Blade Vortex 250 ProCutting Edge FPV Racing
Race Ready 250-Class FPV Quad for the Experienced Pilot
The Blade® brand and ImmersionRC have teamed up to deliver the cutting-edge Vortex 250 Pro multirotor with Spektrum™ technology.
ProTuned for FPV racing, now pilots who want next-level performance can enjoy Bind-N-Fly® convenience.Vortex 250 Pro


ImmersionRC introduced the original Vortex ARF when the FPV racing phenomena began. Now race seasoned experts across the globe have weighed in on how their powerpacked little quad could be improved. Lighter, stronger and more powerful, the Blade® Vortex 250 Pro is the next-level ImmersionRC 250-class racer with the benefits of Bind-N-Fly® so you can FPV race like a pro, right out of the box.setting setup Vortex 250 Pro

The Blade® Vortex 250 Pro FPV quadcopter is clean, strong and extremely robust that's fully integrated, tuned and equipped so you can be competitive in a matter of minutes. Just some of the goodies include a custom power system, cutting-edge 32-bit processing power and full-graphic jet fighter inspired OSD. 

Plus, there's even a programmable LED system you can customize to flash at the competition when it's time to eat your dust. Everything about this race-proven design is about one thing - speed. That's why the custom power system features high-speed motors and ESCs with OneShot protocol and regenerative braking. Plus you have the option of running either your 3S or 4S Li-Po battery. Fun, functional and future-proof, the Vortex 250 Pro is your key to crossing the finish line first.





Fully Integrated
Fully integrated into this machine is the flight controller, full-graphic OSD, BlackBox recorder, 40-channel video transmitter and a dampened flight camera. Loose wiring in the Vortex 250 Pro is virtually nonexistent for a professional look that's easy to maintain.setting setup Vortex 250 Pro
Fully Integrated

Seven 32-Bit ARM Processors
Not many mini-quads out there like the Vortex 250 Pro racer can claim the cutting edge support of seven, fully integrated 32-bit ARM processors. There's a dedicated ARM for the flight controller, another for the full-graphic OSD, another just for the programmable LED board at the back of the quad and one ARM for each of the four custom high performance ESCs.Vortex 250 ProSeven 32-Bit ARM Processors

Tough Construction
Built to survive attempts at cutting down virtually anything in its path, the Vortex 250 Pro airframe features a 2mm top plate and 2mm bottom plate with 2mm FR4 skid plates. No less than 15 aluminum stand-off members complement the structure. Carbon fiber motor arms, 4mm thick, prevent motor twisting in the air and collapse against the ground.
Tough Construction
Fusion F3 with CleanFlight
The highly integrated Fusion F3 flight controller is equipped with CleanFlight firmware pre-loaded and a 32-bit processor for an out-ofthe- box control feel that seems almost intuitive. Plus, the software is future-proof with supporting updates easily uploaded via the robust USB port through-hole.setting setup Vortex 250 Pro
Fusion F3 with CleanFlight
Dynamic Power Control

The Dynamic Power Control function of the video transmitter lowers power automatically when the Vortex 250 Pro is disarmed or ready for a race to start so that interference from other racers on the line is minimized.
Dynamic Power Control
Wireless Video Control
NexWaveRF 5.8 GHz video transmitter technology includes 40 channels of support so that it's compatible with any 5.8 GHz A/V headset on the market. The integrated RaceBand system allows up to eight pilots to fly together and is controlled via the OSD so choosing the clearest channel is all done through the flight transmitter.
Wireless Video Control
Camera Options
The compact Vortex 250 Pro is flexible enough to feature both a flight cam and a second video recorder (sold separately). The included FatShark 700TVL v2 CMOS flight cam is protected from impact and supported by a carbon-fiber plate that's vibration dampened. Its adjustable bracket makes it possible to set the camera tilt for the forward view that suits you best.
Camera Options
The ProTuned
The preloaded firmware has been ProTuned to make this quad fly like it's on rails. You can explore other ProTune uploads available and try out what some of the biggest names in FPV quad racing have shared so that the Vortex 250 Pro can fit your exact performance needs.Vortex 250 ProThe ProTuned
Bright LEDs and Lost Model Alarm
A set of eight 24-bit RGB LEDs is protected between the upper and lower frames on the tail end. Through a dedicated 32-bit ARM processor, users can program a favorite color, brake lights, turn indicators or just about anything your imagination can conjure.
Integrated into the Vortex 250 Pro is a lost model beeper that's loud enough to be coined "ear piercing." So if you ever cut loose, the ease of finding your Vortex 250 Pro will help you get back into the game fast.

