Reddit reviews FrSky 2.4G Accst Taranis Q X7 16 Channels Transmitter Remote Controller Black Battery and Battery Trays Not Include
We found 8 Reddit comments about FrSky 2.4G Accst Taranis Q X7 16 Channels Transmitter Remote Controller Black Battery and Battery Trays Not Include. Here are the top ones, ranked by their Reddit score.
Note: FrSky Taranis Q x7 defualt package aren't include the battery and battery trays.New version with a Charing port on the side and no longer includes a battery tray.Multiple Battery Options: Battery: 800mAh NiMH/ 1800mAh LSD NiMH/ 2S LiPO Battery (Optional Accessories) Charger: FCX07 Li/NiMH Dual Mode Charger (Optional Accessories)Super Low Latency Vibration Alerts Model configuration files compatible with TARANIS X9D PlusReal-time Flight Data Logging Receiver Signal Strength Indicator (RSSI) AlertsCompatibility: FrSky X series, D series and V8-II series receivers (plus other receivers if an external module is used) Get into FPV for beginners If you have any problem, feel free to contact us with detailed information and bar code. Our technology support team will help check and solve the problem. In addition, we also have US support center. If you want, you can also call them or return it back to them and they can fix it for you.
That one on amazon you found looks really bad to be honest. When something breaks you'll have trouble finding a replacement, the radio is proprietary and will never work with anything else, it's got tons of plastic parts, and the battery is probably crap. Even if I'm completely wrong about it and it isn't garbage, there's no way it's worth $450, since you can actually get a pretty decent set up with that much.
There aren't going to be many good full kit options out there. The only one even worth considering is the eachine wizard, and even that is dubious at best. Instead you'll want to buy the radio, goggles, and then a BNF (bind and fly) drone all separately, which means you choose which receiver to put in it (usually when you buy it, you select which one when you add it to your cart and they'll put it in for you), and when you get it you just bind it to your radio.
For a radio, get the Taranis QX7. There are several options to consider, but you really can't go wrong with this, it's worth every penny: https://www.amazon.com/Frsky-Taranis-Transmitter-Racing-Drones/dp/B06XQWQ7C3/ref=sr_1_1?s=toys-and-games&ie=UTF8&qid=1510987554&sr=1-1&keywords=QX7
This is a FRSKY radio, which means when you're buying the drone, just select FRSKY version so you get the right receiver in it.
Check out the channel uavfutures, he reviews a lot of prebuilt stuff, as opposed to other channels which review individual components. He does really clickbaity titles which can be difficult to get through, but check out his playlists as they're a bit better organized.
For goggles, there are so many to consider across a huge price range. The big two "types" are box style vs compact style. Boxes are big and bulky, but also a lot cheaper. Usually under $100. Most compact goggles are way up in the $300-$500 range, but there are a handful like the eachine EV100 and F640 that manage to get that slick form factor in at just over $100. Here's UAVFutures' playlist on them: https://www.youtube.com/playlist?list=PLP0PoGwU8OPYW549moGE6OSj5qNa8vx67, but if you prefer written down with way more detail and comparisons, Oscarliang is a fantastic resource as well: https://oscarliang.com/fpv-goggles-review-fatshark-skyzone/
It's also worth noting, since you asked, that latency is not really going to be an issue as long as you're using fully analog 5.8GHZ, which is going to be basically anything you see on uavfutures. Latency is only a thing on digital, like those shitty wifi cameras that connect to your smartphone. There are a couple digital FPV systems worth using, but they're still very new and thus very expensive.
Field of view is very important. The more you see, the more awareness you have. However that's a property of the camera lens, not the goggles. You can also swap out the lens very easily if you want it wider or different. I personally use this lens which is branded for gopro, but they're all the same.
Field of view in goggles is different, it's the size of the image in front of you. Getting wider field of view in this case won't actually allow you to see more, it'll just be stretched. You don't want to go too small or it'll be hard to see, but you also don't want to go too large or you'll have to move your eyes around the screen to focus on different things. Not too many goggles go outside of either extreme, so you probably won't need to worry about this part.
For the drone itself, again, UAVFutures. He reviews a ton. Just watch through a bunch of them and see which one catches your eye: https://www.youtube.com/playlist?list=PLP0PoGwU8OPaYMlsaWxSg7xr7xZXbxhf1
Can you do this? I came out with a build for $206 with some decent parts:
FC: https://www.amazon.com/gp/product/B01MS3X1BF/ref=ox_sc_act_title_1?smid=A2V5MVAECJYWCD&psc=1 (this is not a great one, but it will do)
ESCs: https://www.amazon.com/gp/product/B0786FQJ7F/ref=ox_sc_act_title_2?smid=A1LU71BLX914GS&psc=1 (32 bit ones even - very future-proof, but quality could be iffy)
Motors: https://www.amazon.com/gp/product/B073VMS4C8/ref=ox_sc_act_title_3?smid=A1ZTBUF0TDJOMN&psc=1 (these are really great motors for the price. You can get cheaper, but these are worth it)
Frame: https://www.amazon.com/gp/product/B01N0W2NOS/ref=ox_sc_act_title_4?smid=A1LU71BLX914GS&psc=1 (this is a great frame and very roomy for a first-time build.)
