Blogs/News/PSAs

Most mini flyer drones for consumers can fly for 10 minutes to 30 minutes, and to extend the cruising range, equipping the battery with a larger capacity seems the only one way. However, doing so will actually increase the load of the drone, and the effect on extending the flight time is not obvious. In order to solve this problem, a researcher has developed a new type of drone technology that can make the drone keep flying without a battery.

Dr. Samer Aldhaher from Imperial College London has developed the latest ultralight mini flyer drone, and its power comes entirely from a wireless transmitter. However, there are still many restrictions on the use of this technology. For example, the drone cannot exceed 5 inches in size and can only perform simple lateral movement, but it seems a good beginning for future development.

It should also be noted that Aldhaher's prototype is based entirely on custom hardware developed by himself, so it will damage many transistors due to the use of high-frequency power, so if you use too cheap components, it will also affect the flight time.

There are still many difficulties in the promotion of this technology, and it takes a long process. Moreover, large-scale coverage also requires a certain degree of infrastructure construction. But if such a wireless power solution can really be used, then the arrival of this day may not be far away.

TTF Technology is a high-tech enterprise and professional Aero-Model manufacturer that unifies product design, research development, production, marketing and customer service. Our main product are uamanned aerial vehicle, including professional drones and consumer drones, as well as DIY components for drones.

T20 commercial quadcopter is a VTOL fixed wing UAV, which adopts hybrid configuration of fixed wing and quadrotor. Based on this special airframe design, vtol fixed wing drone can vertically takeoff and land and have no need for runway, takeoff and land airspace nor catapult. It has the ability of long-distance and high-speed cruise.

The industrial flight control and navigation system, which is specially designed for T20 series UAV, ensure the UAV can realize fully-autonomous flight, switch of flight mode and vertically takeoff and land, etc. No need for runway, takeoff and land airspace nor catapult let T20 can operate in complex terrain like mountains, hills and forest, and dense region of buildings, etc. These characteristics enlarge the application of T20 which is an ideal choice of industrial UAV.

More simple operation settings 
Longer flight time
More secure detail protection
More professional air frame design
More powerful oil movement support
More advanced integrated configuration
Long Voyage: Single-flight 4- 6h, greater than 144km/h
Simple Operation: fully auto- magically intelligent section box to adjust the route fixed-point landing, survey data will be safely returned.
High Precision: upgrade based on the flight experience in different types of terrain. The final aerial survey data was field verified by Wuhan University professor and the horizontal accuracy was 1: 500.

 Features of Long Range Fixed Wing Drone

Simple configuration design: Easy to assembly in short time
VTOL: No requirement for runway, takeoff and land airspace nor catapult, high efficiency
RTK: High positioning accuracy
Full automatic operation: Full-automatically controlled by GCS, easy to use
High security level: Perfect system monitoring and emergency management

 Applications of Fixed Wing Survey Drone

Heavy task in areas where multi-rotors drones cannot quickly cover
Fire inspection tour in jungle area, animal/plant resources survey
Complicated environment where fixed wing UAV cannot find a place to take off and landing
City emergency surveillance, rapid transit
Aerial photography in hilly areas
Surface ship pre-warning

We have fixed wing drone for sale, don’t hesitate to contact.

Commercial Delivery Drones Use

Architecture and construction

Architectural firms and construction contractors are also benefitting from the use of best drone for 4k video. Much like professionals in real estate, architects can use images and footage of a property to create 3D renderings of the structures they aim to build.

By cheaply and quickly creating aerial shots on which to place an architectural rendering, architects can create real-world concepts of their projects. This ability is indispensable to creating accurate designs and understanding how they fit within properties.

Access to these plans during the construction project is also useful to the people actually bringing the design to life.

Delivery--Commercial uavs Drones
Drone-based delivery services probably constitute one of the most obvious applications.

But the promise of goods delivered direct to your door by drone will only become more real as the technology continues to evolve and its capabilities expand.

This is especially true for areas where traveling by road is difficult or treacherous.

Emergency Services
Using professional 4k drone for emergency response services, particularly when it comes to medical needs, presents new opportunities for life-saving measures. Using drones to get eyes on a difficult situation, or to deliver medical supplies to stranded victims, could enhance the ability of emergency response physicians to offer care in difficult situations.

Engineering
Engineering firms are also utilizing drones on in-depth projects like oil pipelines, transmission cables and maintenance inspections.