Bright LEDs and Lost Model Alarm
Custom ESCs with OneShot125
The custom ESCs have a 22-amp peak, fast OneShot125 communication protocol and regenerative braking for response that's cutting-edge. Each ESC has its own 32-bit ARM processor for the processing power to sustain intense maneuvering. Special rotorSENSE support means that the motor direction is simply programmed with the flick of a finger.
Custom ESCs with OneShot125
Custom V-Spec Motors
The custom high-speed V-Spec 2204 brushless outrunner motors feature a high-speed 2300Kv rating and spin Gemfan 5045 GF bluntnose propellers for the punch to accelerate quickly and conquer the most demanding race courses.
Custom V-Spec Motors
BlackBox Recorder
Two megabytes of flash memory has been integrated for BlackBox flight log storage. This powerful capability combines the high-speed data in a way that makes tweaking PIDs (proportional-integral-derivative) to a very specific stabilization need simple.
BlackBox Recorder
Full Graphic Display with EzOSD
The full-graphic On Screen Display (OSD) on-board provides in-flight updates of critical parameters. The EzOSD menu allows all options to be programmed in the field using the RC transmitter and a headset or monitor. Several OSD layouts are included. A real-time interface with the flight controller enables artificial horizons, fighter-jet style displays and an exchange of flight parameters. All OSD layouts include screen-center alerts for critical warnings such as battery voltage, EzUHF Link Critical and more.

sync DJI SPARK 



CONNECTING YOUR DJI SPARK WITH THE REMOTE CONTROLLER


When you first receive your DJI Spark your remote and drone will be related from the box but if you buy a controller one after the other or your controller isn’t related, here is a grade by grade guide to aid you with this.sync DJI SPARK 



Before you beginning this procedure guarantee each the far off and also spark are fully charged.



Connecting DJI Spark to Remote Controller:

1.Turn your spark and also far off on.


2.If the fame LED at the far flung controller is crimson this means that the controller desires to be linked via the aircraft.

3. Press as well as keep the energy button in favor of 3 seconds, launch and when the plane beeps as well as the the front LED’s are blinking pink gradually.sync DJI SPARK

4. On the controller push as well as preserve the Flight Pause Button and the Feature Button and also the customize button simultaneously.

5. When the LED at the controller is inexperienced this means it has been a hit.


6. Connect your cell device to the remote, open WIFI settings for your device and discover the controllers SSID this must look like this “Spark-RC-XXXXXX”.

7. Launch the DJI Go 4 App and click begin flight.


Note: If you need to use the aircraft without the controller as well as only together with your cell unit press and also maintain the electricity button on your spark for 6 seconds and connect with your sparks WIFI signal.

The Sparks WIFI SSID and password is displayed on the side of the convey box and also  similarly the internal of the battery compartment at the spark.sync DJI SPARK 


DJI SPARK WOMAN

Race Drone

Assemble Your Own Race Drone
Today it's pretty easy for you to be able to assemble your own drone race. In addition to the time the assembly is relatively faster it turns out by assembling your own drone race-cost is incurred even cheaper than you buy a finished drone race. By just spending about 4.5 million, including the VR headset to lead the drone avoiding obstacles, you can already have your own drone races.Race Drone
Do not believe it? Consider the following explanation
BASIC

This post is the latest in the Drones and Small Unmanned Aerial Systems Special Series, which profiles interesting information, research and thoughts on using drones, UAVs and remotely piloted vehicles for journalism and photography, that Kike learns about during his travels.FPV Racing Mini Quadcopter

Chances are that over the last few months you have come across the increasingly popular videos of people flying mini-copters that evoke scenes of Star Wars . If this reference doesn’t ring a bell, I suggest checking out the epic Return of the Jedi speeder bike race and you will know what I am talking about.





It is likely that some of the mini-copter videos that are creating so much buzz were produced by a fellow Spaniard who goes by the name of Charpu, a nickname for Carlos Puertolas, and whom I interviewed for this post. Charpu, now animation director at Dreamworks, came to the United States to pursue his passion for animation.




