexpensive and efficient
brushless outrunner motor and speed controller and a single high discharge 4S1P Lithium
Polymer battery. The Vanquish MKII features several notable improvements over the original,
providing even better flight performance and an improved feature set. Among these improved
features are an airfoiled tail group, allowing for even better tracking, a lightweight airfoiled
carbon fiber landing gear and carbon fiber tailwheel assembly. In addition the wing has been
raised and the stab lowered to further reduce coupling and the rudder servo has been moved to
the rear of the aircraft to provide a short direct linkage for rudder actuation.
Great care was taken to design a light weight yet robust airframe. Expert engineering and
modern laser cutting methods in conjunction with a carbon fiber wing tube and composite
control horns keep weight to a minimum. Unique features such as the 2 piece plug in wings, pre-
mounted canopy and spring loaded canopy/hatch latch make for quick easy assembly and
instantaneous access to the interior of the plane and battery tray. The Vanquish MKII can truly
be assembled in an evening-buy it one day, fly it the next!
As with all Extreme Flight RC airplanes, the proof is in the flying! The Vanquish MKII flies
precision aerobatics remarkably well and allows you to practice the AMA pattern or FAI F3A
sequence almost anywhere. The long tail moment makes for a plane that tracks like a 2 meter
pattern ship and the lightweight wings minimize over rotation in snaps. On a calm day you’ll be
amazed at how well this thing flies the sequences.
Of course the Vanquish MKII will perform most all of the common 3D moves, but its true
calling is precision aerobatics.
Sport flyers fear not! With reduced rates the Vanquish MKII is a very easy plane to fly. Its
super light wing loading allows it to land at a walk. It will instill confidence and allow you to
improve your flying skills. When you’re ready for more advanced aerobatics, flip the dual rate
switch and hang on!
As with any high performance aerobatic aircraft, great care must be taken to avoid excess
speed. Excess speed will lead to control surface flutter and quite possibly the complete
destruction of your aircraft. Don’t let this happen to you! Always have the motor at idle when
the airplane is pointed down and reserve full throttle for vertical climbs. Make sure you have
adequate mechanical advantage in your control linkage set-up. If you are unsure about this, have
a more experienced flyer look over your set-up before flying. Extreme Flight RC, Ltd. in no way
warranties its aircraft against flutter. As with all of our planes, we put the Vanquish through a
rigorous flight testing regime and have not experienced any control surface flutter. It is your
responsibility to ensure the airworthiness of your aircraft.
The Vanquish MKII was designed around the Torque 2814T/820 Brushless Outrunner motor
and Airboss Elite 45 Amp ESC with SBEC. This is the best choice for powering the Vanquish
MKII, providing plenty of power for any maneuver imaginable. Other outrunner motors in this
class will work as well but may require slight modification to the motor mount.
The Vanquish MKII is very easy to assemble. Take a few minutes to read this manual before
beginning assembly to get familiar with the process.

1. Read the instruction manual thoroughly before starting assembly. Tips for Success-Please read before beginning assembly!!!
2. We are very pleased with the level of craftsmanship exhibited by the workers in our
factory. However, these are mass produced models. As with any ARF, take a few
minutes to go over the model and add CA to high stress areas or any joints that appear to
need more glue. Specific areas to pay attention to are servo mounts, landing gear
mounting plate, firewall to fuselage side joint, wing root rib and motor box joints. A few
minutes and a few drops of CA will help to insure the longevity of your model.
3. Make sure your prop and spinner are balanced! These aircraft perform as well as they do
because they are built light. Excess vibration caused by unbalanced components can
cause damage to the airframe.
4. Buy a Watt meter! For less than the cost of a single battery pack you can purchase one of
these. This will save you a lot of time, money and frustration and provide you with a lot
of valuable information about your set up. One battery pack saved is worth this
investment!
5. Observe the C rating of your batteries. If your battery is rated at 2100 mah and 20C
continuous discharge rate then you can safely pull 42000 mah or 42 Amps from it (2100
x 20= 42000 mah=42 Amps). Use a watt meter between your battery and ESC to
determine the number of Amps you are drawing as well as the number of Watts you are
generating. I have found it is best for battery longevity if your maximum amp draw at
wide open throttle is in between the continuous rating and the burst rating of the battery.
Prop your airplane accordingly.
6. We have done a lot of experimenting with various props. Using the Torque 2814T/820 on
4S we like the APC 12x6E. Remember to test each new prop size with a Watt meter
attached to the system to be sure you are not overworking any of the components.
7. Decals- clean your airplane with glass cleaner and a paper towel before starting to apply
the decals. Mist the area where the decal will be applied with glass cleaner or water
mixed with a little bit of soap. Use scissors to remove the decal from the sheet. For best
results cut as close to the edges of the decal as possible. Position the decal in place and
use a credit card or rubber squeegee to push the excess liquid from under the decal and
allow to dry. You may need to secure the edges of the decal with masking tape to
prevent them from rolling up until the solution has dried and evaporated.
PLEASE NOTE-The assembly process for the Vanquish MKII is
virtually identical to that of the original Vanquish. Most of the
pictures in this manual are of the original airframe. Anywhere this
process deviates from the original assembly process photos of the
new assembly method will be provided.