Environmental monitoring and conservation
Much like how farmers use commercial grade drones to monitor crops and animals, the technology can be utilized to keep tabs on ecological environments. UAVs are discrete and can monitor animal populations without disturbing them. This type of monitoring offers important insights into conservation efforts, migration tracking, habitat management and flood assessment, which is particularly useful on the coasts.

Drones also provide data on the health of vegetative and animal populations, and the technology offers a unique ability to identify species in hard to reach places.

Media
Another obvious use for drones is in media coverage. Previously, aerial shots were available only to large news corporations that could afford a news helicopter. Now, local journalists and small-scale media outlets can easily capture aerial footage for news coverage.

In addition, drones can get into tighter areas, lower to the ground than a news helicopter could ever hope to travel. Even simple tasks, like recording a face-to-face interview, can easily be made more dynamic and engaging with a camera-equipped drone hovering nearby.

We have commercial uav for sale, don’t hesitate to contact.

FPV Racing Motors

FPV fpv drone motors are designed with one thing in mind - maximizing Multi-rotor performance! The new quadcopter racing motors are the new standard performance. These motors are built for a specific type/application allowing for further refinement and efficiency/power to be optimized.

Built by the highest quality components from Japan bearings, N45SH magnets, 0.2mm laminations, 180deg oxygen free copper wire, 0.005g balancing, perfect wind laid down and 100% QC, and then the design of racing quad motors are also evaluated for their type application and everything from their mounting, to the prop type adapters are taken into consideration. These motors are truly works of art.

Features of Quad Brushless Motors :
• 7075 Aluminum alloy
• High-strength
• Quality high-temp motor windings
• Japanese bearings
• N54 super magnets
• Eight-bladed cooling fan
• Anti-skid teeth to lock your propeller in place
• Great power
• Perfect for X frame racing drones
These motors are unmatched in quality and value, and the performance speaks for its self.
The R1306-2300kv multirotor motor is ideal for small 180~220mm multirotor and 4~5-inch props.

The R1806 Motor will have your 150 ~ 200mm multirotor performing better than imagined. 

The R2205 are perfect for 150 ~ 290mm size quads. They come with a larger 3mm shaft and bigger bearings for motors of this size. R2205 have far less sync errors than other motors making them more responsive to pilot input. They are an excellent companion for 4-6” propellers.

Shenzhen TitanFlying Technology Co., Ltd is devoted to provide best racing drone motors, and we welcome merchants from all over the world to cooperate with our factory for mutual benefit and win-win, and jointly create a better future.

Description:

F140 racing drone build kit, small as a sparrow, it is nonetheless equipped with everything for professional FPV racing. With 7075 aviation-grade aluminum fuselages, your racing drone is capable of dealing with considerable impact in case of a crash. In addition, the degree scale on the fuselage is laser cut, which makes mini fpv drone kit convenient for players to adjust the angle of the camera by themselves. There are also two kinds of mounting holes - 20 x 20mm and 30.5 x 30.5mm for installing different flight controllers.

 Main Features of Complete FPV Drone Kit:

• Robust 3K carbon fiber true X frame and 7075 aviation-grade aluminum fuselage
  ● Specially designed mount for GoPro Session, RunCam Swift Mini / Micro Swift
  ● Degree scale facilitates adjusting the angle of the camera
  ● 20 x 20mm and 30.5 x 30.5mm mounting holes for different flight controllers
  ● Comes with super bright LED taillights for flying at night

Best F4 Flight Controller

This version of the Flip32 AIO uses improved components and design that will properly limit the voltage to the Mini OSD preventing voltage spike and damage to the OSD.

 Features of Racing Drone Flight Controller :

• STM103 MCU runs Cleanflight firmware
  • 8PWM output, supports Octocopter
  • MS5611 Barometer
  • Only 35x35mm, mount holes 30x30mm
  • Onboard USB (for config the OSD and FC)
  • 5V 3A UBEC (2-6S)
  • OSD hardware, Compatible with MinimOSD/MWOSD/CC3D OSD
  • Small PDB
  • Current and voltage sensors
  • Better OSD Chip used with less power consumption
  • 2x Software serial, 2x Hardware serial ports
  
  Small(er) Size
  With the incredibly small size, it can be mounted onto the
  more mini-sized airframe (i.e. 130mm or below) and also
  features all the functions that regular FC for FPV(s) has.
  DShot 150/300/600/1200
  
  Modes Supported
  Besides the regular PWM mode,
  Oneshot125/Oneshot42/Multishot modes,
  the latest DShot150/300/600 modes are
  also supported.
  
