This drone captures video resolution in 4K, enhancing your first-person viewer experience.
Explore in real-time view of the flight. Made with added safety features that sense objects so that it's safe against obstacles. Includes return to home feature when low battery.
Have to use included accessories and not compatible with other goggles or transmitters.
This WiFi, remote-controlled quadcopter is easily set up to link to any standard VR headset.
Great for beginners. Controls are simple to use with 1-key launch and land. Allows 360-degree flips and stunts. Included in the package are 2 rechargeable batteries. Flight time on a charge is 25 minutes.
Drone calibration can be difficult.
A virtual-reality quadcopter kit that includes VR googles, skin decals, and a remote controller.
HD captures vivid images and videos that can be shared instantly via smartphone. App controls movement of drone. 100-meter range of transmission. Battery lasts for 13 minutes of flight time.
Connection to WiFi can be spotty.
This adjustable, wide-angle camera drone shoots video in 2K resolution and allows for 18 minutes of flight time.
1-touch launch and landing controls are simple to use. GPS technology with pinpoint accuracy. Return to home feature enables drone to go back when out of range or on low battery.
Can take a while to recharge.
This drone has a flight time of 52 minutes on one charge.
Kit comes with a transmitter and 2 rechargeable batteries. Video quality on this model is 4K resolution with 5x zoom. Hour of flight time on a charge. Return to home feature so it comes back safely.
Users complained about glitches in the GPS signals.
We recommend these products based on an intensive research process that's designed to cut through the noise and find the top products in this space. Guided by experts, we spend hours looking into the factors that matter, to bring you these selections.
There's a good reason why drones are so popular: they are enormous fun! Flying drones is something you can start young and all the family can enjoy.
Many people are happy with the leisure aspects, perhaps adding a camera to film their adventures. Others want to take their drone flying to the next level, and that usually means buying a fast, highly acrobatic racing drone. It's a sport that's growing quickly, both at amateur and professional levels, so it's not surprising that there are lots of racing drones to choose from.
The technology can be confusing, so BestReviews has been putting these exciting flying machines through their paces. The following racing drone buying guide offers a detailed description of your options and answers some questions about the sport itself. And our recommendations highlight a number of models that are ready to race more or less straight out of the box.
RTF, DIY, or ARF
RTF: Ready-to-fly drones are machines that you can buy online or at your local store and be flying the same afternoon.
Foolproof (All the components work together.)
Safeguards such as altitude hold (Even if you let go, the drone will just hover.)
Built-in camera (most)
First-person-view (FPV) goggles (some)
Limited speed (Many fly at 20 or 30 miles per hour, and even the most expensive don't exceed 50 mph.)
Strictly amateur (little or no upgrade path)
DIY: With these racing drones, you can build whatever you like. There are numerous parts lists available online (typically including frame, motors and rotors, flight controller, antennas, camera and FPV transmitter, receiver, battery, and charger) or, if you have the required technical knowledge, you can create one completely from scratch. For many, this adds another level of interest.
Cheaper than RTF racing drones (though costs soon mount)
Potential to design and build very maneuverable, extremely fast aircraft
Ability to continuously tune individual elements to enhance performance
Many different components available
Component compatibility is vital (If the transmitter and receiver don't work together, you're going nowhere!)
Build quality and functionality are largely down to you. (Following someone else's plans offers a shortcut of sorts.)
Camera is extra
FPV goggles are extra
ARF: There is a middle ground that can save money: almost-ready-to-fly drones. These drones consist of a known list of components that you assemble. Generally, you buy the racing drone itself, then add battery, charger, transmitter, receiver, and FPV goggles, and you might need need to source parts from several different suppliers. This will get you a fast amateur drone but not a professional racer. If you're buying an ARF, get the best transmitter/controls and FPV goggles you can afford. These components aren't restricted to a single aircraft, so if you want to build a more advanced racing drone in the future, you already have a great start.
When it comes to RTF, DIY, or ARF, there is no right or wrong choice. If you've never done it, piloting an RTF racing drone at 30 mph while wearing FPV goggles is an exhilarating experience. One that many people never tire of. You can enter amateur races simply for the thrill of taking part.
