This is a review and setup guide for the DYS x160 v3 miniquad.


This is a fun little miniquad and at 138g without a battery, no registration (in the USA) is required to fly. The quad itself is great value at a little over $100 on It is quick and nimble on BetaFlight 2.7 and with the un-changeable amount of camera up-tilt, it might be a little much for a beginner, but for a second quadcopter, this thing is fun! Compared to the BeeRotor 160, it is a little bit lighter, fully integrated, no building is required, but slightly less durable.

I like the really small size, but it's not big enough to carry an HD camera.

The smaller motors mean that we can't run the standard super-durable DYS Props and SMA adaptor on the top is likely to be pushed down into the frame in a moderate crash. I talk about this more in the strength section.

Overall, for the price, this little quad is a lot of fun. If you have the time and a little more cash, building a BeeRotor 160 is great option as well.

Here is a sample of the video quality and flight capability running default PIDs with BetaFlight 2.7 and 3s 900mah battery:

With my antenna in the front, it looks kinda like a unicorn:


Everything you need except the transmitter and receiver, battery and charger. You'll also want some good goggles if you're just getting started.

This basic setup is great for a beginner:
FlySky FS-i6 with iA6B Receiver, $53
Eachine EV100 Video Goggles, $97.99
3s 11.1V 1800mAh 45C LiPo Battery with an XT-60 Plug, $15
Eachine WT50 6A 50W AC/DC Balance Charger Discharger For LiPo/NiCd/PB Battery, $34
I picked this setup because these are the most feature-rich and cost effective components you can use to get into FPV flying! The FS-i6 radio with iA6B receiver is the best value radio that supports PPM. The Eachine EV100 are a great value at less than $100. The 1800mah battery will work well in any 150-350mm size quadcopter and the 45c rating means it can deliver 81 Amps, which should be more than enough for your mini-quadcopter. Finally, the Eachine WT50 charger includes a built in AC-DC converter, so you won't need an external power supply, like you would with most other chargers. Total Cost: ~$180

If you already have all these parts, get just the DYS x160 v3 miniquad for $115.99, which is an awesome price.


It comes with an antenna, landing gear, battery strap, PWM receiver breakout cable, some extra screws 8 3030 props and user manual.

Opening up the antenna, we see this is not a circularly polarized cloverleaf, but a circularly polarized quadrifilar helix antenna. Thanks to AA4HA over on for helping identify it. Since it's circularly polarized, it should work fine with a normal cloverleaf on the receiving end.

Interestingly, the flight controller is not hard mounted. It's soft mounted on these rubbery pegs.

To protect the fpv video transmitter, be sure to attach the FPV antenna before powering on the quad copter.

It comes pre-loaded with CleanFlight 1.16, when you upgrade to BetaFligh, you'll want to use the SPRF3 hex file.

Here are the default PIDs, looks like it's set to use the REWRITE pid controller by default. Since the data flash has some data, it makes me think they flight-tested this before sending it, cool!

The flight controller is soft-mounted on rubber standoffs. The battery plug is an XT-60. You can see the video transmitter is covered by a metal shield, per the usual:

DIP switches to change the video transmitter channels are on the top, which is convenient. There is a standard micro USB port on the other side of the flight controller.

Under that plastic piece on top is a MinimOSD:

The bottom piece of the arms has an integrated DYS XM10 ESC.

Weight with the antenna is 138g.

The antenna connector is an SMA Female connector:

To install the landing gear you'll need to remove all the screws holding on the bottom plate. This was very difficult. One screw was stuck, so I had to use a heat gun and a pair of piers.

Landing gear installed!


On my second flight, just cruising around the courtyard by our apartment, I hit a tree about 12 feet up and crashed upside down on the video antenna.

This pushed in the whole video transmitter and left the SMA adapter bent like so:

On further inspection, I found that the failure points were these two solder points that hold the VTX to the frame. The third, middle solder point did not fail. I suggest you add some extra solder to these solder points when installing the landing gear and you shouldn't have any trouble:

Since re-enforcing these points, I've been flying around without any issue. It seems unlikely that they'll break, but extra arms are available here



Port 6 has PPM/PWM in. From left to right the pins are: GND, 5v, PPM/PWM1, PWM2, ..., PWM6

Here I'm using the F801 DIY FrSky Receiver:

Here is what the up-close wiring looks like on the receiver side:

I then installed a ziptie, attached to the bottom plate:

It sticks out the top along with the receiver antenna.

I then used some heatshrink to hold these together and turned the drone into a unicorn!

Video transmitter channels