Urban drones Splash drone auto User manual

SPLASH DRONE AUTO

User Manual V5.1

For the latest software and set up videos, go to

UrbanDrones.com

1. Damage(s) or Injuries incurred when users are under the influence of alcohol, drugs or

impaired in any way through sickness, both physically and mentally.

2. Damage(s) or injuries caused by subjective intentional operations as well as any mental

damage compensation caused by accident.

3. Any malfunction caused by human failure to follow the guidance of the manual to assemble

or operate.

4. Damage(s) or injuries occurred in mechanical and electronic parts by a green hand operator

without training.

5. Damage(s) or injuries caused by forgetting/failing to calibrate drone before flight.

6. Damage(s) or injuries incurred from using the unauthorized third party accessories or

counterfeit parts against Spro relative policy.

7. Damage(s) or injuries caused by operation faults, bad judgments and modifications imposed

on Splash Drone.

Preface

Thanks for purchasing your new Splash Drone from Urban Drones. Please thoroughly read the

entire contents of this manual to fully use and understand your new drone.

This product is NOT SUITABLE FOR PEOPLE UNDER THE AGE OF 18.

For the sake of safety, please DO comply with all FAA regulations and local laws. Uninstall

propellers during radio calibrations & parameters setting.

Due to any unforeseen changes or product upgrades, the information contained within

this manual is subject to change without notice. It is advised to check the Splash Drone’s product

page at https://www.UrbanDrones.com which is updated on a regular basis. This will provide

services such as product information, technical updates and manual corrections.

Warning & Disclaimer of Liability

This product is manufactured in a partnership with SWELLPRO which is exempt from liabilities

from damage(s) & injuries incurred directly / indirectly from the use of this product in the

following conditions:

8. Damage(s) or injuries caused by using malfunction & aging parts.

9. Damage(s) or injuries occurred by persistent flight after the low-battery warning.

10. Damage(s) or injuries occurred by salty corrosion without (thoroughly. washing & drying the

parts that engaged in sea water.

11. Damage(s) or injuries caused by losing control on drone due to change the location of flight

controller.

12. Damage(s) or injuries caused by using other third party appliances, such as

Transmitter/Receiver/Remote control device.

13. Damage(s) or injuries occurred in circumstances with possible interference, including the

magnetic filed, radio signal and other subjective operation troubles caused by bad judgments,

obscure vision & poor-eyesight.

14. Damage(s) or injuries occurred when the drone is in the following situations: collision, fire,

explosion, floods, tsunamis, ice, snow, avalanche, flooding, landslide, earthquake, etc..

15. Damage(s) or injuries caused by abusing & modifying the protective circuit inside of Battery.

16. Any legal liability incurred by illegal activities. Please use products within limits permitted by

local laws and regulations.

Please QUIT using the drone if any exceptional abnormality occurs.

Please DO make sure the Throttle joystick is staying at neutral position before switching on

radio controller. Damage(s) or injuries may occur in tuning Splash Drone, so please DO ensure

all engines are turned off before any calibrations.

Forbidden (Important) Caution (Important)

Index

spro reserves all the rights for final interpretation.

Symbols Highlighting

1.Product Introduction

2.Function Abstract

3.What's in the box?

4.Splash Drone AUTO version

4.1.1 Drone Configuration

4.1.2 Radio Controller Configuration

4.2.1 Radio Controller Operations

4.2.2 Flight Mode

4.2.3 OSD

Fundamental Awareness

1.Product Introduction

Developed by in a partnership, Splash Drone is the world’s best amphibious & waterproof drone.

71% of the earth covered by water, 60% of the people live by ocean or lake. There isn’t a

drone that can survive from landing on water. The Splash Drone fills this gap on the drone

market.

Similar to regular drone on the market, Splash Drone come with video transmission for live-video

streaming, gimbal for aerial filming, auto return home for safety. The special thing is that Splash

Drone is a multifunctional drone. You can start your aerial filming from water and land the whole

drone on water without fearing of lost the drone. You can take off the gimbal to make extreme fly

above water to make a lot of fun. You can also mount a waterproof camera to make extreme fly

while filming above water. You can mount a payload release to deliver object to selected location

which is used on life rescue, fishing, enforcement etc.