  Super-Fast Operating Speed
  The STM32F405 MCU which features the powerful
  computing capacity and super-fast operating speed can
  support the PID controller with higher cyclic frequency & 
  the gyro with higher refresh rate.
  Built-in BEC & OSD
  The built-in BEC (5V/1.5A) can provide
  power for various electronic devices;
  the internal OSD allows users to adjust
  or set all OSD parameters via the
  Betaflight/Cleanflight software easily.
  Betaflight/Cleanflight Firmware Supported
  The best drone flight controllersupports the Betaflight/Cleanflight firmware and allows users to adjust or set various parameters via the Betaflight/Cleanflight software easily.
  It's more applicable to the FPV flight & racing.
  Compatible with 4in1 ESC
  When pairing the Nano Flight Controller F4 with the 4in1 ESC,
  the wiring & installation can be very simple and easy.
• 

FPV 4s Drone Battery

For most drone newbies, racing drone battery is very important to know how to choose a best 4s lipo battery for your drone, multi-rotors are fueled by LiPo battery, they are able to store and deliver large amount of power.

Since they're made of individual cells, the battery you buy ends up having the voltage of all the cells combined. So, if you get 3S batteries, they will be 12.6v charged, and 11.1v discharged. 4S will be 16.8v charged and 14.8v discharged. If it's not clearly labelled, you will be looking for the label "11.1v" or "14.8v" on a battery to determine if it's a 3S or 4S. You never ever never want to fly a battery down to 0v. This is why you use certain gear to monitor battery voltage while flying.

Commonly for 5-inch mini-quads, 1300mAh to 1800mAh are the most popular batteries, although the sweet spot is usually 1300mAh or 1500mAh. Smaller capacity batteries work fairly well for lightweight builds because they weigh less, so the drone needs less power when flying, but they do reduce flight time. Higher capacity batteries increase flight time, but make the quad heavier, meaning it needs more juice to stay in the air anyway. This is why 1300 or 1500 mAh is the sweet spot. They have enough capacity to have good flight times and are also light enough to not put the capacity to waste on heavy lifting.

We always be strict of product quality, all of the rc drone battery complies with RoHS and CE quality testing standards, worry-free of safety. And we are devoted to provide the best racing drone battery and the best fpv battery all the time.

Please Attention:

► For the RC UAV battery, only if the voltage and the plug match, then it will fit.

► Please stop charging immediately when the cell voltage been charged to 4.2v (Normal cell voltage is between 3.7v~4.2v).

► To double make sure safety, please have a check first whether the battery surface is alright when you get it and whether the voltage is normal before using.

► If the new fpv drone battery won’t hold a full charge or loss the charge very quickly in short time, please use Balance Charger to charge and recycle several times first.

Now that you have chosen or designed a UAV frame, chosen the appropriate motors, propellers, ESCs and battery, you can start looking into choosing a flight controllers. A rc flight controller for a multi-rotor UAV is an integrated circuit normally made up of a microprocessor, sensors and input/output pins. Out of the box, a quadcopter controller does not magically know your specific UAV type or configuration, so you need to set certain parameters in a software program, and once complete, that configuration is then uploaded to board. 

What is a Quad Flight Controller ?
A flight controller (a.k.a FC) is the brain of the aircraft, which is basically a circuit board that has built-in sensors that detect orientation changes. It also receives user commands and controls the motors in order to keep the quadcopter in the air.

Nearly all diy drone flight controller has basic sensors such as Gyro (Gyroscopes) and Acc (Accelerometer). Some FC might include more advanced sensors such as Barometer (barometric pressure sensors) and magnetometer (compass).

Mini f3 flight controller is also a hub for many other peripherals, such as GPS, LED, Sonar sensor etc.

F3/F4 fpv drone controller is a flight controller for racing drone.

T1 flight controller is a mature flight controller for agricultural UAV. It provides rich and practical function that can meet the multiple requirements of the current agricultural UAV. By the integration of high precision sensor, the application of advanced industrial precision calibration algorithm as well as reasonable intelligent operation mode, the more efficient, accurate and convenient way of plant protection work can be realized.

T2 flight controller is specially designed for unmanned aerial vehicles, with highly reliable and remarkable flight performances. Providing multi-platform SDK, T2 quad flight controller is helpful for users to develop personalized unmanned aerial vehicles and tap into potentials of unmanned aerial vehicles.