“Quadcopters are something that always intrigued me,” says Charpu. “ I used to be a skater. Now I am 34. I wanted to find an outlet for my constant search for thrills, but without the danger. So flying quadcopters was a perfect fit.”FPV Racing Mini Quadcopter

So what is all this buzz about mini drones about? The term mini drone, or mini quadcopter, is related to the size. The smaller frame of mini drones has helped their popularity. They have the ability to go through small spaces, fly through windows and gaps, and go around trees.

“The 250s are the first ones that became popular,” says Charpu.” That is, 250mm from motor to motor. Things have evolved though, and you can go up to a frame of 300mm and it will still be considered a mini.”

People may wonder how mini drones became so popular so suddenly. It was the development of FPV technology that helped push this process. People got hooked watching those acrobatic videos on the internet. “I have been flying RC for about 4 or 5 years. But it was not until the combination of the smaller size, agility and FPV came together that I got me hooked again,” says Charpu.

What is the difference between a mini drone and some of the other popular platforms such as the Iris+ or the Phantom?

“Phantoms and the like are easy to fly. They are built with multiple safety features,” says Charpu.” And everyone can easily get started with them. Mini Quadcopters are smaller, of course, but the biggest difference is they have been designed for speed.”

Frame, which is nothing but a carbon fiber element that holds all your components together. The size is measured motor shaft to motor shaft, diagonally. The Lumenier QAV250 Mini FPV Quadcopter airframe has gained lots of popularity lately. The QAV250 is a symmetric 250mm size airframe that accommodates 5″ props.
ESC (Electronic Speed Controllers) that send signals to the motors. Your ESC needs to be compatible with the motors and the battery.
Motors (x4).
Battery.
Flight Controller, such as the NAZE
.
Radio and Receiver
.
Propellers
The radio sends signals that are captured by the receiver on board. The receiver is connected to the flight controller that sends the information to the four speed controllers, which are connected to the motors.

This configuration will allow you to fly a mini drone in what its called LOS (Line of Sight). To take the whole experience to a new level, you will need to add an FPV set up. That will mean using goggles or a monitor to view the action, plus a video transmitter and receiver with their antennas.



Getting Started:

While reading this article you are probably coming to terms with your wishes, and finding mini drones to be quite cool. You now have different options to get started:

1. Out of the box and ready to fly simple mini-drone, like a Hubsan X4 or a Blade Pico QX.
2. Out of the box and ready to fly FPV mini-drone, like the Hubsan H107D FPV
3. Build your own.
4. Professionally built hi-end mini copter.



“I always suggest starting out small if this is your first time getting into FPV or multirotors,” says Andy Graber, GetFPV General Manager. “The small ones are cheap and can usually take a few more crashes. They are a great way to practice indoors as well.
For basic multirotor flight, I suggest the Hubsan X4. It is a great way to practice before moving up to a larger size. Many people start with something this size and then move up to the Lumenier QAV250 .

“The Lumenier QAV250 is GetFPV’s best selling model,” says Graber. “It is extremely popular for its size and performance. It can be a great entry level quadcopter, while at the same time upgrade-able for those advanced pilots looking to speed in excess of 75mph. The QAV250 has many accessories and add-ons, making it very flexible and customizable.”









Once you have decided on which option, you will have to answer two questions:



What frame size do you want?
Are you interested in carrying a camera on your mini-copter?



There are pros and cons to everything. But to put it simply, the smaller the size, the smaller the space you need to fly through things, such as narrow corridors or an open window.

“If you don’t want to carry a camera,” says Charpu. “you don’t need much power. Adding a Go Pro might require some additional power to maintain the same performance. If you go for a smaller frame, your engines will be smaller, and so will be the propellers. So there will be less thrust to carry additional weight. “FPV Racing Mini Quadcopter

People should be aware there is a little delay when viewing directly from a Go Pro Camera. For this reason, all those proficient flyers you see online chose their FPV system to be based on a security camera that is always sending an analog signal with no delay. 
“If you use a Go Pro as your main source of images,” says Charpu, “It creates a little delay between what you see and what is really happening. And that is a little dangerous when we are flying full speed inside buildings or navigating around trees.”

There are also two additional advantages of using a security camera over a Go Pro for viewing: Firstly, they run on the batteries from your copter, so you won’t run into a risky situation if you have forgotten to charge your Go Pro. Secondly, they do well in low light, but also on exposure adjustment. They quickly modify the camera exposure if you fly from a darker area into an open light area, or vice versa.
“No matter your choice,” says Charpu,“deciding on a frame size is essential.”