4.2.4 Propeller

4.2.5 Battery

4.3 Calibration

4.3.1 Accelerometer Calibration

4.3.2 Radio controller Calibration

4.3.3 Compass Calibration

4.4 Flight Instruction

4.4.1 Announcement before flight

4.4.2 Taking-off

4.4.3 Landing

4.4.4 Auto Return-To-Home (RTH)

4.4.5 Navigation Indicators

4.4.6 LED Indication for flight controller

4.4.7 Low Battery Warning & Low Battery Auto Land

4.5 Smart Ground Station system

4.6 FPV & Extended Application

5. Specifications of Splash Drone

6. FQA

2.Function Review

3.What’s in the Box?

Attention: please check & confirm the parts inside the package comply with

the part list as below:

1. Payload release: Able to load object up to 1kg to fly and throw at specified place. Suitable for

water rescue with lifesaving ring; deliver fish food for fisherman; fishing etc.

2. Waterproof gimbal: The world’s first waterproof gimbal for the drone. It’s GoPro type FPV

waterproof case fits GoPro Hero3/3+/4 camera.

3. Built-in one of the most compact designed 5.8G video transmitter, with a transmission range

up to 1km.

4. Auto Return to Home function: Prevent losing the drone because of mis-operation, which give

confidence to people to operate the drone.

5. Real time OSD data on the controller: Most of the important flight data will be showed on the

controller LCD screen, which help you to master the drone status during flying.

6. Follow me mode: Automatically following up the specified moving object to execute a whole

process aerial photography.

7. App control: Control your Splash Drone by App program via Android and iOS smartphone and

tablet.

8. Way-point & Mission Planning flight: Allow pilot to drop way-points and execute specific flight

path at expected attitude.

9. Circle Flight: Fly the drone surround the specified target to make 360° aerial filming.

10. Self-tighten Carbon Fiber Propeller: Strong and durable, and no more wrench need to fix the

propeller.

11. Smart Charger: All-In-One design, no more complicated setting, support 2-4S Li-Polymer

battery.

12. Aluminum suitcase: Compact and strong design for easy to carry and protect the drone,

plenty ofspace fits the drone and its accessories.

he Splash Drone is an ideal tool for sailor, lake and ocean scientist, boat owner, professional

fisherman, water sport, and of course normal people all around the world.

Transmitter

2.4GHz Bluetooth Datalink

Receiver

2.4GHz Bluetooth Datalink

Propeller x 2 pairs

Splash Drone x 1 set

Lipo Battery x 1 pc

2.4G Radio controller x 1 set

Transmitter Ground station x 1 set

Receiver Ground station x 1 set

Quick-release Landing gear x1 set

Accessories AUTOPHOTO RTFSAR

Gimbal controller Board x 1 set

Quick-release mounting plate for

Dive Case x 1 set

Waterproof Pay-load releaser x 1

set

Mini 5.8G video transmitter x 1 pc

2-Axis Waterproof Gimbal x 1 set

Mounting bracket of FPV Monitor

x 1 set

Accessories AUTOPHOTO RTFSAR

SAR device(Payload release

with waterproof FPV camera)

4. Splash Drone AUTO version

4.1 Configuration

4.1.1 Drone Configuration

7 Inch diversity LCD FPV Monitor

x 1 set

Smart balancing Charger x 1 set

Aluminum-alloy Suitcase x 1 set

4.1.2 Radio Controller Configuration

1. Hatch Screws

3. Drone Nose

5. Shake-proof rubber ball

7. Landing Gear

9. Rubber cushion foot

11. Nut of Propeller

2. Propeller

4. Navigation Indicator

6. 2-Axis Waterproof Gimbal

8. Watertight seal screw

10. Watertight Motor

12. NANO Vent cover

20 21

22 24

Remark: 16,19,20,21,25,26 are spare buttons for extra usage if any. The default Throttle

control is American Mode (Left Joystick), Right throttle (Japanese Mode. is available

basing on request.

1. Antenna

2. SWB-Auto RTH

3. SWA-Payload Release

4. Power switch

5. Left Joystick

6. Throttle Sub-trim

7. Yaw Sub-trim

8. Menu

9. Back

10. Display

11. Enter

12. Scooter

13. Left/Right Sub-trim

14. Front/Rear Sub-trim

15. Right Joystick

16. SWD

17. SWC-Flight Mode

18. SWG

19. VRB

20. VRA

21. SWH

22. VRD-Pitch control on Gimbal

23. Handle Shaft

24. VRC-Roll control on Gimbal

25. SWF

26. SWE

27. Trainer

28. Battery cover

4.2 Flight Guide

4.2.1 Radio Controller Operations

4.2.1.1 Auto Return-To-Home

Attention: During returning and descending, drone nose & aileron joystick are controllable

for a better landing location, Throttle is unavailable under Auto Return-To-Home mode.

