My wife bought this for me for my birthday last week. She'd noticed me looking at drones in the store, and I'd told her about the mini-drones I'd seen some of the local high school students playing with, but she also knew I was concerned about getting something that would break on first impact - having never flown one before, I knew it was inevitable I'd end up crashing it a few times.
The X5S is a micro 4/3 camera with interchangeable lenses. You have the choice of shooting RAW 4K video at 60FPS, 12-bit RAW 5.2K video at 30FPS, and if you like Apple Prores, there’s even Prores 4444 XQ support. The X7 is DJI’s flagship cinema camera. It shoots 6K video, and no that’s not a typo! It has a bigger super 35 image sensor with 14 stops of dynamic range, more recording formats, and better low light performance. DJI also offers 4 custom f2.8 lenses for the x7 ranging from 16mm to 50mm. If you’re into stills the X7 will even shoot 24MP photos.
Even if you have no good reason to justify buying one, you have to admit that drones are cool. Some are glorified tech toys, but most models we highlight here are fit for use in imaging and cinematic applications small and large. If you think you can use a flying camera in your next project, there's some good news—the tech has come a long way in a very short time. There are models on the market now that put earlier copters to shame in terms of video quality and stabilization.
If you’ve ever seen the live video feed on a racing drone, you’ll know that the video quality looks worse than a 20 year old tv broadcast. It’s really sad that professional pilots have to fly using such old technology, however Connex has been working on a solution to this problem for a few years now and the Falcore HD racing drone is the result of all their hard work.
The EVO has obstacle avoidance sensors on the front and in the back. In the font, you get two obstacle avoidance cameras (same as the Mavic). On the back, you’ll find not cameras, but a IR sensor for obstacle avoidance. IR sensors or good for close obstacle detection, but they don’t work for seeing obstacles that are more complex or far away. The Mavic Air and Mavic 2 use cameras on the rear, so they will naturally do better at avoiding obstacles at higher speeds. In any case, if you need obstacle avoidance on your drone, the EVO has it.
This is a nice sturdy and attractive quadcopter for the price with a lot of features only found in the more expensive drones. It’s good for beginners and intermediate pilots, but not recommended for those wanting to take professional video and photography. It doesn’t have any of the features that make a good video drone, like stabilized video, low video compression, or just having control over the camera settings.
The nice thing about buying a cheap drone like the Vision 250 is, you can buy it, fly it for a few weeks, fly it for a few months, or until you outgrow it. Then when you’re ready to build your own racing drone, you can use all the money that you didn’t spend before and spend it on things that will last years, like a good versatile controller and some HD goggles.
The TBS Vendetta is a quadcopter designed specifically for FPV (first person view) racing and freestyle flying. Today, you can find quite a few mini FPV racing drones that come ready to fly, but the Vendetta was one of the first racing drones to come out with everything you need to fly. It comes with almost everything you need to start learning to race. The only things that it won’t come with is a controller, battery, charger and FPV video goggles, but in the world of drone racing you’ll usually want to choose that stuff to fit your needs anyway.
Our expert reviewer and tester evaluate drones on a number of factors. For starters, we examine the size and design, taking into account my many rotors the drone has, how portable it is, and if it comes with an included remote control or camera. Next, take it out to a park or wilderness area and test how easy it is to learn and fly. We pay attention to the learning curve of learning the control, and how much latency there is in video transmission (if the controller has such a feature). We also look at flight capabilities like omnidirectaonal sensing, obstacle avoidance, tracking, and automatic landing.