Are you looking for diy drone controller? RFQ today!

Brushless DC electric motor (BLDC motors, BL motors) also known as electronically commutated motors (ECMs, EC motors), or synchronous DC motors, are sensored brushless motor powered by DC electricity via an inverter or switching power supply which produces an AC electric current to drive each phase of the motor via a closed loop controller. The controller provides pulses of current to the motor windings that control the speed and torque of the motor.

Powerful brushless motor exhibit reduced energy use, long life, low noise, compact size and light weight characteristics.

Choosing a good high power brushless motor can be easy and difficult at the same time. There's a few things to take in consideration when choosing one high speed brushless motor for your plane:

1- Prop size; Do you want the plane to be fast or slow? How much clearance do you have?
2- Amps; How many amps does the motor pull? More means more power
3- Voltage; 2s or 3s lipo? 2s would be better for smaller, lightweight planes.
4- kv; kv determines how fast the motor spins. Generally the higher the kv, the smaller the prop
Keep all of those in mind and you will be able to find the PERFECT motor for your plane.
5- Thrust; How heavy will the plane be? Heavier = need for more thrust to stay airborne

Your entire plane is built around your powerful rc motor and this is what you must choose first. When considering RC brushless motors there are several pieces of information you must take into account. The first is your drone parts motor KV. The KV of your motor is the number of revolutions per minute it will spin per volt. The lower the KV, the stronger the motor and as a result, you will want a larger propeller for maximum thrust. Often slower motors will also result in slower flying planes, a big plus for your first hobby grade RC drone. If you select a rc drone motor with a higher KV and a smaller propeller the speed of the thrust will be higher, and as a result your drone will fly faster. If you are looking for the high speed motor for drone, just contact us!

Having a good quadcopter frame is just as important as having good electronics, as drone depend on lightweight, sturdy hulls for mounting components. There are limitless frame designs that vary in shapes, materials and dimensions. Stiffer frames result in better flight characteristics since less bending and warping can occur, meaning your quadcopter will be able to have a smooth and stable flight.

One of the materials of mini quad frame that is most common for custom drone frame is carbon fiber.

These frames of fpv kit drone are great for drones because of their physical properties which makes them perfectly suited for the hobby. 

The most common drone categories are aerial cinematography, sport, sport FPV, mini, and diy drone frame FPV. All of them will need a different frame, from aerial cinematography quadcopters that will need tall landing gear and be large enough to lift a high quality camera, to sport quadcopters that are very light weight, fast, and have extremely responsive control.

When you have finally picked the right mini quadcopter frame, it’s always a good idea to ensure that you know how you are going to mount the flight controller. This is because certain flight controller boards come with cases that allow you to use double sided sticky tape so you can mount it to any frame, because, most boards only have mounting holes.

Choosing a motor/battery/ fpv drone ESC combo is a combination of science, guess-work, and magic! Here is a process to select the "right" motor, ESC and battery. 

(1) Estimate the AUW ("All-Up-Weight") of the plane;
(2) Select a motor and propeller with (a) the proper thrust, and/or (b) the proper power, given the estimated AUW;
(3) Determine the battery voltage compatible with the motor;
(4) Determine what flight times you want;
(5) Select a battery with the desired voltage and capacity;
(7) Determine the resulting current flow in Amps; and
(6) Select an ESC compatible with motor type (brush or brushless motor), and battery type (NiCD, NiMH and/or Li-poly) that can handle the maximum current your motor and prop will draw.

After selecting a motor, the next logical step is to select a brushless electronic speed controller (ESC) that matches your motor. The motor will have an Amp (A) rating, quadcopter esc is good general practice to select an ESC rated for 30 percent or 10A more than the max current draw of your motor. Say I have a motor that pulls 10 amps. I do not want to buy an ESC that is rated for 10 amps. I would want to get an ESC that is rated for 15 or 18 amps. It is always good to go higher. The higher amp-rated ESC you get the less heat will be radiated.
Speaking of heat, this ESC can get very warm at times! That's why it is important to get a ESC with an amperage rating higher than your motor or your motor will pull too many amps through the ESC and cause the ESC to overheat and possible catch fire.