SWC1 SWC2 SWC3

SWB1

SWB2

Normal

Return-To-Home

ATTI Mode

Circle Flight

GPS Mode

RTH Switch (SWB1, SWB2)

SWC1

SWC2

SWC3

Flight Mode switch ( SWC1, SWC2, SWC3)

VRC, VRD is a gear switch to adjust the Roll/Pitch of Gimbal to get a better

photography angle, please refer to 4.6.2 for more details.

4.2.1.2 Flight Mode Abstract

4.2.1.3 Gimbal controller

SWB1 SWB2

Throttle joystick (from Down to Up. controls the flying height)

Push up the Throttle joystick to raise the

drone.

Pull down Throttle joystick to low down the

drone

Drone keep current height when throttle

joystick stays at neutral position.

Slightly push throttle joystick over the

neutral position to raise the drone.

Attention: Slight operation of the throttle

joystick is always recommended during

flight.

Throttle joystick (from Left to Right. controls the Yaw direction)

Pull joystick to Right to execute clockwise

flight.

Pull joystick to Left for counter-clockwise

flight.

Drone keeps its current nose direction

when joystick stays in the neutral position.

Larger motion imposed, higher rotating

speed will be performed.

Aileron joystick (from Up to Down. controls forward & backward in the horizontal plane)

Push up joystick to fly forward.

Pull down joystick to fly backward.

Drone keep hovering when aileron joystick

stays in the neutral position. Larger stick

movement brings higher speed.

4.2.1.4 Left Joystick is for Throttle and Nose direction

4.2.1.5 Right Joystick is for aileron during flight: forward/ backward/ left/ right.

Aileron joystick (from Left to Right. controls left & right flight in the horizontal plane)

Drone fly to right when pulling joystick to

Right

Drone fly to left when pulling joystick to left

Drone keep hovering when aileron joystick

stays in the neutral position. Larger stick

movement brings higher speed.

4.2.2 Flight Mode

4.2.2.1 Introduction spreadsheet

GPS mode: The most commonly used mode. In this mode, the compass and

GPS will be activated to make the drone recognize the current location

precisely, that make sure you can fly the drone in good gesture and hover

anytime easy. Different from the ATTI mode that suitable for senior pilot. GPS

mode is suitable for new pilot and aerial filming. The week point is that the GPS

& compass module is the quite sensitive with magnetic interference. Make sure

you fly in a place without strong magnetic interference place and good GPS

signal.

Operational

function

Locating

Max Ascend

Speed

Return To

Home

Max Flight

speed

Keep drone horizontally when joysticks

stay at Neutral position, the MAX tilting

flight angle is 25 degree.

Lock location when joysticks stay at

Neutral position, the MAX tilting flight

angle is 25 degree.

Flight Mode

GPS Mode

ATTI Mode GPS Mode

Linear ControlRadio Input

Not Support

4m/s

Support

21m/s

Support

4m/s

Support

6 m/s

SWC2

ATTI mode: In ATTI mode, the compass and GPS module will not work. The

drone can maintain the height, but not able to lock the position automatically.

This mode is good for senior pilot and necessory for every drone. Because of the

senstive of the compass and week GPS signal will make the drone not good at

flying on the indoor, crowd and strong megnetic environment.

(Important note: when your drone is out of control suddently in GPS mode, the

best way to get it back is switching to ATTI mode, bring it back manually).

Before making circle filming of the target object, fly the drone over the target

object (saying a boat), switch SWC to middle position (SWC2) to activate Circle

Flight Mode. The drone will take this point(the boat) to be center of the circle. The

target object will be recognized as the default nose/camera direction.

Push the Pitch stick down to enlarge the circle, push up to reduce the circle.

Move the Aileron stick left to speed up the circle flight in clock-wise direction,

move the Aileron stick to right to slow down the clock-wise speed to zero and

start circling anti clock-wise. The circling speed is proportional to the Aileron stick

movement.

Use the Throttle stick to increase or decrease the circling altitude. Use the Yaw

stick to turn the nose/camera direction.

RTH mode will be active once flipping the SWB to SWB2 position. YAW(drone

nose) is controllable during Return-To-Home. When returning to the top of

take-off location, both Yaw and Aileron Joystick are controllable for a better

landing-off location, Throttle is unavailable under Auto Return-To-Home. Manual

control is also applicable by switching SWB back to SWB1 position.

ATTI Mode

Circle Flight

RTH Mode

Fail Safe Return mode will be active when drone is out of radio range & radio

controller is turned off by accident. After regaining the radio signal, drone will be

controllable by switching SWB to take over the flight, no matter in ATTI or GPS

mode.

