FPV Model: build

Monday, August 17, 2015

ZMR250 V2 Build Manual

Congratulations on the purchase of the ZMR250 V2 Mini FPV Quadcopter! This mini quadcopter is a ton of fun and building can be a really enjoyable experience too. We hope this manual will assist you with your build.

Recommended Parts for the Build:

ZMR250 V2 250MM mini quadcopter frame kit x 1
Dragonfly MC1806 2300KV Brushless Motor x 4 (2cw+2ccw)
DYS SN20A Mini ESC x 4
Dragonfly 5030 CW/CCW props x 2 pairs
Naze32 Acro Funfly flight controller x1
SONY Effio-e 4140+811 1/3 CCD 3.6mm Lens 700TVL camera x 1
AOMWAY 5.8g mini 200mw 32CH transmitter x 1
Velcro Battery Strap x 2
FPV 1.2G 5.8G Micro BEC 12V x 1
5.8G clover 3-leaf TX antenna x 1
20CM servo extension cable x 2
3M double sided adhesive tape x1

If you are not sure about what spare parts are required, just simply refer to the ones that included in theZMR250 V2 ARF Package.

Now lets start the building.

1. Solder the Transmitter and Camera

Cut the wires of camera to suitable length and solder them to PDB.
Red wire: Power
Black Wire: GND
Yellow: Signal

Solder the power supply wire and video wire (yellow) of transmitter to PDB.

2. Install OSD

The OSD firmware must be flashed and compatible to the Flight Controller before installation. If you don’t need to install the OSD, please just skip this step.

Solder the pin headers onto PDB.

Install the OSD on PDB. Insert it onto the pin heads and soldered. After secured, cut off the unnecessary length of pins.

3. Install the Buzzer

Pay attention to the positive pole “+” on the buzzer. It needs to be soldered to the buzzer location on PDB.

Cut off the unnecessary pins.

4. Install ESCs

Solder the ESCs onto PDB.

The black wires can be parallel connected to the negative pole “-”.

5. Install Brushless Motors

The motor’s rotation direction can be changed by changing any two wires.

6. Extension

If the OSD and buzzer are installed, then you’ll need to use the supplied wires to solder onto PDB. Please take notice of wire length.

7. Install Flight Controller

Notice on the flight controller: It doesn’t require for soldering if the ESCs have no BEC. The flight controller can be powered by soldering to “5V” (circled in red).

8. Install ZMR250 V2 Frame

Important Reminder: In order to protect the PDB from short circuit, please use the supplied insulation washers when fastening arms to the PDB.

Way to go! You’ve almost completed the ZMR250 V2 build. Power on, and you are now ready to fly!

Wednesday, January 14, 2015

Tarot X6 High-end Hexacopter Build

Tarot X6 Hexacopter comes with new electric folding landing gears, umbrella folding machine arms and integrated PCB. The 6 rotors provide sufficient power to the aircraft. Even if one axis accidently stop working, the hexacopter still can fly in a stable state.

As per our flying test, by using 6S 10000mAh battery and with a payload of 7kg, the flight time of Tarot X6 is 24 minutes. The payload can be up to 10kg.

Something you may need to build:

1x TAROT X6 Hexacopter Frame
1x Tarot X series carbon fiber canopy
1x Wookong-m autopilot set (or naza-v2)
1x DJI iosd mark 2
6x T-motor 4140 kv400 motor
6x Hobbywing Xrotor 40A ESC
4 pairs x 15 inch CW/CCW CF folding prop
7x Tarot prop adapter
1x X9D PLUS radio
1x Aomway 5.8g 1000mw transmitter
1x SharpVision 7inch high bright led monitor built-in 5.8g dual receiver and DVR
1x Boscam 5.8GHz Cloud Spirit Circular Polarized Antenna Set
1x Aomway 5.8g 14dbi mini panel antenna
1x 12v 3a output BEC
1 x Voltage alarm
and battery, plugs, wires, cables, connectors, shrink tube etc.

Here's a build manual of Tarot X6 Hexacopter for your rererence. If you are worrying about the build, you can also simply purchase the Tarot X6 ARF RTF from fpvmodel.com.

Firstly, mount the motor by using m3x6 screws. Here, we are using T-motor MN4014 KV400 motors.

Use cable ties to get through the motor board.

Cut the motor wires to a suitable length and make them get through motor board. Connect the motor wires with banana plug and solder them together. The total length after soldering is about 8cm~10cm.

Mount the ESC.

Get the power supply wire and signal wire of ESC through the arm tube.

And then solder them together with the ESC wires. The red positive pole of ESC’s power supply wire need to be soldered with red wire, black wire soldered with bare wire. The yellow signal wire of servo line soldered with white signal wire, and black wire soldered with black wire.

Finished with heat-shrink tubes after soldering.

Now one of the frame arms is successful assembled. We can assemble all the six arms in the same way.

Friendly reminder: When you are tightening the screw that as showed in the picture, please do not screw it over-tightened, or the red part may be damaged. Once there’s no obvious gap on the red part, the tightening need to be finished.

And then, get the accessories from inside the Tarot X6 frame.

Assemble them with the arm. (For the details, please refer to the frame manual)

Mount on the frame. Stuff the unnecessary wires into the arm tube and only keep a suitable length. The same, we can assemble all the 6 arms in this way.

If your battery is with XT60 connector, you can solder a converter line.

Then, install the landing gears.

Mount them onto the lower part of frame.

Insert the m1-m2 servo line into the servo, then adjust the connection between motor and ESC according to the motor’s CW and CCW.

Stuff the unnecessary wires into the motor board and mount the ESC with cable ties.

Use three XT60 male plugs to solder the power supply wires of flight controller, landing gears and 12V BEC separately. This is for the power supply of gimbal and A/V transmitter.

Please remove the screw on the frame and change to tighten the one that comes with the canopy when you are assembling the canopy.

If the red knob can not be easily rotated, please do not rotate it forcibly, or this part may be damaged. You can rotate it by loosing the screw with a screw driver and then tighten it before flying.