Foxtech Nimbus V2 is a Vertical Take-off and Landing airplane. It is equipped with new landing gears. The foldable tail landing gear and front landing gear. The front landing gear ensure enough space for mapping cameras or zoom cameras, and will protect the task loads.
In this version, we equip 28kg high speed tilting servos, with the newly upgraded system, the plane canhover like a multicopter more steadily and take off and land in very heavy wind. And the front motor isFoxtech 3520 kv520, which is more powerful, the new power system has great power redundency, andmakes the mapping version more efficient, which can lift max 800g payload.
The highlight of Nimbus V2 is the wind resistant feature. It means that when the plane is in multicopterpositioning mode, or in Auto mode, during taking off and landing stage, the two tilting motors will tilt to acertain level to compensate the wind, that keeps your plane much stable and also give you much bettersafty during landing and taking off stage. With the newly upgraded motors, the max flying speed can reach 35m/s, the average speed is 15m/s to 16m/s, and the stall speed is 10m/s-11m/s.
Another new feature is the new radio control-DA16S, specially designed for VTOL like this Nimbus, and also suitable for other Foxtech series drones. It is 16-channel radio which has datalink and radiolink built inside, so both the datalink and radiolink can reach a range of 5km. You also could equipped the range booster and high-quality antenna to increase the distance to 15km.
Nimbus VTOL V2 also has a big inner space, can put lots of batteries and other equipments. And the quick-detached design makes Nimbus VTOL V2 easy to assembly and dissembly, and transport.
ThisNimbusV2canbeequippedwithFoxtechMap-01andMap-A7Rmappingcamerastodomappingand survey, when you use this Nimbus to do mapping, also could equipped Nimbus with RTK, and PPK system to increase the map precision.
FoxtechNimbus VTOL V2 is a cost-effective planecompared with other expensive multicoptersorfixedwings, it is a good option for customers to do mapping jobs and long range inspection.
Byusing theveryadvancedflight controllerPixhawk2.1,theplanecantakeoff,flywaypointsandland allby itself, in this case, doing long range FPV or survey can never been easier!
The image below shows two typical motor rotation directions.
Although the accelerometer was calibrated already for the PNP version before shipping, please calibrate it again since it might be affected in the transportation.
Under Initial Setup, select Accel Calibration from the left-side menu. Mission Planner will prompt you toplace the vehicle each calibration position. Press any key to indicate that the autopilot is in position and then proceed to the next orientation.
The calibration positions are: level, on right side, left side, nose down, nose up and on its back.
Click this button to begin accelerometer calibration.
This accelerometer trim can be usedto level the HUD horizon.
1.It is important that the vehicle is kept still immediately after pressing the key for each step.
2.The level position is the most important to get right as this will be the attitude that your controllerconsiders level while flying.
Nimbus VTOL uses high sensitivity compass and it has to be re-calibrated when fly in a new place.
Enter the compass setting page and click”start” ,hold the plane and rotate it in order to hit all directions on a sphere to calibrate the compass, when it’s done,a new offset would be given to the flight controller, and a reboot is necessary.
Onboard calibration produces better results.
3. Radio Control CalibrationCalibrating each of the transmitter controls/channels is a straightforward process - simply move each of the enabled sticks/switches through their full range and record the maximum and minimum positions.