The Skystars Talon X110 is one of the first “toothpick” style micro quad that supports 4S. It has a slightly stretched-X frame with reinforced struts for the arms. It’s using Skystars’s own 20x20mm F4 FC stack with a powerful 15A 4in1 ESC.
You can choose one of the following receiver options:
- Spektrum DSMX/DSM2
- Flysky IBUS
- Frsky SBUS D16 (XM+)
- No receiver
In the box we have the following accessories:
- LiPo strap
- Various 3D printed LiPo mounts for different size batteries
- One spare set of propellers
This micro has a stretched X frame with a 110mm wheelbase, similar to the Fullspeed toothpick. Here is the specs:
- F4 FC
- 15A BLHeli_S 4in1 ESC
- Skystars 1103 8000KV
- Frame size 110mm
- Propellers: 65mm or 2.5inch
- 100mW VTX
- Runcam Nano 2 FPV camera
45g50g (without battery)
The weight is exactly 50g without LiPo battery, heavier than what they claim on the product page. To be honest, that’s a bit too heavy for my liking, but I wouldn’t be too mad if the extra weight is compensated by better components. Let’s find out.
These reinforcement struts between the front and rear arms really toughen up the frame, and improve stiffness. They also create additional protection for the camera lens. The best part is that they are removable, so if you rather save a couple of grams, you can.
The frame alone is around 15 grams.
Top and bottom plates are carbon fibre, the camera mount is 3D printed TPU. The arms are part of the bottom plate, which is 2mm thick. Top plate thickness is 1.5mm.
They offer two ways to mount your battery, either with velcro strap, or with various 3D printed TPU mounts they’ve provided that fits different sized batteries. Personally I think the strap is probably a more convenient and flexible solution.
One of the reasons this quad is priced so much higher than the Sailfly and RedDevil is probably because of the more premium components. Apart from the Runcam Nano 2 camera, it uses Skystars’s very own flight controller stack, and not the cheaper Crazybee V2 board which many people don’t trust.
You can take a closer look at the FC/ESC stack here: http://bit.ly/2OECRpt
There are three board in this stack, the top board is VTX, middle is FC and bottom is 4in1 ESC.
Here is the specs of the FC:
- F4, MPU6000
- Input Voltage: 7.4V – 22V (2S – 4S)
- 5V 1.5A BEC
- Supports Betaflight OSD
- 3 UART
- UART1 is free (can be used for DSMX and iBus)
- UART3 for VTX SmartAudio
- UART6 for Frsky SBUS (built-in inverter)
- Dedicated solder pads for LED, Buzzer and RSSI
Beware that’s a 20x20mm stack, which means it’s a couple of grams heavier than the typical 16x16mm stack we normally use on these tiny quads. While there is a small weight difference, 20x20mm boards are usually slightly more reliable as heat dissipation is better, and there are more room for the essential components like capacitors. That’s also why you don’t see an extra cap attached to the battery lead here.
My main concern is the lack of soft mounting. I wish they replace the nylon standoffs with rubber o-rings and long screws.
Here is the specs for the 4in1 ESC:
- BB21 MCU, BLHeli_S Firmware 16.6
- Input Voltage: 2S – 4S (7.4V-16.8V)
- Current Rating: 15A Continous, 20A Burst
- ESC Protocol Support: Oneshot125, Multishot and Dshot600
- Board Size: 25x24x4.8mm
The ESC’s are rated for 15A, but I probably wouldn’t push them that hard when the motors are connected via a plastic connector, which is clearly a performance bottleneck. If you wish to push this ESC to the limit, it’d be better to direct solder your motors to the ESC. As for the Talon X110, I think it’s fine with the connectors, these 1103 8000KV motors are not pulling too much current running these 65mm props. Typical 3S 300mah LiPo can’t sustain that kind of current draw anyway.
The XT30 battery wires are 20AWG. XM+ receiver antennas are already nicely mounted on the arms with zipties and heatshrink, great touch!
Finally someone is using a proper FPV camera – this Skystars TALON X110 Toothpick is equipped with a RunCam Nano 2 camera with 2.1mm lens. This is probably one of the best nano camera on the market right now in my opinion. I will do a separate review on this cam soon.
The lens is slightly sticking out, but it’s not a biggie if you are keeping the strut between the front arms.
The VTX is sitting on top of the FC stack. Here is the spec:
- Output power: 0mW (OFF) /25mW / 100mW switchable
- Settings via push button OR VTX Control (SmartAudio Protocol)
- Voltage Input: 5V, 40mA @ 100mW
- Antenna Connector : IPEX (U.FL)
- Frequency: 5.8GHz 5 bands 40 channels
- Weight: 0.9 g
- Dimension: 16*13*3mm
- Mounting Hole: 20mmx20mm
The VTX antenna is a 3dBi Dipole with IPEX connector. So far, I’ve found the build quality of the Talon X110 to be excellent, except how they’ve mounted the VTX antenna. Wish they somehow secure it better (with ziptie?) instead of leaving it hanging like this, it can get pulled off easily in crashes.
Skystars claim their 1103 8000KV motors support up to 4S! They didn’t mention what props I should use on 4S, but guess i will just try it as it is.
The stock props are just some 65mm bi-blade props. Notice the prop rotation is reversed. Here is a close up of the motor stator and windings.
It’s kind of disappointing there is no instruction manual included. Not a problem at all for someone experienced like me, but it still would be nice for new comers.
Beware that the USB cable powers up the FC, RX and FPV Setup – so don’t not leave your quad plugged in for too long on the bench to avoid having heat built up.
Flight controller target is OMNIBUSF4SD, and it comes with Betaflight 3.5.3. You can update it but it should work as it is.
If you got the Frsky XM+, here is how to bind the RX.
Setup modes for arm and buzzer.
Turn on DShot Beacon (motor buzzer), since there is no physical buzzer.
And please disable “Motor Stop” in the configuration tab, otherwise your quad will just “freak out” when you are doing inverted stunts. Not sure why they enable that in the first place.
I think 3S 300mAh is plenty for this quad. For recommendations see my LiPo Testing. I will also try 4S and report back.
I’ve only just got this model not for long, I will test it more and come back for some updates. It is a bit heavy, and pricey compare to some other “toothpicks” I’ve tested so far, but it does have some of the most premium components in it, and build quality is not bad at all.