Of course, for some that's just the beginning. If you've been bitten by the competitive bug, you'll definitely want to get into building your own racing drone and then, as the saying goes, the sky's the limit.
Size: Most racing drones measure around five inches (250 mm). While many drones are bigger, small quadcopters provide the maneuverability required to cope with the obstacles and turns on a typical racecourse.
Weight: Weight is an important component. RTF racing drones might be two or three pounds, the best weigh about half that.
Frame: Many drone frames are plastic. Carbon and glass fiber are lighter and stronger. Good aerodynamics make for a sleek-looking drone but have little impact when it comes to actual racing. Many top racing drones look a lot like a brick with a propeller at each corner!
Flight time: The faster you go, the less time you'll spend in the air. Amateur racing drones might quote 15 or 20 minutes of flight time. Fast racers will run for less than 10. Batteries can often be upgraded, but this can be quite expensive.
Recharging: Chargers are usually quite slow. It's not unusual to wait four to six hours to recharge.
Range: Drones running on the 2.4 Ghz wavelength tend to have a greater range than 5.8 Ghz models, but the latter is perfectly adequate for racing. Additionally, 5.8 GHz offers 40 or more channels, so racers don't interfere with each other. As a result, it's by far the most popular.
Signal: High transmission output (rated in milliwatts) makes for a more reliable FPV signal. The minimum generally available is 25mW. Power can run to 600mW, but a signal that strong often disrupts other drones, so 200mW is a good compromise.
You can find low-cost introductory drones that are capable of great maneuverability for as little as $100. However, few of these entry-level drones exceed 30 mph, so we hesitate to call them “racing” machines.
Good amateur racing drones require a bigger investment. Between $250 and $500 you'll find numerous excellent drones, some of them capable of more than 70 mph. However, many in this bracket require at least some assembly (which often includes soldering).
Really fast, professional-standard racing drones – those capable of easily breaking the 100 mph barrier – start at around $500. Many are closer to $750, and some cost over $1,000, but these are custom-built machines, sourcing the best components from numerous manufacturers.
Check the rules for the appropriate organization if you want to try competitive drone racing. Amateur races are often “anything goes,” but pro leagues have strict regulations. Some specify a particular type of racing drone so that pilot skill, not team budget, is the defining factor.
Buy a drone with easily sourced replacement parts. Frame durability and the availability of replacement parts are vital for racing drones. Even the most experienced pilots crash sometimes – that's racing. If you buy a cheap racing drone from a little-known brand, it could be difficult to find compatible spares.
Learn the basics on an inexpensive drone. High-end racing drones – like any kind of performance machinery – can be challenging to master. We suggest learning the basics on a more modest drone before progressing to a high-end model. If you dive straight in, be prepared for some expensive repairs.
Join a local drone racing club. You'll get lots of useful advice and information direct from real sports enthusiasts, and most are more than happy to share their racing drone tips and tricks.
Q. How fast are racing drones?
A. Most off-the-shelf quadcopters have a maximum speed of 40 or 50 mph. Competitive drone racers can reach 120 mph, and the current world record stands at over 170 mph. However, achieving speeds above 100 mph almost invariably means building the drone yourself.
Q. Do I need to register a racing drone with the FAA?
A. We checked the Federal Aviation Administration website. The rules don't apply specifically to racing drones, but to drones in general. There is no need to register a drone as long as it’s used solely for noncommercial or recreational purposes and weighs under 0.55 pounds (250 grams). Many racing drones exceed this weight, so they do need to be registered whether you actively race them or not. Registering costs just $5 and is valid for three years.
However, the FAA rules are for drones flying outdoors. If you only fly yours indoors, where a number of races take place, registration isn't required. If you're joining a club, that organization should be able to keep you up to date on any changes in the law.
Q. Is there much prize money in drone racing?
A. Oh, yes. The sport has grown rapidly and there are now numerous full-time professional teams. The winner of last year's World Drone Prix, held in Dubai, earned a cool quarter million dollars.
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