Brushless Speed Controller ESC Types
For base on motor, ESC can be divided into brushed and brushless. It according to the control signal to adjust the speed of the motor.
#1 Brushed and brushless

For their connection, control esc usually goes like this:

The ESC input line connected to the battery;
The output of the ESC line (brushed have two lines, brushless have three lines) connected to the motor;
ESC signal lines connected to the receiver.

We can offer you the best drone esc and racing drone esc. Always feel free to inquiry!

T1 flight controller is a mature flight controller for agricultural UAV. Diy quadcopter flight controller provides rich and practical function that can meet the multiple requirements of the current agricultural UAV. By the integration of high precision sensor, the application of advanced industrial precision calibration algorithm as well as reasonable intelligent operation mode, the more efficient, accurate and convenient way of plant protection work can be realized.

 Autonomous operation/ One key takeoff and landing

Autonomous operation according to the scheduled route, once the route is planned, it can be reused. Automatic takeoff or landing can be achieved by a switch.

Terrain following/ Height hold
The relative height between aircraft and crops can be maintained with high precision radar. The track is guided by the integrated navigation system, which can make sure that the flight is a straight line.

High positioning accuracy/ Long distance cruise
Support GPS, reliability is improved. Can automatically work even if out of the sight distance.

Low voltage alarm/ Resume work
Support voice alarm when low voltage and record current position before auto return. After replacing the battery, return to break point and resume work automatically.

Pesticides monitoring/ Uniform spraying
Support monitor the pesticide dosage; voice alarm and auto return are performed when there is no pesticide. After adding the pesticide, return to break point and resume work automatically.

Reliable algorithm/ Stable attitude
With high precision IMU and robust control algorithm, the aircraft has stable attitude and high anti-interference.

Monitoring / Broadcast function
Support cell phone ground station, which can measure the location of plots, set parameters and monitor flight status, voice announcements is integrated in it.

24v Brushless Motor Series

With standardization of UAV industry segment, the requirements of user are growing rapidly. TTF, is now releasing P series motors for agricultural application with powerful thrust and high performance after tremendous tests. P series 24 volt brushless motors are capable of working in demanding environment with reliability and long service life.

More Thrust
Weight decrease is achieved by optimizing stator structure while maintaining its mechanical strength. Manual winding helps increase slot fullness for more thrust.

 Low Noise, Stable & Reliable
24N28P/36N42P configuration reduces largest drone motors vibration in operation for motor wearing diminution, service life extension and noise debasement. P series motors run more smoothly than motors with general configuration at maximum throttle.

Impact Resistant
Optimized machining precision and motor structure with motor core part protection effectively avoids cases as to the failure in motor utilization after crash and impact.

Dustproof, Waterproof & Cooling
Closed exterior and lattice structure take account of both dustproof, waterproof and cooling effects which handles usage in various environment.

Anti- corrosion Coil
Special coating gets the coil free of corrosion from pesticides.

 Extensive Compatibility
There are M3 and M4 mounting holes on the motor base for different frames.

P series quadcopter drone motors are not confined in plant protection field. It can also be employed on VTOL planes.

The 5 Main Areas of DIY Drone Parts

Once you’ve decided on the type of DIY drone you want to build (e.g. quadcopter, hexacopter, etc.), you’ll have to learn about the 5 areas of DIY drone construction, which are:

Mechanics, Propulsion, Flight Controllers, Sensors, Video

Diy Quadcopter Kit: Mechanics
First, you'll want to familiarize yourself with the types of drones that you can build. Carbon fiber frames, this material may be a more cost-effective option for your first drone especially in the event that you don’t quite master construction the first time around and/or accidentally crash it.

DIY Quadcopter Kit: Propulsion
Propulsion is what drives your drone or UAV. One of the most important features to consider for this area, are the propeller blades. Drone builders have the option of selecting fixed or folding blades; folding blades can make storage easier, especially if you’re short on space.
Another important component is the ESC or “Electronic Speed Controller.” This device controls the speed at which your UAV motor rotates and connects the battery, motor, and flight controller.

Next, you'll want to consider a power source. A Lithium Polymer battery is the most common battery used for DIY drones, but there are a lot of other options. You'll also need a Power Distribution board or cable to split the power to the devices connected to your UAV.

DIY Drone: Flight Controllers
There are many components that can be integrated into DIY drone controls. The most important are: a base station, a transmitter, and a flight controller. A control station can be used instead of or with a handheld transmitter. A transmitter is a device that sends some signal or multiple signals to your receiver. Generally, a base station will include a transmitter, antennae, a video receiver, a monitor, battery, and other devices.