Wing assembly
1. Locate a wing panel. Check to see that all hinges are centered between the wing and
aileron. Hold the aileron fully deflected and apply a drop of thin CA to each hinge.
Flip the wing over and repeat.
2. Use a #11 hobby blade to remove the covering over the servo bay. Install the aileron
servo using the manufacturer supplied mounting screws. You will need to attach a 6
inch extension to the servo lead. Route the servo lead out of the root of the wing.

3. Locate the composite aileron control horn, aileron pushrod, EZ connector, ball link, 2mm
bolt, nut and washer. Remove the covering over the mounting hole for the control horn with
your #11 blade. Scuff the part of the control horn that will glue into the aileron slot with fine
sandpaper. Glue the control horn in place with medium CA. Electronically center your
servo. Thread the ball link onto the pushrod and secure to the glass horn with the 2mm
screw, nut and washer as shown in the photo. Connect pushrod to servo arm with the EZ-
connector.
4. Repeat this procedure for the other wing.
That’s it! You are done with the wings!

Fuselage Assembly
5. Let’s mount the landing gear first. Locate the carbon fiber landing gear, (4) 3mm machine
screws, (2) park flyer axles, (2) nylon insert lock nuts, (2) wheel collars, (2) wheel pants, (2)
wheels
6. Place the wheel on the axle followed by the wheel collar. Slide the wheel pant over the axle
with the retention ring inside the wheel pant. This ring will keep the wheel pant in place with
friction. Insert the threaded portion of the axle into the hole in the end of the landing gear leg
and secure with the nylon insert locknut. A dab of silicon glue between the pant and gear leg
will keep the pants secure but allow them to move in the event of a rough landing or crash,
minimizing damage.
7. Insert the gear legs through the slots and retain with the (4) 3mm bolts and washers. Make
sure to put a drop of blue Loctite on the bolt threads. The gear legs should sweep toward the rear
of the plane.

8. Attach the radial mount to your motor and install the bolt on prop adapter. Use the included
3mm socket head cap screws and washers to install the motor onto the front of the motor box.
Make sure to apply CA to all joints on both sides of the F1 former as well as all joints in the
motor box.
9. Open the horizontal stabilizer mounting slot in the rear of the fuselage with a sharp hobby
knife (Please note-The elevator slot for the MKII is shaped like the stabilizer airfoil).
10. Insert the elevator into the slot in the rear fuselage side. Insert the carbon fiber wing tube
into the fiberglass sleeve in the fuselage and slide both wings onto the tube. Make sure the
root rib of the wing is flush against fuselage.
11. Insert the horizontal stabilizer into its slot. Compare the horizontal stab to the wing and
insure that they are parallel. Trim or shim the slot as needed to insure proper alignment.
When satisfied with the alignment, glue the horizontal stab in place with CA.

12. Slide the elevator onto the hinges in the horizontal stab and glue in place with thin
. CA. Make sure the elevator is fully deflected when you apply the CA to insure
maximum travel is achievable.
13. Slide the rudder onto the hinges in the vertical stabilizer and secure with thin CA.
14. Locate the carbon fiber tailwheel assembly. Use the 2 supplied wood screws to secure it
to the bottom rear of the fuselage. Use the other wood screw to secure the tiller arm to
the bottom of the fuselage.

