HORNET RC Plane
Wingspan：800mm/31.5in Length：550mm/21.7in Flying weight：560g/19.8oz
ASSEMBLY AND OPERATION
Thank you for purchasing the new F38 HORNET from Xane.
Assembly for this aircraft is kept at a minimum.
This plane is powered by a brushless outrunner motor paired with a factory-calibrated electronic speed controller, ailerons control surfaces are controlled by servos; all of which are factory installed on the Ready-to-Fly version. If you have the KIT version, this manual also will let you know how to assembly it and make the plane to the Ready-to-Fly version.
Please be sure to read the entire manual carefully prior to assembling/operating the F38 Hornet.
|Motor: 2830-1200KV Brushless Motor||N/A||Installed||Installed|
|ESC: Hobbywing 30A sky walker||N/A||Installed||Installed|
|Servo:9g servo 2pcs||N/A||Installed||Installed|
|Recommended battery:3S 2200-3200mah||N/A||N/A||Installed|
| Recommended battery charger:
3s Li-po balancing charger
Full-Range 6 channel 2.4GHZ
- Fuselage with factory-installed motor, electronic speed controller, and servos
- Vertical stabilizer
- Landing gear
Before assembling the model
Please check the contents of your kit before you start working on it.
You need :
- Motor——2830-1200KV and 8×6 propellers
- ESC——–30A hobby wing
Fig. 1 Main wing panel.
- Apply adhesive (not included) to the servo holes, and then located the servo into the hole.
- Install the control horns with the screw.
Fig. 2 Main wing panel.
- Adjusting the Clevis
- Turn the clevis (A) clockwise or counterclockwise on the linkage.
- Carefully spread the clevis and put the clevis pin (B) in a selected hole in the control horn (C).
- Connect the push rod with servo arm and control horns
- Verify the control surface tips are mechanically centered.
Fig. 3 Assembly the tail wing.
- Apply adhesive(not include) to the Vertical ﬁn and then glued with fuselage.
Fig. 4 Assembly the propellers.
Fig. 5 Assembly the landing gear.
- Push the landing gear into the hole of the plastic set.
Assembly the receiver and battery
3.1 Receiver installation
- The receiver has to be installed further aft in the fuselage. Check that the cables are long enough to
allow the plugs and sockets to the connected outside the fuselage. The speed controller can be
secured in the space under the canopy.
- Connect the left servo to CH1, right servo to CH2,Speed controller to CH3
3.2 Battery installation
- Install the battery in the model as below pic,and ﬁxed the battery with loop straps,this is very import,because this plane is a high-performance Acro model, Loose battery maybe crashed the plane.
Fig. 1 LiPo charging instructions
- Charge the LiPo battery by connecting the wall socket adapter (not included) to the balance charger. When power is supplied to the balance charger, connect the charge lead (usually white) of the LiPo battery to the balance charger.
- Always supervise charger while in use and avoid charging battery for extended periods of time (keep charge time under 1 hour and 30 minutes).
Checking the power system.
- Power on the transmitter with the throttle stick and trim at the “LOWEST” position then power up the aircraft.
- Hold the aircraft securely.
- Remove any loose objects such as cloths, tools, etc from the area in front of the model.
- Open the throttle (stick forward): the motor should now run and you should feel a strong air ﬂow rushing out from propeller. Please do not bench test the unit for more than 10 seconds as there is no ﬂowing air to cool the unit.
- Move the throttle stick back to the “LOWEST” position.
- Move the Elevator the plane will pitch up or pitch down.
- Move the Aileron the plane will roll right or roll left.
- Disconnect the battery from the electronic speed controller and then switch the transmitter off.
- After assembly and transmitter set up,conﬁrm that the control surfaces are centered
1, Verify the trims and subtrims on your transmitter are 0
2, Power up the model and leave the throttle at 0
3, Verify the control surface tips are mechanically centered.
4, If you need to make an adjustment,rotate the clevis on the linkage to alter the linkage between the servo and the control horn.
Checking the model’s balance.
- Place the ﬂight battery in its compartment without connecting.
- Mark the center of gravity (CG) on both sides of the fuselage; the position is shown in the photo.
- Support the model at the marked points and allow it to hang freely. When correctly balanced the airplane will remain horizontal with the nose slightly down.
- If necessary, adjust the position of the ﬂight battery to achieve the correct CG.
- Mark the battery location in the fuselage, so that you can be sure of positioning it correctly after recharging.
- Charge the ﬂight battery and the model is ready for ﬂight.
Test ﬂying – Notes on ﬂying the airplane.
- For the ﬁrst ﬂight you should wait for a relatively calm day with no more than a gentle breeze.
- A good ﬂying site is a large, ﬂat, open ﬁeld; well away from trees, fences, high-tension overhead cables and other potentially dangerous obstacles.
- Carry out a complete check of the working systems.
- All control surfaces respond correctly.
- Adequate throttle response and battery voltage.
- Perform a range check if haven’t already.
- We recommend that you ask an experienced modeler to help you initially; to give the model a fairly powerful hand-launch.
- The model must be launched directly into any existing wind.
- Switch the motor on, and launch the airplane strongly into the wind with the fuselage and wings leveled.
- Allow the F38 to ﬂy straight and level initially; don’t try to turn it when it is close to the ground.
- Adjust the trims if necessary so that the model settles into a steady climb.
- Check the model’s response to control commands from the transmitter. You may need to increase or reduce the control surface travels once the model is back on the ground.
- Take the airplane up to a safe height and check its stalling speed.
- Keep the speed well up on the landing approach to avoid stalling.
- If you had to move the trims during the ﬂight, correct the mechanical linkages before ﬂying again. This allows you to re-centre the trims, so that full trim travel is available for subsequent ﬂights.