WORLD TECH ELITE RAPID RACING DRONE Manual

5045R
5045R
5045
5045
14+
ITEM NO. 33027

Item
Rapid Racing Drone
Transmitter
Rotor Blades (4 x 5045 / 4 x 5045R)
11.1V Rechargeable LiPo Battery Pack
Charger
Screwdriver
Wrench
S-BUS Cable
PWM Cable
Video Receiver Connector
Name
5045R
504 5
CHECKLIST
Check the list below to see if all parts are included before using the drone.

1.0 Drone Overview
2.0 Transmitter Overview
3.0 Specifications
4.0 Attention Before Flying
5.0 Charging The Battery
6.0 Preparing The Drone
6.1 Antenna Installation
6.2 Rotor Installation
6.3 Battery Installation
6.4 Adjusting Camera Angle
7.0 Readying for Flight
7.1 Syncing The Drone To Transmitter
7.2 Motor Arm / Disarm
8.0 Flight Controls
9.0 Calibrating The Drone
10.0 Post Flight
11.0 Additional Functions
11.1 On Screen Display Information
11.2 Video Feed Channel Selection
11.3 Drone Power Board Overview
11.4 Brushless ESC and Motor Diagram
11.5 Receiver Overview
11.6 Cleanflight
12.0 Balance Charger Overview
13.0 Troubleshooting
14.0 Disclaimers
15.0 Notes
1
2
3
4
4
4
4
5
5
5
6
6
7
8-9
10
10
11
11
11-13
14
15
15-16
16
17
18
19
20
TABLE OF CONTENTS

5045R
5045R
5045
9
10
12
6
78
11
5045
5045R
5045
5045
1
3
5
4
2
1
1.0 DRONE OVERVIEW
• This racing drone’s frame has been manufactured using CFP (Carbon Fiber Reinforced
Plastic) to increase durability and the survivability of the drone in the event of a crash.
• Modular industrial design improves the drones performance as well as allowing for easy
maintenance and upgrades.
• Advanced 5.8GHz live video feed and OSD (On Screen Display) system enables the FPV
experience with the use of goggles or a remote display (sold separately).
• The Rapid Racing Drone utilizes a modern flight control system with 3 different flight modes
allowing beginners to learn how to fly while advanced users and professionals are given full
control for rolls, flips, and race course maneuvers.
1. Battery Cover Shell
2. LiPo Battery Pack
3. Power Connector
4. USB Port
5. Rotors
6. Antenna
7. Camera
8. Brushless Motors
9. Landing Skid Guard
10. Brushless ESC
11. LED Headlights
12. LED Taillights

2
1
2
3
6
7
10
8
45
9
2
2.0 TRANSMITTER OVERVIEW
The Rapid Racing Drone features 3 different flight modes that are easily changed via the
transmitter. There is a mode suitable for all levels of piloting skill.
• Select the appropriate mode according to your flight skills.
• For your first test flight always start with Beginner Mode until you are comfortable with the
flight controls and are ready for more control.
Beginner Mode - The flight control system utilizes auto stabilization to allow the pilot the
ability to try the different movements of the drone in a stable environment,
you can not perform any rolls in this mode.
Advanced Mode - The flight control system utilizes partial auto stabilization to allow the pilot
more flexibility in flight but still providing some assistance with flight
stability. You can roll in this mode when strafing, be careful.
Professional Mode - The flight control system allows for full flight control for the pilot that has
mastered drone flight. No stabilization is active in this mode, full 3D
movement with rolls, flips and tight turns are at your fingertips.
1. Flight Mode Switch:
1 - Beginner Mode
2 - Advanced Mode
3 - Professional Mode
2. Right Control Stick
3. Strap Loop
4. Left Control Stick
5. Arm / Disarm Button
6. Power Indicator
7. Indicator Speaker
8. Power Switch
9. Carrying Handle
10. Battery Compartment
1 - Beginner Mode 2 - Advanced Mode 3 - Professional Mode