Building your own mini-copter:

“It is easy to get sucked into buying the cheapest thing possible when getting started,” says Graber. “While this can help save a little money up front, in the long run you end up replacing cheap parts much sooner. Often times a critical piece will fail early and it will potentially trash your whole quad. I’d suggest looking at the medium-high range in most of the gear, on items like motors, ESCs and airframe.”



Motors (x4)
Make sure the motors you choose are the correct size and KV for the aircraft. Too big/small or too high/low of a KV can be very inefficient. Take a look at what others are running on a similar setup.

ESC (Electronic Speed Controllers)
Make sure your ESCs are rated for enough amperage as well as voltage. If you are running 4s, make sure your ESC can handle that voltage and amperage. A larger prop will have more thrust, but also require more amps.

Batteries
For these fast mini races a high “C” rated battery is important. The higher the C rating means the battery can discharge more energy faster. Also, size is important. Too big will weigh down the quad and make it feel very sluggish, too little will not have long enough flight times. A popular size for Minis is 1300mAh – 1800mAh in the 3-4s range.

Flight Controller
The Naze32 and CC3D board are currently the two most popular flight controllers for minis. They have a large, supportive community behind each, and the software is constantly updated.

Radio and Receiver
You’ll want a radio with at least 5 channels, and having more is nice for added functionality. 2.4GHz digital radios are the best all around and give good range of up to 1km away in most cases. The FrSky Taranis is one of our most popular advanced radios and at a great price.

Propellers
While flying minis, you’ll break a ton of propellers, so this is one area where having lots of spares is important. The size and the pitch of the propeller – prop – is important when it comes to your setup. Most people start with a 5×3″ prop and eventually move up to a more aggressive and powerful prop like 5×4 or 6×4.5.



Lessons from the field:

Each master has his or her own book of tricks, so I asked Charpu to share several lessons he has learned during his flying adventures:

. Mini quads are not toys. They can go fast. Very fast. And for that reason, they can be dangerous, create physical damage and even hurt someone or yourself. Do not treat them like toys. Use them with respect, understanding they are highly advanced gadgets with technology that allows them to fly. The key is responsibility. Where do you fly them? And around whom? It matters. Always be safe.

. The perception of ‘drones’ changes with different audiences. Opinions are really mixed. People in general do not fully understand what these things are. The first time people have heard of them is in connection with the military. People react strangely around the word “drone”. As pilots, we should always be friendly and explain what this is all about. They can be fun. This is nothing else but a hobby.

. Having mini-copters as your hobby allows you to learn a lot about technology and electronics. The whole process becomes a learning experience in itself. You not only go out and fly; the fact that you have to put parts back when you crash, or every time you add new upgrades, makes you grow in areas that you will probably never be interested in.

. This hobby might help children in learning and developing skills. It has the flying side, similar in a way to video games. But on top, it adds the learning portion of the equation as kids need to build the machines and fix them after crashes.

. When you are flying FPV you may feel disconnected initially. Then, with time, you become one with the machine, especially if you fly many times in a same day.

. All people are different when it comes to vertigo or motion sickness. In my case, for example, I once tried to fly my quad while sitting in a car in motion. I got motion sickness, because there was a difference between the motion I was feeling as the car moved and what I saw in my goggles.



The Mini-Copter Tool Box:

“Generally most mini-copters are fairly simple to build in terms of tools,” says Graber. “Most are built with hex head screws in metric, so a good metric hex driver set is always good to have. Beyond that I always have a Xacto razor blade knife, zip ties, pliers and a soldering iron.”

For a more advanced kit, you should have many of the same tools listed above, but if you plan on being in the hobby for a while, then investing in a nicer set of tools will go a long way. Also a high quality soldering iron/station is very helpful. Check out Hakko for an inexpensive but still high quality soldering station.



What is in Charpu’s gear bag?

PIDS
Lumenier QAV250 Carbon Fiber Frame
Flight Controller Naze32
Motors: Cobra 1960kv
Escs: Kiss 18 amp
Lipos
Propellers HQ 6×4.5
GoPro Hero4 Black 4K
QAV250-CF-VDCP CF Vibration Camera Damping Plate
Fatshark Dominator
ImmersionRC 5.8GHz 600mw Audio / Video Transmitter
ImmersionRC 5.8 GHz SpiroNET Antenna Set RHCP (SMA Connector)
FPV Camera CM650

Skateboard Y-Tool Skate Tool



 FPV Racing Mini

Cool facts about Mini-Copters:

. Their small size allows you to take them just about anywhere. They are easy to transport and travel with.
. The power to weight ratio on the really fast mini-copters is about 8:1.
. Most minis fly on 5″ or 6″ propellers.
. Flight times range from 4-10 minutes.