Radio: https://www.amazon.com/gp/product/B01EZJBTAG/ref=ox_sc_act_title_5?smid=A1PJ0S5YOZYEO4&psc=1 (the FlySky bundle)
Total: $206.78
Here's why I wouldn't do this, though. First, that radio. It's not a great radio. Why buy that when for a couple of bucks more you can order a Taranis X7? The Taranis will be the ONLY radio you will likely ever need for a long time. Not only does it run FrSky, which is the best radio system out there, but it has a module bay that you can use for DSM/toy grade stuff, etc. Yes, Amazon's price is way too high for this, but your radio is not something that I'd cheap out on. When you're talking a $40 difference for something that will not be very expandable versus one of the best radios ever made, I'd go for the Taranis.
The other big drawback - your budget is gone, and you don't have a battery, charger, etc. You also have no spare props, and you will need lots of props if you're flying.
Plus, IMHO, flying a 250-size line-of-sight isn't much fun. That's in large part due to my crappy eyesight, but if I'm close enough to have a clear view of my orientation I'm too close for comfort. I've seen some AMAZING LOS flying before, but it's just not my cup of tea.
If you want to stick with Amazon and about $200, here's an option:
Radio: https://www.amazon.com/gp/product/B06XQWQ7C3/ref=ox_sc_act_title_1?smid=AK3V5KK2JCVKS&psc=1
Whoop: https://www.amazon.com/gp/product/B073P5777Z/ref=ox_sc_act_title_2?smid=A3GZUGKBRUI9VM&psc=1
Total: $194.98 - ready to fly, with battery and basic charger.
Here's why I think the Whoop is a better choice: you can crash a Whoop and have a much smaller chance of breaking something expense. They're fun to fly both LOS and FPV. This one runs Betaflight so you can get used to that software. Replacement parts are cheap. If it's raining, you can fly. You can fly at night. You can fly in your kitchen. You can annoy the living daylights out of your pets. You can fly around your kids without worrying about them catching a prop and getting hurt.
Did I mention Whoops are FUN?
Plus, you have a transmitter that you will keep using for a long time, not one that's basically a small step up from toy grade.
The downside is that you're not really building it yourself, although if you get the desire to do so you can upgrade a piece at a time for really cheap.
If you really want to build a larger quad, you're going to have more luck on a site like Banggood where your money will stretch farther. Amazon is much better with quad parts, but they're still charging a premium and selection is spotty.
Yep, the DIY is entirely solder based. Its literally basic aeronautical/electronic engineering when designing a quad. The thing is they break pretty easy with beginners flying and doing the building, let alone a bunch of kids.
If your going to do this I would recommend looking into tiny whoops for the kids to get into. They are super cheap and can be modified almost to the scale of a full miniquad except on a much smaller scale. They can be fully tuned and modified as heavily as you want and the kids would get the basic concept of how a quadcopter works. You can just buy all the parts for them and teach them how to assemble them. Assembly requires no soldering unless your installing a camera or new power connectors. They are super fun for beginners and can be built pretty tough. They don't go super fast but they can be modified heavily to make them zip, which makes them safe yet fun. They don't hold up amazing outside, but they do pretty good. Since they are so small you can make super fun indoor tracks with loops for them to fly though. Just flying around a house becomes a big jungle gym when your that small.
For tiny whoops you really just need the following parts
Frame - This frame is not designed for the whoops, but with a couple snips of the battery holder and some foam inserts it becomes one of the best. Its also cheap...
Flight controller These flight controllers will give you the functionality of full mini quad running betaflight. This will allow you to fully configure and tune them on your computer allowing you an opportunity to teach them how a flight controller works. I would recommend looking up Joshua Bardwell's youtube channel and looking at his PID tuning classes. I won't get into the details but PID (proportional integral derivative) tuning is the mathematical filtering your flight controller is doing behind the scenes. Your flight controller is taking in information from its measurement devices (acceloromiter, gyroscope, and sometimes even barometers) and running it against the values you give it to check for divergence of error from the desired values and compensating for it by applying filters. Basically it allows you to make your quadcopter fly the way you want it to fly. You can make it fly loosy goose or like an automated robot and almost every quadcopter made uses this type of system behind the scenes. Do note that the larger the quad the more you can work with in terms of the software controlling the system. These tiny whoops can be locked in with tuning but you have to remember they still only weigh like 10 grams.