7.36 Inches
7.2 Inches
3.66
Inches
3
3.0 SPECIFICATIONS
33027
Rapid Racing Drone
1.0472 lbs.
7.36in. X 7.2in. X 3.66in.
8.27in.
5045 (5 Inch, 3 Blades)
8-10 Minutes
360°
30A
11.1V 1500mAh 25C 3S LiPo
2204 KV2500(CW/CCW)
Rapid Racing Drone OSD
6CH, supporting S-BUS / PWM / PPM
SPRacing F3, supports Cleanflight
Xaircraft Configuration
5.8GHz real-time transmission, audio
support, 40 frequency points
25MW-200MW
14°F - 122°F
RP-SMA
Model No.:
Product Name:
Flying Weight:
Dimensions:
Wheel Base:
Rotors:
Flight Time:
Max. Tiltable Angle:
Brushless ESC:
Battery:
Brushless Motor:
OSD:
Receiver:
Flight Control:
Video Transmission:
Transmitter Output Power:
Working Temperature:
FPV Transmitter Antenna:
Drone
Channels:
Wireless Video Transmission:
Working Frequency:
Sensitivity:
Transmitter Power:
Working Voltage:
Battery:
Transmitter Distance:
6CH
5.8G
2.4GHz
>-93dBm
<20dBm
52mA@6V
4 X 1.5V AA
1968ft. (Outdoor, Open Space)
Transmitter
Horizontal Resolution:
System Format:
Lens Angle:
Optical Spec:
540TVL
PAL / NTSC
H: 120° / V: 100°
1/4” (CMOS)
Camera

4
4.0 ATTENTION BEFORE FLIGHT
5.0 CHARGING THE BATTERY
6.0 PREPARING THE DRONE
6.1 ANTENNA INSTALLATION
• The Rapid Racing Drone is recommended for pilots 14 years and older, that have some RC
hobby experience.
• Only fly this drone in dry weather with low wind, do not fly in rain or foggy conditions.
• Always fly in a wide open space. Check local laws and ordinances for legal flying areas.
• Keep a distance of at least 10 feet from the drone when armed. Always disarm before
handling to avoid injury from the high speed rotor blades.
• Do not fly close to overhead power lines, cellphone towers, or radio tower, as these may
interfere with your transmitter and its ability to control the drone.
• Avoid structures, buildings and areas filled with people, World Tech Toys will not take any
responsibilities of damage, injury or financial loss by user operation.
1. Connect the power cable to a wall outlet then connect to the charger. The included charger
accepts voltage from 100V to 240V.
2. Insert the LiPo battery charging cable
into the charger.
3. While charging, the LED lights will stay
solid red. When charging is complete,
the LED lights will turn solid green.
Charge Time = 50 - 70min.
Attention:
When the red LED lights are
flashing, there may be something
wrong with the charger or battery,
stop charging immediately.
Install the drones antenna by screwing into the port
between the rear LED tail lights. Secure the antenna by
pushing it into the antenna clip at the top of the rear of
the drone.

2
5045R
5045
5045R
5
6.2 ROTOR INSTALLATION
Install the clockwise moving rotor blades (5045R) on
the clockwise motors at the front left and rear right
motors shown with the blue arrows and black rotor nut.
Install the counter clockwise moving rotor blades
(5045) on the counter clockwise motors at the front
right and rear left motors shown with the red arrows
and silver rotor nut.
Secure the rotor blades with a rotor nut on each motor
mount tightening them in the opposite direction that the
blade moves on each motor.
Attention:
Install the rotors by hand and tighten to
each motor mount with the included
wrench. You can also use the wrench
to help remove broken rotors in the
event of a crash.
6.3 BATTERY INSTALLATION
1. First place the drone on a flat stable surface.
2. Remove the Battery Cover Shell and put the
battery pack into the battery compartment.
3. Firmly secure the battery with the Velcro
strap and replace the Battery Cover Shell. Do
not connect the battery until you are ready for
take off.
Attention:
Always remove the Battery Cover Shell
from the rear pegs first then slide off
towards the back.
6.4 ADJUSTING CAMERA ANGLE
1. Loosen the screws on both sides of the
camera housing using a screwdriver.
2. Adjust the cameras angle then tighten
screws to secure camera position.
5045R
CW 5045 CCW
5045
CCW 5045R CW
FRONT

Left LED Light Right LED Light
6
7.0 READYING FOR FLIGHT
1. Place the drone on a flat stable surface in a wide open space, the drone’s rear should be
facing you.
2. Put the Flight Mode Switch to the “1” position and move the throttle stick to its lowest
position. Turn on the transmitter.
3. To display the live feed and OSD information from the drone you will need a video receiving
device such as FPV goggles set up.
4. Rapid Racing Drone has a low voltage alarm function and the OSD gives you a visual
reference for the remaining battery power. When the voltage reaches 10.5V, the LED lights
will flash quickly and the alarm will sound.
WARNING: When the drone's alarm sounds or the voltage reaches 10.5V you need to land,
bring your drone closer and come in for landing. The drone is designed to be used
as an FPV racing drone, it does not have any auto landing functions. Once the
alarm sounds the drone will no longer be able to fully throttle and will begin its
descent. Use the controls to navigate the drone to a safe landing area.
7.1 SYNCING THE DRONE TO TRANSMITTER
1. Turn on the transmitter ensuring that the
throttle stick is at its lowest position.
2. Place the drone on a flat level surface and
connect the battery cable to turn on the
drone.
3. The rear left LED light will turn on to indicate
the drone is powered on. When the right LED
light flashes slowly and turns off, the drone
has successfully synced to the transmitter.
(The low voltage alarm only emits from the drone, not the transmitter.)