Team Lumenier:

Team Lumenier is comprised of some of the top FPV pilots in the world. It is an elite group of pilots, hand selected by Lumenier.

One of our original team pilots – and one of the most well known – is “Juz,” as he is known on YouTube. His name is Justin Welander, and he lives in Australia. He was one of the original pioneers in aerobatic FPV.FPV Racing Mini FPV Racing Mini

Commercial aerial solution
The H520 system utilizes Yuneec’s proven six-rotor platform and incorporates enterprise-grade cameras and mission planning software for high-end commercial use.
Built for industrial applications
Yuneec sUAS are built for inspection, law enforcement, security, construction, surveying, and mapping applications in addition to offering cinematic or broadcast-ready imaging payload systems.
Reliable, Stable and Precise
Yuneec Commercial sUAS are designed with the inspection industry in mind with six-rotor systems that allow for stable, precise flight, medium focal length lenses that allow the sUAS to fly at greater distance from an object and data storage to SD card in 4K/2K/HD video or 12Mp still images, and transmit to ST16S Ground Station in 720p video link resolution.
Hot-Swap Payload OptionsThe H520
Yuneec camera payloads are interchangeable and hot-swap capable, offering time-saving convenience for the commercial operator by not requiring a power-down restart of the sUAS system. This also allows consistency of data-storage, rather than using multiple storage devices and locations. Whether it’s thermal imaging, long focal length, or wide focal-length data capture, memory cards may be swapped from device to device.



The E90 camera is a wide-angle, high resolution, gimbal stabilized imaging system perfectly suited for use in applications that require high quality photos and video. The E90 utilizes a 20 MP 1 inch sensor and the latest H2 high speed image processing chip. The E90 is ideal for law enforcement applications such as accident recreation, search and rescue operations and for 3D mapping/modeling. In addition, broadcast and production professionals will appreciate the dramatic aerial shots afforded by the E90’s high frame rate and accurate color. The H520 
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Thermal imaging is achieved with the dual-imaging solution for UAV use. The CGOET simultaneously records two separate video files for each lens. It is also designed for low-light scenarios with the ability to see 20X better than the human eye in identical environments. 
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The E50 camera is a medium focal length, high resolution, gimbal stabilized imaging system perfectly suited for use in inspection or cinema applications. The E50 utilizes a high aperture 1/2.3 inch CMOS imager that is capable to capture still images with 12 MP resolution. The E50 is ideal for critical inspection of cell towers, wind turbines, oil & gas platforms and other vertical assets. The 40mm equivalent lens enables the E50 to capture important visual detail while maintaining a safe distance from the asset. Broadcast and production professionals will appreciate the cinematic effect afforded by the E50’s 40mm prime lens equivalent focal length. 
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Digital Video Downlink In HD 720P
View real-time footage in HD 720p on the screen of the ST16S transmitter with the integrated digital video downlink with a range of up to 1 mile (1.6km). Want to output your live video to a larger monitor? The ST16S includes a convenient HDMI out to enlarge or share your on board data.
ST16S All-In-One Controller
The ST16S Ground Station is an all-inclusive transmitter and receiver that gives you full control over the H520 during flight, allowing users to capture photos and video with great ease. With a large 7-inch integrated screen, the Android-based ST16S controller displays real-time footage of your flight, eliminating the need for an external device. You can also use the ST16S as a mission planner. Plan your flight using the touch screen, and execute your mission with just a single press of a button.The H520 
DataPilot
Yuneec DataPilot™ software system enables users to efficiently and consistently create orthomaps, 3D scans, crop data imagery, in the field or on the desktop for repeatable, recallable aerial flight paths, without requiring expensive third party software. 
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Harness The Power Of Yuneec SDK
Yuneec offers power users and software development teams a Software Development Kit/SDK that enables developers to tap into the power of the Yuneec hardware and software tools. These development tools allow the creation of applications in collaboration with the H520 UAS, adding to a robust software and hardware package.