Motors These motors are the best in the sense of range of performance. If you got some of these sample packs you can mix and match motors to show what a motor with higher kv does compared to one thats lower. Higher kv on these motors = more power but more power draw and less flight time. This is also effected by the propellers you are using.
Props The frame comes with some props but you can lose them pretty easy. Nothing really special about these but they get the job done. Also it helps to chop off two of the blades on each prop to make them more efficient for a little power loss.
Extras-- I don't know if your looking to get into fpv with the kids but the whoops are able to support a small camera and you can fly them with with either a monitor or goggles. This stuff can be found on tiny whoops website or youtube. If you need any help selecting stuff feel free to message me.
Other necessities--
Radio Your gonna need a radio and I'm not sure how to make this cheaper. Radios are really just something most people only buy one of and they spare no expense if they use it a lot. The only cheaper radio on the market that is worth looking at is the flysky radios, but I'm not sure if they would work with the acrowhoop board. You have to have an frsky radio for a frsky board or a spektrum radio for a spektrum board for these.
This got kinda long so I'm gonna cut it here. If you need any help just let me know.
So the kits are nice and fly out of the box and are super expensive. If you're interested and not sure you want to do it I would say go and purchase a cheaper but versatile radio like this one-
https://www.amazon.com/dp/B06XQWQ7C3/_encoding=UTF8?coliid=IOOXZ0LWZ7WX6&colid=3JZ28VNN5WA0Y&psc=0
Once you have one you can use the online simulators or on Steam to get stick time in. Later, you can build your own. It's really not as hard as it sounds guys....you just need to solder really. Plus, WHEN you break it (you will) you will know exactly how to fix and trouble shoot. Check out this guys vids- he has a full parts list in the description. https://youtu.be/Avp8MurmeEY
I used to be a fixed wing drone pilot in the military. Some of the guys I worked with competed in the world class series quad and RC flier circuits. I say lets do it and start a FPV Tally Racing League!
Radio -> Sim -> Build -> Learn to Fly LOS w/o FPV -> buy crap entry goggles -> Go pod racin' at Tom Brown!
Emax Baby Hawk (amazon doesn't sell the BNF version):
https://www.emaxmodel.com/babyhawk-85mm-brushless-drone-bnf.html
Taranis Q X7:
https://www.amazon.com/Frsky-Taranis-Transmitter-Racing-Drones/dp/B06XQWQ7C3/ref=sr_1_1?ie=UTF8&qid=1504715829&sr=8-1&keywords=taranis+qx7
Eachine VR-007 Pro:
https://www.amazon.com/EACHINE-Goggles-Headset-Glasses-1600mAh/dp/B072M8FL3Z/ref=sr_1_2?s=toys-and-games&ie=UTF8&qid=1504715875&sr=1-2&keywords=eachine+vr+007
These are far from the best components you can buy, but for the money they're hard to beat. Also, I believe the Babyhawk comes with 1 battery. You'll definitely want a few more, as well as a charger.
Would this work?
https://www.amazon.com/FrSky-Taranis-Channels-Transmitter-Controller/dp/B06XQWQ7C3/ref=mp_s_a_1_1/145-3760442-2589169?ie=UTF8&qid=1543342245&sr=8-1&pi=AC_SX236_SY340_QL65&keywords=taranis+qx7&dpPl=1&dpID=51aJslo8BuL&ref=plSrch
Yeah it's a pretty common cheap tx for beginners. I can't find any mode 2 tx on Amazon. I think this one is a mode 2 so should work.
https://www.amazon.com/dp/B0744DPPL8/ref=cm_sw_r_cp_apa_cpaSBbFCTAAFP
And here's the cable you need for use with simulators or any game.
https://www.amazon.com/dp/B01AAETLVY/ref=cm_sw_r_cp_apa_XuaSBbYTBB400
Or if you want a better Tx that's 'futureproof' consider paying more and getting a Taranis Qx7. It's about 100 bucks and both the hardware and firmware are better in quality and there is gobs and gobs of support online as it's one of the most used TX in the whole RC hobby. Plus there's no extra adapter cable needed to use with Sims. Any micro USB cable, plug it in to your PC and it's auto recognized by most Sims.
https://alofthobbies.com/frsky-taranis-q-x7.html
https://www.amazon.com/dp/B06XQWQ7C3/ref=cm_sw_r_cp_apa_fMaSBb5CRX90A
awesome, thanks! I think I've mostly got it figured out now, and I believe I need 4 parts total...
drone:
battery:
video receiver options:
transmitter:
SO net net for drone + battery + VR + transmitter I'm looking at around $140 + $15 + $80 + $100. Ballpark $350.
If it all works out I guess that's not so bad. And when I lose the drone, I'm only down $150, not all $350.