Esky Mini EYAS II 750mm Wingspan EPO RC Airplane User Manual
- June 13, 2024
- Esky
Table of Contents
- Safety Precautions and Warnings
- Specifications
- Box Contents
- Battery Charging
- Aircraft Parts
- Main Landing Gear Installation
- Propeller Installation
- Horizontal Tail Installation
- Wing Installation
- Pre-Flight Checklist
- Flying Checklist
- Multi Control Unit Wiring Diagram
- Transmitter and Receiver Binding
- Troubleshooting Guide
- Parts Listing
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
**Esky Mini EYAS II 750mm Wingspan EPO RC Airplane User Manual
**
Safety Precautions and Warnings
This RC aircraft is controlled by radio signals. Other radio signals can potentially interfere with it’s operation. These interference may cause the aircraft lose control.
Warning
- Improper operation of ESKY EYAS II Mini may lead to damage or loss. lt is prohibited for children under 14 years to operate this product.
- Keep it away from high temperature environments for storage and flight.
- Suggested operation temperature: 5-35°C , Humidity: 20-80%.
- Keep away from fans, air conditioners and table light while flying.
- Do not touch the motor in case of damage or injury
Prohibition
- Keep away from crowds to prevent accidents.
- Do not operate ESKY EYAS II Mini in the shower room or in rain. Moisture may get inside the aircraft which may cause electronic parts to malfunction.
- Do not re-equip or repair your aircraft with unauthorized parts.
- Keep people and objects away from the spinning unit and parts to prevent of damage or injury
Specifications
Wing Span | 750mm |
---|---|
Length | 620mm |
Flying Weight | 220g |
Flying Time | 15 Minutes |
Main Material | EPO |
Battery connector | JST SYP 2.5mm 2-Pin |
Configuration (BTF)
Motor | 1604-4780Kv Brushless Outrunner |
---|---|
ESC | 15A BEC 3A |
Battery | 2S 650mAh 20C |
Servo | 8g Digital Servo x1 4.3g Digital Servo x2 |
Receiver | ESKY Multi Controller |
Flight Control | ESKY Multi Controller |
Battery Charger | 2S Balance Charger |
Transmitter | Required to Complete (MINI 6X or ECH6 Transmitter) |
Box Contents
- 1 x Wing Set
- 1 x Fuselage
- 2 x Wing Fixing Bolt
- 1 x 650mAh 2S 7.4V Li-Po Battery
- 1 x Propeller
- 1 x USB Charger
- 1 x Horizontal Tail Set
- 2 x Main Landing Gear
Battery Charging
- Connect the LiPo Battery to the charger and connect the charger to the USB port or a USB power supply.
- The LED on the charger will glow solid red and blinking green, indicating charging has begun.
- When the LiPo Battery is fully charged, the LED will glow solid red and solid green.
- Red Solid and Green Blinking LED: Charging
- Red and Green Solid LED: Charging Complete
- Red Solid LED: Power Connected (Stand By)
- Red Blinking LED Only: Battery Error
- Red and Green Blinking LED: Charger Error
- Red Blinking and Green Solid LED: Input (V) too high
Aircraft Parts
Main Landing Gear Installation
Propeller Installation
Mount the propeller onto the motor shaft and the raised numbers on the propeller should face toward the front of the aircraft. Then secure it with the included M2x4mm screws
Horizontal Tail Installation
Attach the end of the elevator pushrod at the top of the vertical stab into the corresponding hole in the center of the horizontal tail. Connect the plastic pins at the top of the vertical stab into the respective clevises holes at the bottom of the horizontal tail.
Wing Installation
Connect the aileron servo connector to the servo extension installed in the mutli controller and center the wing on the fuselage. Ensure the aileron servo connector is not pinched between the wing and fuselage.
Then attach the wing with the included wing fixing bolts. Do not overtighten the wing bolts, as it may damage the wing or the attachment points in the fuselage.
Eyas II Mini Installation Complete
Control Surface Centering (Aircraft was completely adjusted in the factory setting)
Turn off the transmitter and plug the flight battery into the aircraft (all the servo will return to neutral position automatically) before performing control surface centering.
Aileron Adjustment
Unscrewing the pushrod mounting screw under the wing, adjust the aileron until the control surface is centered, screwing in the pushrod mounting screw after adjustment.
Horizontal Tail Adjustment
Unscrew the pushrod mounting screw on the servo and adjust the horizontal tail
until the line on the clevises aligns with the line on the vertical stab as
shown, tighten the pushrod mounting screw after adjustment.
Center of Gravity (CG)
An aircraft with the correct CG has its weight balanced on the center of the aircraft for safe and stable flight. The aircraft CG and weight are based on having the recommended battery installed. (7.4V 2S 650mAh 20C Li-Po Battery, 35g)
The CG location is on the carbon tube under the bottom of the wing. Balance the aircraft on your fingertips at the carbon tube and adjust the battery position as needed to get the aircraft to balance correctly.
- If the nose goes down, move the flight battery back until the aircraft balances.
- If the nose goes up, move the flight battery forward until the aircraft balances.