Fail Safe

Return

4.2.2.2 Graphic Illustration

Circle Flight

[RECEIVE]

RATE：

ELEV：

THRO：

VOLT：

LATI：

LONG：

ALT：

00cm/s

51%

0.0v

0º00.00

000.0cm

NULL

定点

0º

000.0m

GPS：

RSSI：

MODE：

YAW：

ROLL：

PITC：

DIST：

12.6V

00:00.0

Press ‘End’ button to enter into OSD data

interface, all the flight data will be available,

including At-sight battery voltage, Flying speed,

GPS signal, etc.

Attention: The Take-off location will be

recorded ONLY under good GPS signal, saying

Satellite Value >6.

OSD data on controller screen

4.2.3 OSD data Transmission

4.2.3.1 OSD Converter

4.2.3.2 Menu Introduction for Radio Controller

Note: Please DON’T take-off directly under Circle Flight. In case of unexpected accidents

occur, make sure to identify the drone Nose direction before quitting Circle Flight.

Attention:

1. Under normal flight, to prevent mis-operation, the controller screen will be locked

automatically when the pilot don’t press the buttons up to 20seconds. Long press the

center button of the right turning switch to unlock it.

2. When the controller screen is in OSD display, the system will not auto lock the screen.

Flight Speed (m/s)

Menu Introduction

Rate

Propeller Propeller with silver spinner Propeller with black spinner

Graphic

Installation Graphic

Assembly Location Motor with silkprinting ‘CCW’ Motor with silkprinting ‘CW’

Take out the 4pcs original 12inch self-tighten carbon fiber propellers. Install the 2pcs propellers

with silver spinner onto CCW motors; Install the 2pcs propeller with black spinner onto CW

motors. Tighten them.

4.2.4 Propeller

4.2.4.1 Installation

Ascending(+) /Descending(-) speed ( m/s)

Throttle

At-sight voltage of the main battery ( V )

Latitude

Longitude

The relative height between current point and the take-off point

The ground distance from current point to take-off point

GPS Signal level ( 0-10)

NULL, indicate the Sensitivity of Receiver

Flight Mode

Flying angle of drone Nose

Flying angle of moving forward(+)/ Backward(-)

Flying angle of moving to Right(+)/ Left(-)

ELEV

THRO

VOLT

LATI

LONG

ALT

DIST

GPS

RSSI

MODE

YAW

Pitch

Roll

Props are self-tighten design without extra spinner & screw to fix.

The special propeller design make it not able to install the wrong propeller.

Please check to ensure every Props are in good shape before every flight. Aging & destroyed

Props are FORBIDDEN to use on Splash Drone.

DON’T touch the rotating propellers.

Please ALWAYS use the original 12inch propellers to guarantee good fly experience.

Notice :

4.2.4.2 Uninstall Propeller

NEVER try to uninstall the propellers before the drone is not locked properly and motor

stop spinning

DO NOT put the battery into water, fire or heat place; please keep the battery away from

source of water and fire.

Battery should be stored in a cool and dry environment.

The Battery temperature will be high temporarily after each use. Don’t start charging until the

battery cools down to room temperature.

Do not leave the battery charging unattended. If an abnormal charging situation occurs,

please stop charging the battery at once; if you cannot attend to the battery, remove the

battery from the charger to avoid any unpredictable danger.

Forbid imposing external force on the battery; do not drop the battery from high places and

disassemble or modify the battery.

Please replace the battery with new one if it bulges.

If a child accidentally swallows the battery you should immediately seek medical assistance.

Battery should be charged with proper standard charger.

DO NOT connect the battery reversed in positive and negative terminals in the charger or

equipment.

DO NOT let the battery terminals (+and-. touch together to cause short-circuit.

DO NOT transport or store the battery together with metal objects.

DO NOT drive a nail in, hit with a hammer, or stomp on the battery.

Do not disassemble or alter the battery.

Do not use the battery in strong electrostatic areas; otherwise the electronic protection may

be damaged which may cause a hazard.

4.2.5 Battery

4.2.5.1 Usage & Cautions

The battery is specially designed for Splash Drone, with 4S 5200mAh capacity, 14.8V

voltage and charge-discharge management functionality.

If you get the battery electrolyte leakage into your eyes, don't rub, first wash your eyes with

clean water then seek medical assistance immediately. If not handled in a timely manner, eyes

could be damaged.

