If you have any inquiry, please submit an "After-sale Service Acceptance Form" to email@example.com. This form contains the necessary information to speed up your After-sale service progress.(Filling this form just needs 1-3 minutes.)
Our support team will guide you through the preliminary diagnosis process. We will reply to you as soon as possible once we received your form.
Fimi has been helping customers locate 3rd-party repair centers who can provide local languages and technical supports. The Fimi support team is always at our user's service, but if any users have the needs for local repair services, they might as well try reaching out to these 3rd-party service centers (don't forget to share with us your experience with these local services. Note Fimi will not be responsible for any charges/fees incurred between the customer and 3rd party center).
FPV1.DE, w/ German,-English,-French-speaking staff
Tele.: +49 6251 8255 911
Whatsapp: +49 1590 8409 143
w/ Indonesian,-English,-Chinese-speaking staff : HUGO
Line or Whatsapp: +62-812-5000-2883
www.canarias-stock.es / Español,-English, staff
Tele.: 626 531 801 / 928 322709
Oyuncakhobi Teknolojik Urunler Tic A.S
Turkish, English-speaking staff
Whatsapp: +90 538 636 37 60
Turkish, English, French, Spanish-speaking staff
It is the acronym of First Person View. The user can directly view various gesture changes and experience personal flight in FPV by using FPV 5.8G goggles.
1. Please read the Quick Start Manual, Disclaimer and Safety Operation Instruction first.
2. Please fully recharge the drone aircraft and RC.
3. Please update to the latest firmware.
4. Please calibrate the RC, compass and gimbal before taking off in an environment without electromagnetic interference.
5. Drone tail should face the user when flying.
7. Please do not get close to the drone when propellers are working.
8. FIMI doesn’t provide a TF card, so please purchase a C10/U3 TF card with the storage of 8G-64G.
1. Please stay away from buildings and trees because the GPS signal may be weakened, so precise landing and RTH may fail.
2. Please do not use the drone in bad weather like gales, heavy snow, heavy rain, fog, etc.
3. Please stay away from hazardous environments such as airport, railway, highway, high-rise building, electric wires, etc.
4. Please stay away from environments with electromagnetic interference such as cell phone base station and high-power transmission equipment, etc., when using the product.
1. Port form: 2.54mm general pin;
2. Output voltage: 11.1V;
3. Limited current: 2A;
4. Interface level: 3.3V.
1. When the drone is in GPS mode and user switches the RTH button to the right during the flight, the aircraft enters the RTH mode.
2. The user activates the RTH in the APP.
3. After the aircraft loses connection with the RC, the drone enters the RTH mode
4. At the low battery, the APP will prompt the user and enter the RTH mode. The drone will return straight to the home point and automatically land at the home point nearby.
When the return distance is less than 10 meters and flight altitude is less than 3 meters, the drone will ascend to 3 meters first and return to the home point; if the flight altitude is greater than or equal to 3 meters, the drone will directly return to the home point at the original altitude. When the return distance of the drone is greater than or equal to 10 meters and the flight altitude is less than 30 meters, the drone will ascend to 30 meters and return to the home point; if the flight altitude is greater than or equal to 30 meters, the drone will directly return to the home point for landing at the original altitude. The user can GPS Mode VPU Mode toggle the auto return switch to the left to exit Auto Return.
Do not fly the drone near buildings, communication base stations, car repair factories, buildings, etc. These places usually have strong radio wave radiation and strong magnetic field interference, which adversely affect the remote control communication, GPS signals, and compass of the drone. The drone will enter ATTI mode automatically when the drone loses GPS signal in flight or the compass has interference. Please fly the drone in an open area and far away from this interference environment.
When the space between high buildings is not wide enough, and the GPS signal will be blocked and reflected by the building, resulting in lower GPS positioning accuracy. At the same time, the steel in high-rise buildings generates magnetic interference to the electronic compass, which affects the flight stability and causes drone drifting. Or the drone will automatically switch to ATTI mode. For flight safety, please fly the drone far away from buildings.
Users should calibrate the compass before first flight. The compass is affected by the other digital devices easily and may cause an accident in flight, so the user should calibrate the compass.
Tips: Do not calibrate the compass near strong magnetic fields, such as magnetite, steel buildings, etc.