The flight controller is the “main brain” of your UAV. Like a computer, it processes all the incoming/outgoing data and signals. Depending on how sophisticated your flight controller is, it may have GPS, a barometer, compass, and more.

DIY Drone: Sensors
Depending on your budget and your experience constructing DIY drones, there are a wide variety of sensors you can incorporate into your custom aircraft such as a(an):

Accelerometer: a device that lets you know about your DIY drone's orientation with respect to the ground.
Barometer: a device that measures pressure and provides important information about the altitude you're flying in.
Compass: a device that provides you with North, South, East, West information.
GPS: a positioning system that uses satellites to pick up your drone's location.
Altimeter: a device that gives you information about your drone's altitude. Since federal regulations prohibit drones flying above 400′, an altimeter may be a useful tool to help you avoid legal penalties.

DIY Drones: Video
If you’re not interested in aerial photography or cinematography, you don’t have to add a video component to your DIY drone. Some people are more interested in flying; for these people, not including video will help reduce the cost of building their first DIY drones.

However, for the people who want to take photos and capture aerial scenes, they have several video options available.

FPV or “First Person View” is a video option where a camera is mounted to a drone and a pilot can see a live video feed displayed on a monitor, smartphone, or virtual reality glasses.

Another option is incorporating a gimbal camera, which many people use to take stills and video of themselves in motion. 

Depending on your experience and skill set, you may be able to experiment and successfully implement different photography and video devices. Using a little craft and ingenuity, you can integrate a wide variety of digital video cameras, LCDs, or OCDs to your do-it-yourself drone. Are you looking for custom drone parts china? RFQ today!

Mini drone M1-Quadcopter for Kids

The new small spirit, 2.4G 6-axis gyro kid friendly drone
Light-integral-streamline fuselage design of mini smart drone for kids
With the strong anti-break capacity of the guards you can enjoy a sager flight.
Great power engine better stability
With the wind- resistance capacity of the tough blades you can fly the drone both outdoor and indoor.

Function
2.4GHz
360-degree rotation
LED lights
6-axis gyro
Headless mode
One key return
High/low speed gear

A new breakthrough of blade design
Unique fan blade design for more powerful engine
Full Protection
The 360-degree full protection guards not only offer better protection for the drone, but also enhance the safety of flight. (Unique, Anti- crash, Safe)

A flight beyond your imagination 
360-degree flips & rolls of flying drones for kids
The drone can rotate forward/ backward/ leftward/ rightward freely.
Headless Mode-kids first drone
Breakthrough headless mode enables the operator to control the course of the drone freely.
One key return
The drone can fly back automatically according to the take off coordinate direction when being recalled.
2.4GHz spread spectrum
High anti-interference capability of 2.4GHz spread spectrum
High/low speed-shift
You can choose the gears according to your operation proficiency.
Self- stabilization technology
The drone can be tossed to start flying in any angle without being effected.
Charging protection for battery and USB
Automatic power-off protection when the battery is full-charged.
Sparking lights at night

 Mini Drone- Wifi Smart Drone M3

Science fiction is the future of RC drone, smart was born with it. Advanced chip technology was applied to smart creatively. Smart, which is the best choice of all drone-lovers, is designed by an award-wining design team in China.

Function

Hovering

App Control

WIFI

3D Rolling 360°

Real-time image transmission

Headless mode

One key takeoff/Landing

High/Low Gear

High class equipment

Golden ratio designed for indoor & outdoor

HD Camera

Wanna capture every wonderful moment? Smart make your dream come true. Record your life from various angles.

Pressure system

Hovering controlled by the advanced pressure system, which is different from the past drone. It is difficult and inconvenient to realize hovering under non-pressure system. For the past 6 years, our team has up-grated the technology and make it easier for beginners.

Real-time image transmission

WIFI connection for the control of flight and photograph.

Real-time image transmission provides you the God’s view.

Watch and record what you want.

Mobile phone & Tablet APP-WIFI

WIFI connection controlled by mobile phone & tablet makes it easier and convenient.

WIFI connection is hotspot foe the saving of data.

High/ Low Gear

High/ low gear control makes it more stable in strong wind.

Headless Mode

Always controller- center regardless any time and any angles.

One Key 360° Rolling

One key 360° rolling during hovering under the help of 6 axles gyroscope which will maintain balance.

No fear at night

Built-in 4 LED lights makes it unimpeded at night.