Do not use the battery when it emits an odor, high temperature, deformation, change in color

or other abnormal phenomena; if the battery is in use or charging, you should stop charging or

using immediately.

If the battery terminal gets dirty, please clean it with a dry cloth before using. Otherwise it will

cause a poor contact, thus lead to energy loss or the inability to charge.

Discarded battery could lead to a fire; you should completely discharge the battery and wrap

the output terminal with insulating tape before discarding.

DO NOT drain the battery of Splash Drone or leave the battery plugged into the Splash Drone

when not in use. When there is low voltage alert, please land the splash drone in a timely to

avoid damages to the battery & drone.

Unplug the battery if not occupying with drone.

1. Insert the AC power cord into charger (Image I)

2. Insert the AC power cord into 100-240V AC socket, all LED will light for 1 second, then your

charger is ready for using ( Caution: Always power ON the charger before connecting a battery,

or damage to the hanger and the battery can result.

3. Connecting the battery pack to the charger with the XH balance plug (Image I)

4. When it start charging, the 4 indication LEDs will show you the charging status: one LED blink

means 25%, two LED blink means 50%, three LED blink means 75%, and four LED blink means

the battery is fully charged.

5. During the charging process, if all 4LEDs keep blinking, that’s mean ERROR occur. Check

your connection or battery status.

Charging Process

4.2.5.2 Charging Battery

Image I

4.2.5.3 Install Battery

Fit the battery into the specified location as picture below. Put the battery power cord as

far away as possible from the GPS module. Make sure no cable is placed under the

battery!!!

Accelerometer Calibration is available to be done either by manual operation on Controller or

assistant software via computer.

Calibration is necessary in below cases:

a. Using the Splash Drone at the first time.

b. Significant Tilt flight when taking-off under ATTI Mode.

c. Imposing movements on Throttle Joystick, the drone will drift with certain angle under

ATTI Mode.

d. Heavy shake has occurred during transportation.

e. After a completed compass calibration as well as unlock the motors successfully, however

the LED still keep solid red when trying to start up motors.

4.3 Calibration

Attention: All calibrations SHALL be done under LOCKING status WITHOUT propellers.

4.3.1 Accelerometer Calibration

4.3.1.1 Calibrate Accelerometer by controller

1. Firstly turn on Radio controller, then power on drone. Wait till the drone completes

Self-checking, then Flip SWB gear at SWB2 (RTH) position.

Accelerometer Calibration

1. Switch on radio controller, Power on drone, and place it on the flat surface, then connect it

to computer by USB cable. Wait till system finishes self-checking. (No any more beep...

Sounds emit from motors.)

2. Install the software assistant from www.UrbanDrones.com, Double click to Open the

software assistant, make sure the connection is successful. Choose ‘ACC’ In ‘BASIC’ menu.

3. Make sure drone is in horizontal, and Click ‘Start Single Calibration’. The System will pop

up a reminder dialogue when calibrate successfully.

4. Click ‘Write’ in right-upper corner to save changes, and disconnect by clicking ‘Disconnect’

once again. Then Accelerometer calibration is done up for next radio controller calibration.

Tips of Accelerometer Calibration

4.3.1.2 Calibrate Accelerometer by Software Assistant (Optional)

2. Pull Left joystick to right-lowest 45°, push Right Joystick to right-highest 45°as below

picture shows:

3. Keep above gesture for 2s till Indicator flashes RED, the drone enter into calibration

process. Wait until the Indicator quit flashing RED, then release joysticks, the

Accelerometer calibration is finished.

1. Turn on radio controller, and then power on drone.

2. Connect to computer, and run the Assistant Software.

3. Choose ‘RC’ In ‘BASIC’ menu in the same interface of Software assistant, Click ‘ Calibration’ at

the Right-lower corner, system pops up a reminder dialogue to remind you what to do next.

4. Just follow the dialogue to rotate 2 joysticks (left/right) in clockwise circle two times with full

motion, then release.

5. Click ‘ Confirm’, then give all reminder dialogues a firm ‘OK’ to complete calibration.

6. Click Write’ in right-upper corner to save changes, and disconnect by clicking ‘Disconnect’ once

again. Then Radio controller calibration is done.

4.3.2 Radio controller Calibration

Note: Radio controller was calibrated before ex-factory, no need to do the calibration once

again in normal situation. If in need (Side flight occurs after finishing the Accelerometer &

Compass calibration), it’s applicable to calibrate Radio controller indoor WITHOUT

Propellers.

Calibration Steps: Go to https://www.UrbanDrones.com for How-To Videos

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