15. Locate the elevator control horn. Use a sharp hobby knife to remove the covering from
the elevator horn slot.
16. Glue the elevator horn in place with medium CA or epoxy. Make sure to scuff the
surface of the control horn before gluing.
17. Use a #11 blade to remove the covering from the elevator and rudder servo slots. Soak
the mounting area with thin CA. Install the servos using the manufacturer supplied
mounting hardware. You will need to attach a 24 inch servo extension to each servo
before installation. From the pilot's perspective, the elevator servo mounts in the left
rear side of the fuselage while the rudder servo mounts in the right rear side.

18. Place an ez-connector on the servo arm. Locate the elevator pushrod and thread a ball
link onto the pushrod. Electronically center the servo. Use the 2mm bolt and nut to
connect the ball link end of the pushrod to the elevator control horn. Tighten the set
screw in the ez connector to clamp down on the pushrod, while making sure the
elevator is in the neutral position. Make sure to file a flat spot on the pushrod to
allow the set screw to seat properly and maintain a firm grip on the pushrod wire.
IT IS IMPERATIVE THAT YOU USE A METAL GEAR SERVO FOR THE
ELEVATOR!!!!!! We highly recommend the Hitec HS-65MG. If you plan to fly
precision aerobatics only, I recommend using the short servo arm to allow for
maximum servo resolution and a very positive and accurate elevator actuation.

19. Use a #11 blade to remove the covering from the rudder control horn slot near the bottom
of the rudder. Locate the composite control horn for the rudder. Scuff the control horn to
remove the glossy finish and glue into place in the slot in the rudder. Assemble the pushrod
assembly and install just as you have for the ailerons and elevator
20. Mount the ESC with Velcro or nylon cable ties on the bottom of the motor box. Insert the
gold bullet connectors from the motor into the female connectors on the ESC. Secure the
wires with a nylon cable tie to prevent them from touching the rotating case of the motor.
21. Place the canopy/hatch in place on the fuselage and make sure it is positioned properly.
Slide the cowling into place. F1 former. Make sure the prop shaft is centered in the. You
may want to install the spinner at this time to insure that the cowl is properly positioned. We
recommend using the 52mm Extreme Flight spinner for the Vanquish View the cowl from
the front, top and sides and when satisfied with the position, secure the cowl with masking
tape. There should be 1/16” space between the spinner backplate and front of the cowl. Use
a small drill bit mounted in a pin vise to drill through the cowl and into the mounting tabs.
You can view through the openings in the front of the cowl to make sure you are drilling into
the center of the tab. Use the 4 small mounting screws with large heads to secure the cowl.

22. Install the receiver at the rear of the battery tray using Velcro. Use Velcro to secure
the battery to the battery tray and use a Velcro strap around the battery.
23. Use the supplied nylon bolts to secure the wings to the fuselage. They insert
from inside the fuselage through the hole behind the wing tube and into the blind nut in
the root rib of the wing. Tighten until snug.
24. The battery should mount right in front of the receiver. Adjust the location of the
battery to achieve proper CG.
This concludes the assembly of the Vanquish MKII.

Radio Set-up and flight tips.
CG range for the Vanquish is from 4.50”- 5.00” from the leading edge of the wing measured
at the wing root. Correct CG should be easy to achieve by moving the battery along the
length of the battery tray. Adjust to fit your flying style.
Control surface recommendations are as follows:
Elevator- 10 degrees low rates, 45+ degrees high rates.
Rudder- 20 degrees low rates, 45+ degrees high rates.
Aileron- 15 degrees low rates, 35+ degrees high rates.
Use exponential function to achieve the best “feel” for your particular flying style. I highly
recommend that you take the time to set up rates for precision flying and separate rates for
3D. The Vanquish is capable of flying very precise maneuvers, and proper rates and CG will
allow you to experience this to the fullest extent. Trying to fly precision aerobatics with 3D
rates is an exercise in futility. Spend some time dialing in and trimming your plane and you
will be rewarded with a great flying experience.
Thanks again for your business!
See you at the flying field!