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DiffERENt flyiNg mODES

‘loiter’ mode

‘loiter’ automatically attempts to maintain the current location, heading and altitude. 
The pilot may fly the Hoverbike Drone in ‘loiter’ mode as if it were in ‘manual’ mode. 
Centering

 

the sticks (pitch, roll, yaw) will continue to hold position. good gpS signal, 

low magnetic interference on the compass and low vibrations are all important in 
achieving good loiter performance.
the pilot can control the position of the hoverbike drone with the control sticks.

•  Horizontal location can be adjusted with the Roll and Pitch control (right) stick with 

the default maximum horizontal speed being 5m/s. when the pilot centres the 
sticks the hoverbike Drone will slow to a stop.

•  Altitude can be controlled with the throttle control stick as in Althold mode
•  The heading can be adjusted with the Yaw control stick

‘Stabilize’ mode

Some level of experience is necessary for this mode.

•  Stabilize mode allows you to fly your vehicle manually, but self-levels the roll and 

pitch axis. Pilot’s roll and pitch input controls the flight angle of the Hoverbike 
Drone.  when the pilot centres the roll and pitch stick, the vehicle automatically 
levels itself.

•  pilot will need to regularly input roll and pitch commands to keep the vehicle in 

place as it is not being held in position with gpS as in ‘loiter’ mode.

•  pilot’s yaw input controls the rate of change of the heading.  when the pilot releas-

es the yaw stick the vehicle will maintain its current heading.

•  pilot’s throttle input controls the average motor speed meaning that constant ad-

justment of the throttle is required to maintain altitude.  If the pilot puts the throt-
tle completely down the motors will go to their minimum rate and, if the vehicle is 
flying, it will lose altitude control and tumble.

‘Acro’ mode

high level of experience is necessary for this mode.

‘Acro’ mode (‘Rate’ mode) uses the radio transmitter sticks to control the angular veloc-
ity of the hoverbike Drone. Release the sticks and the vehicle will maintain its current 
attitude and will not return to level. ‘Acro’ mode is useful for aerobatics such as flips or 
rolls, or aerial photography (fpv) when smooth and fast control is desired.

the throttle is completely manual with no compensation for tilt angle of the vehicle.  if 
the pilot puts the throttle completely down the motors will go to their minimum rate.

Warning: ‘Acro’ is the most difficult flight mode to master and you can look forward to 
crashing multiple times before you get the hang of it. if you are unexperienced, please 
research more on ‘Acro’ mode.

Contents

System overview  4

in the box 

5

Caring for Drone  6

you + Drone 

7

Safety first 

8

first time setup  9

batteries 

12

Controls 

12

warning signals  14

First flight 

15

Every flight 

17

flying modes 

19

About Drone 

20

Summary of Contents for DRONE 3

Page 1: ...DRONE 3 A quick start guide M V...

Page 2: ......

Page 3: ...RX SBUS re ceiver 9 Using a Spektrum remote satellite receiver 10 Calibrating your transmitter in Mission Planner 11 Charging batteries 12 How the controls work 12 WARNING LIGHTS AND SOUNDS 14 The Pi...

Page 4: ...driven by 30A motor speed controllers and these speed control lers are in turn controlled by the Pixhawk flight controller REAR black ducts FRONT blue ducts BIRD S EYE VIEW SIDE VIEW Landing gear opt...

Page 5: ...ge below the middle section with plates off Macro micro microcontroller Speed controller Battery GPS Macro micro Orange RX SBUS Pixhawk interface cables for optional external hardware Micro SD adapter...

Page 6: ...fe of your motors Structural integrity Just like on a full size helicopter you should pre flight check your Hoverbike Drone before powering on This would include checking for the following items All s...

Page 7: ...vehicle s receiver Luckily our Hoverbike Drone can return to home if you go too far from one another Please see https pixhawk org users rc_failsafe for how to setup your failsafe mode However it is b...

Page 8: ...e check your local aviation regulations related to drones and or RC helicopters Please Always fly your Hoverbike Drone with the thought in the back of your mind that something may happen and buffer yo...

Page 9: ...you are able to control your Hoverbike Drone The Hoverbike Drone will be shipped with an Orange RX receiver ready to bind to your Spektrum radio transmitter If you don t have a Spektrum radio transmi...

Page 10: ...lug the satellite receiver and the bind plug and the Pixhawk into the DSM2 receiv er Connect the Hoverbike Drone via the USB cable The receiver should be blinking rapidly showing that they are ready t...

Page 11: ...n and with AUTO selected in the drop down click connect to connect your Hoverbike Drone to the computer Click the Initial Setup tab at the top of the Mission Planner page Select the Mandatory Hardware...

Page 12: ...s and never to charge at over 15 Amps We recommend charging with the balance leads connected When flying from two or more batteries in parallel you need to ensure that the bat teries have the same vol...

Page 13: ...nd backward Roll side Makes the Hoverbike Drone go sideways Yaw turn Makes the Hoverbike Drone turn Contents System overview 4 In the box 5 Caring for Drone 6 You Drone 7 Safety first 8 First time set...

Page 14: ...he Pixhawk LED and sound meanings Solid green Plus single long tone Armed with GPS lock Ready to fly The Pixhawk failsafe lights and sounds Flashing yellow RC failsafe activated Flashing yellow plus q...

Page 15: ...t or no wind and the area should be clear of people and obstacles First time ready to fly Place your Hoverbike Drone on the ground and lift battery plates off plug in BOTH batteries Now leave the Hove...

Page 16: ...or right yaw and move it up or down by moving the left stick up and down height To land slowly lower the throttle stick until your drone is safely back on the ground FLIGHT This procedure is the same...

Page 17: ...19 About Drone 20 Note Loiter mode is heavily dependent on the accelerometers being well calibrat ed To check the calibration of your Hoverbike Drone s accelerometers connect it to Mission Planner an...

Page 18: ...awk buzzer and the Pixhawk light goes solid green Pixhawk Arming button Motors Pixhawk Contents System overview 4 In the box 5 Caring for Drone 6 You Drone 7 Safety first 8 First time setup 9 Batterie...

Page 19: ...d in position with GPS as in loiter mode Pilot s yaw input controls the rate of change of the heading When the pilot releas es the yaw stick the vehicle will maintain its current heading Pilot s throt...

Page 20: ...than 45A This means that the batteries are using just over 1 3rd the rated current of a 20C pack Flight controller The Hoverbike Drone uses the Pixhawk flight controller We tested our own flight con...

Page 21: ...o power the flight controller After the power passes through the power module it continues on to the motor speed controllers to drive the motors Spares You can purchase the following spares from our w...

Page 22: ...nual http 3drobotics com wp content uploads 2014 03 pixhawk manual rev7 pdf Pixhawk failsafe mode setup https pixhawk org users rc_failsafe Mission Planner http ardupilot com downloads did 82 Flying m...

Page 23: ......

Page 24: ...M V WWW HOVER BIKE COM...

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