Pre-Flight Checklist
-
Always turn the transmitter (required to complete) on first
Make sure the transmitter controls are neutral, the throttle is at the lowest position and set the THROTTLE -
CUT switch on the transmitter to the RED DOT position
Plug the flight battery into the aircraft and place it on a level and in an unobstructed open field -
Check the aileron movement
Push the aileron stick left, left wing will tilt up and right wing will tilt down Push the sileron stick right, left wing will tilt down and right wing will up -
Check the elevator movement
Push the elevator stick up, the back edge of left and right horizontal tail will tilt down Push the elevator stick down, the back edge of left and right horizontal tail will tilt up -
Check the rudder movement
Push the rudder stick left to point the nose of aircraft left Push the rudder stick right to point the nose of aircraft right -
Check the Alignment
Keep the throttle at zero and aileron, rudder, elevator to neutral. All the wing, horizontal tail and vertical fin should align to the aircraft. Adjust the pushrod of the servo if one of them do not align to the aircraft. Refer to the “Control Surface Centering” for more information
If the aircraft control surfaces do not respond as above, DO NOT FLY
Flying Checklist
-
Always turn the transmitter (required to complete) on first
Make sure the transmitter controls are neutral, the throttle is at the lowest position and set the THROTTLE
CUT switch on the transmitter to the RED DOT position -
Plug the flight battery into the aircraft, place it on a level surface and let it to initialize
Do not touch the aircraft after pluging the flight battery and let it to initialize. The LED (green) and (blue) on the multi control unit will glow solid. Secure the flight battery with the hook and loop strap, then put back the battery hatch after the aircraft initialized successfully
Place the aircraft in an unobstructed open field and takeoff with upwind (if there is wind) -
Stand on a safe, unobstructed and well-viewed area
Set the THROTTLE CUT switch on the transmitter to the GREEN DOT position -
Push the throttle Stick up and push down the elevator Stick, fly the aircraft
Take off to a suitable height and start to control the two sticks to let the aircraft fly in the desired trajectory -
Land the aircraft
Unplug the flight battery then turn the transmitter (required to complete) off last
Skill 1: Ensure not to tilt the throttle stick and maintain in the center when taking off It help the aircraft keep steady during the take-off period
Skill 2: During the take-off period, push the throttle higher and pull the elevator lower will shorten the take-off time
Skill 3: Find an unobstructed open field to land the aircraft. Begin the landing by lower the throttle and decending towards the runway Once the aircraft about to touchdown, gently pull back the elevator to raise the nose and flair for a gentle landing
Multi Control Unit Wiring Diagram
Transmitter and Receiver Binding
- Power off the transmitter and power on the aircraft, the LED (Blue) on the multi control unit (Eyas II Mini) from flashes rapidly to glow solid and the LED (Green) flashes rapidly. which shows the multi control unit is in bind mode
- Push and hold the rudder trim to the right, then press and hold the power switch of the transmitter.
- The LED (green) on the multi control unit will glow solid and the transmitter beep one time when binding is complete. Then release the rudder trim button and power switch.
Troubleshooting Guide
Situation: Aircraft does not operate
Solution: Please check the following
Step 1 – Turn the transmitter on first always, then plug the flight
battery into the aircraft.
Step 2 – Rebind transmitter to the aircraft (multi control unit green and
blue LED will glow solid).
Step 3 – Servo channel connectors must plug in the correct port in the
multi control unit.
Situation: Aircraft compatible with other batteries
Solution: The included 7.4V 650mAh 2S 20C Li-ion Battery is highly recommended
to use.
The capacity, dimensions and weight for other batteris should be similar to
place in the fuselage.
Situation: Motor do not spin after Initialize successfully and servo works
normally
Solution: Throttle cut function is activated, refer to the “Flying Checklist”
for more information.
If you need further assistance, contact the Esky Hobby product support department by email
MINI 6X Transmitter – Mode2 (Required to complete)
MINI 6X Transmitter – Mode1 (Required to complete)
MINI 6X Transmitter Control Direction – Mode2 (Required to complete)
Push the “Left Stick” up, the aircraft motor speeds up to make the aircraft go faster. When pushing the “Left Stick” down, the aircraft motor speeds down and slow down the aircraft. This procedure is Throttle Control.
Push the “Left Stick” left or right to point the nose of the aircraft left or right. The rudder stick is also used to steer the aircraft left and right while taxiing on the ground. This procedure is Rudder Control
Push the “Right Stick” up to make the aircraft go down. Push the “Right Stick” down to make the aircraft go up. This procedure is Elevator Control
Push the “Right Stick” left to make the aircraft roll or bank left, Push the “Right Stick” right to make the aircraft roll or bank right. This procedure is Aileron Control
Push the “Right Stick” up, the aircraft motor speeds up to make the aircraft go faster. When pushing the “Right Stick” down, the aircraft motor speeds down and slow down the aircraft. This procedure is Throttle Control.
Push the “Left Stick” left or right to point the nose of the aircraft left or right. The rudder stick is also used to steer the aircraft left and right while taxiing on the ground. This procedure is Rudder Control
Push the “Left Stick” up to make the aircraft go down. Push the “Left Stick” down to make the aircraft go up. This procedure is Elevator Control.
Push the “Right Stick” left to make the aircraft roll or bank left, Push the “Right Stick” right to make the aircraft roll or bank right. This procedure is Aileron Control
Parts Listing
References
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>