Keep the throttle stick
at the lowest position
The motors stop and lock
The rear right LED light will turn off
Disarm Motors
Push the Arm / Disarm button until
it clicks back out to lock the motors
Turn off the Transmitter
Keep the throttle stick
at the lowest position
The motors start automatically
at low speed
The rear right LED light will turn on
Turn on the Transmitter
Push the Arm / Disarm button until
it clicks in to unlock the motors
Arm Motors
2
7
7.2 MOTOR ARM / DISARM
The Rapid Racing Drone has an easy to use Arm/ Disarm Motor function. Just a press of a
button readies the drone for take off.
1. With the Drone and Transmitter turned on, push the throttle stick to the lowest position and
press in the arm button to start the motors. The drone will remain idle while the motors run
at low speed ready to fly. Press in again to release button to disarm the motors.
(Ensure that the drone is on a flat stable surface and the transmitter is unarmed in Beginner Mode before starting)

8
8.0 FLIGHT CONTROLS
Drone Movements
( indicates drone front) Transmitter Control
(Left Throttle Stick)
THROTTLE
Up / Down
Drone’s rear should
face the pilot.
PITCH
Forward / Backward
ROLL (Strafe)
Left / Right
YAW (Turning)
Left / Right

9
8.0 FLIGHT CONTROLS CONTINUED
Drone Flips Forward
Move switch to “2” or
Move switch to “3”
Drone Flips Backward
Drone Rolls Right
Drone Rolls Left
FLIP’S
Only available in Advanced and Professional Mode.
Set the flight mode switch to position 2 or 3 to select the
appropriate flight mode.
Attention:
1. Always select wide open areas to fly.
2. Rolls and flips are best suited for experienced pilots only.
3. Match the throttles power to keep a consistent altitude.
Move switch to “2” or
Move switch to “3”
R O L L’ S
Only available in Advanced and Professional Mode.
Set the flight mode switch to position 2 or 3 to select the
appropriate flight mode.
Attention:
1. Always select wide open areas to fly.
2. Rolls and flips are best suited for experienced pilots only.
3. Match the throttles power to keep a consistent altitude.

10
9.0 CALIBRATING THE DRONE
10.0 POST FLIGHT
If the drone drifts while hovering or is not stable in Beginner Mode you need to recalibrate.
1. Put the drone on a flat level surface and power on.
2. Turn on the transmitter, push and hold the left stick to the top right corner and the right stick
to the top left corner at the same time. Keep the drone disarmed.
3. The drone will beep, then beep three more times. When the beeps stop, the drone has
been calibrated successfully.
Attention:
Make sure the drone is on a flat level surface and that the motors are disarmed during
the calibration process.
1. Land the drone and disarm the motors.
2. Power off the drone by unplugging the battery, then turn off the transmitter.
3. Remove the battery pack from the drone. Store drone and battery separately in a cool dry
place. Store away from kids and away from high temperatures.
Attention:
Always perform the post flight procedure above when you are done flying the drone.
Failure to do so may result in personal injury and/or product damage.

O N K E
1 2 3 4 5 6
Flight Mode
Battery Level Time
Motor Status
Attitude Indicator
Code Switch
Off
Code Switch
On
ON K E
1 2 3 4 5 6
Plug Removed,
High Power Mode (200MW)
See page 12 for channels.
ON K E
1 2 3 4 5 6
Plug Connected,
Low Power Mode (25MW)
See page 13 for channels.
11
11.0 ADDITIONAL FUNCTIONS
11.1 OSD INFORMATION
11.2 VIDEO FEED CHANNEL SELECTION
The OSD (On Screen Display) shows important information on your live feed video receiver.
(FPV Goggles or Live Feed Screen sold separately)
There are 40 channels available to connect to your video receiver in two different power
modes depending on your flight environment. Select the best channel connection available to
the receiver based on the visible video quality displayed.
Adjust the dip-switches to select one of the channels available:
(STAB = Beginner)
(HOZN = Advanced)
(ACRO = Professional)
Video Receiver
Location

2
12
11.2 VIDEO FEED CHANNEL SELECTION CONTINUED
The Rapid Race Drone comes in High
Power Mode (200MW) by default. This mode
is suitable for most uses including outdoor
racing and general flying. When flying with
multiple drones it is recommended you
switch over to Low Power Mode as High
Power Mode may cause signal interference.
ON K E
1 2 3 4 5 6
High Power Mode Channel Frequency Chart

13
11.2 VIDEO FEED CHANNEL SELECTION CONTINUED
Connect the plug to enable Low Power Mode
(25MW). There will be a decrease in signal
range but it is recommended when flying
with multiple drones as Low Power Mode
causes less signal interference. You will
need line of sight with your drone for the best
video quality.
ON K E
1 2 3 4 5 6
Low Power Mode Channel Frequency Chart

12
14
11.3 DRONE POWER BOARD OVERVIEW
The drone power board has many connections for all the components of the drone, use the
diagram below to connect everything to the correct port should you need to repair, replace or
add any components. Hardware changes
should only be done by someone with
previous drone experience as full
disassembly is required to access all
power board connections.
1. ESC Power Connection Port (negative)
2. ESC Power Connection Port (positive)
3. Power Connection Port (negative)
4. Power Connection Port (positive)
5. ESC Signal Connection Port
6. Camera Connection Port
7. Alarm Emitter
8. Headlight Connection Port
9. Right LED Light Connection Port
10. Left LED Light Connection Port
11. Transmitter Connection Port
12. Receiver Connection Port
13. USB Port
USB Cable
Power Board Location
Drone Front

UPDATE Update key
i-BUS PP M
GND GND
15
Hardware changes should only be done by someone with previous drone experience as full
disassembly is required to access all motor and ESC connections. The drone’s motors must
be soldered to the ESC for each arm, connections for the clockwise motors should be flipped
over when connected to the motor so the
motors spin in the proper directions. If the CW
motors spin in the same direction as the CCW
motors you need to re-solder the top and
bottom contacts in reverse to change the
motors direction, leave the center connection.
The receiver is setup and ready to be used with the provided transmitter, no changes are
necessary. Experienced users may reference the overviews below when connecting new
hardware. Spare S-BUS and PWM connectors
are supplied for transmitters that require it and
do not use the already connected PPM
connection. Hardware changes should only be
done by someone with previous drone
experience as full disassembly is required to
access all receiver connections.
11.4 BRUSHLESS ESC AND MOTOR DIAGRAM
11.5 RECEIVER OVERVIEW
Soldering Point
Top Brushless ESC Bottom Brushless ESC
Top View
Front
Brushless Motor
(CW)
Brushless ESC
(CW)
Brushless Motor
(CCW)
Brushless ESC
(CCW)
Brushless Motor
(CW)
Brushless ESC
(CW)
Brushless Motor
(CCW)
Brushless ESC
(CCW)
PWM
Signal Port
Antenna
ANT1 ANT2
BIND
Bind Key
PPM Signal Port
i-BUS Signal Port
Top View
Transmitter Receiver Location

16
Cleanflight is used to modify the flight control settings. This is powerful software and only
meant for advanced users who want to customize the default software settings already
loaded, or for those changing components and want to fine tune their drone’s settings.
Download the Cleanflight software at cleanflight.com, click “GUI Download” at the top
of the page to open the Google Chrome Store link to install the software. For detailed
instructions click “Documentation” to find the manual and other resources.
For your safety when connecting to Cleanflight,
remove the rotor blades, then connect the drone
to your computer via USB cable with the software
open. Connect the battery to the drone and pair
the transmitter, the software will detect the
connected drone and load its settings. If it does
not connect automatically click the green connect
button in Cleanflight to manually connect.
11.5 RECEIVER OVERVIEW CONTINUED
11.6 CLEANFLIGHT
Voltage Sensor Port
Bottom View
Drone USB Connection
USB Cable

17
12.0 BALANCE CHARGER OVERVIEW
General specifications for the included charger:
• The charger utilizes microcomputer chips to monitor and control the charging process in a
balanced way with LED indicators to display the charging status in real time.
• This charger may be used to charge 3S 11.1V Li-ion and LiPo battery packs only.
• The charger can ONLY be used to charge 3S batteries.
• The charger should be placed in a dry and ventilated place, far away from heat sources and
flammable substances.
• Always remove the battery pack from the drone before charging.
• Never charge unsupervised or overnight, keep an eye on the charger for the entire duration
of charging.
• Always let the battery cool down at least 10 minutes after flying before you attempt to
recharge. An overheated battery may swell or catch fire while charging.
• Before connecting the battery to the drone make sure the plug lines up correctly, do not
force the connection.
• Avoid dropping a charged or charging battery pack.
• DO NOT charge a damaged battery pack. If the battery has cuts, swelling or is bent/dented,
do not charge.
• Dispose of damaged batteries properly, do not throw away, take to a recycling center.
Input Voltage Output Current Output Power Dimension
100-240V 50/60HZ 0.8A 10W 3.55 x 2.25 x 1.3 in.
LiPo Battery Pack
Power Supply Charger