iFlight SucceX Mini V2 5 – Compact

. Can not say adequate about this solution if you you should not have just one you require to get one i wish i had additional.

Pictured is the develop i have this sweet 20×20 stack set up in. I will say to start with that this construct was pretty effortless to put together. All i experienced to solder was the motor wire qualified prospects to the esc stack and when a great deal of folks preffer soldering all the prospects. I dont intellect possessing immediate plugs for my cam and receiver. Set up was reasonably very simple, mine arrived with a 3. four betaflight and flew it ideal out of the box. This one has an f4 flight controller, 35a esc. With my build is matched with the xing 2206 2700kv motors. Tremendous easy and pretty punchy with a light-weight create.

This stack is great, have 1 in a tooth fairy body with 1506 motors, it certainly screams. Will run 850 4s packs to puffing without the esc even getting heat. Vtx will get a little heat, marketed as 200mw but seems better in comparison to other 200mw vtxtemp controlled iron is a should, endorse completely no larger than 560f soldering, continue to keep get hold of occasions as quick as acceptable, pads lifting is not a symptom of top quality but of tiny pads and very poor soldering system.

I am working with these stacks on my quads. Each of them are 6s and a single of them is 6 inch and it often pulls one hundred forty five amps and it continue to lives. I like the video it appears as very good as my unify. The only downside is the 2m components.

Pcb looks terrific, factors looks great far too, handles 4s with 2306 motors ice cold. Vtx has great output energy, tramp irc protocol is effective surprisingly.

I will commence by declaring this is just not a bad stack but i arrived to a a few star score simply because of a sheer absence of documentation, and then what very little documentation there is, is deceptive. My full intention was to construct a 100mm drone, i have created plenty of 250mm drones over time and a several plug and play whoop fashion drones. This was my to start with brushless 100mm create so i picked my frame and parts for dimensions and bodyweight. This stack of boards is a excellent match at the appropriate price stage, and with blheli32 esc you cannot go improper. The other issue i wanted was telemetry knowledge from a frsky r-xsr rx to a taranis tx. This is where by the aggravation started – receiving the rx performance was no issue, link sbus up to the rx6 pin, it labored appropriate away. But then as for each the (awful) guidelines hook the s. Did that, configure betaflight up with uart1 going to smartport as per the screenshot on the instructions – i have finished this numerous times prior to, and then absolutely no (external) sensors found by the tx. I upgraded the firmware on the r-xsr and the betaflight to 4.

  • All in one stack for the right price.
  • mixed feelings about this stack
  • One of the best- esc, fc, vtx 20×20 stacks available.

I have not had any of these stacks fall short me nevertheless. Excellent value for a excellent item.

Finished my make on a 5′ so considerably everything id terrific other than with blheli 32 i have however figured ot how to get esc telemetry. Digicam plug functions high-quality and receiver plug is effective high-quality for ibus on flysky. 4 stars mainly because no esc telemetry.

It’s unfortunate to see some reviewers had such bad experiences. I’ve had no problems with mine and it’s survived numerous packs and crashes. Vtx @500mw sends a nice clear and constant picture to my goggles. The vtx included is the best of all the 20×20 stacks out there and helps to make this one of the best complete 20×20 options as of 5/20/19.

Features of iFlight SucceX Mini V2 5.8G PIT/25/100/200/400/500mW Switchable FPV Transmitter VTX Support OSD Configuring for FPV Racing Drone Quadcopter

  • Make sure this fits
    by entering your model number.
  • SucceX Mini V2 VTX is a new generation switchable PIT/25/100/200/400/500mW video transmitter. It can be used for both race or daily practice
  • IRC Tramp function helps setting frequency point,power and FC parameter directly, it is available with SucceX mini F4
  • Mini VTX can be easy connected to SucceX mini F4 directly
  • Change channel, transmit power, and more from Betaflight OSD, flight controller USB port, Taranis, and more
  • Pit Mode allows you to power up safely without the risk of knocking other pilots out of the air. Where supported, telemetry input allows remote control by the flight controller
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SucceX Mini V2.0 VTX is a new generation switchable PIT/25/100/200/400/500mW video transmitter. It can be used for both race or daily practice. IRC Tramp function helps setting frequency point directly. The accurate power meets your different FPV requirements. IRC Tramp function is available with SucceX mini F4; SucceX VTX can be connected to SucceX mini F4 directly.

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SucceX Mini V2.0 48CH Switchable 0/25/100/200/400/500mW Video Transmitter

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Features:

– Supports the standard 48-channel set;

– Telemetry input allows remote control by the flight controller (where supported);

– Change channel, transmit power, and more from Betaflight OSD, flight controller USB port, Taranis, and more;

– Variable transmit power from 25 mW to 500 mW. Use 25 mW for a race and then easily switch to 500 mW for freestyle;

– Pit Mode allows you to power up safely without the risk of knocking other pilots out of the air;

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Specifications:

– Input voltage: 5V DC

– Channel: 48

– Power transmission: 0mW(Pit mode) / 25mW / 100mW / 200mW / 400mW/ 500mW

– Size (mm): 24 * 26 mm ; – Weight: 2.3g

– Mounting Holes Dimension: 20mm x 20mm

– Connector type: MMCX Connector

– Antenna: MMCX

– Traditional button

– IRC Tramp protocol

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Package included:

– 1pc x SucceX Mini V2.0 VTX

– Cable Set

Make sure this fits
by entering your model number.

SucceX Mini V2 VTX is a new generation switchable PIT/25/100/200/400/500mW video transmitter.

IRC Tramp function helps setting frequency point,power and FC parameter directly, it is available with SucceX mini F4

Mini VTX can be easy connected to SucceX mini F4 directly

Change channel, transmit power, and more from Betaflight OSD, flight controller USB port, Taranis, and more

Summary
Review Date
Reviewed Item
iFlight SucceX Mini V2 5.8G PIT/25/100/200/400/500mW Switchable FPV Transmitter VTX Support OSD Configuring for FPV Racing Drone Quadcopter
Rating
4.5 / 5  stars, based on  15  reviews

1 Comment

  1. This review is from : iFlight SucceX Mini V2 5.8G PIT/25/100/200/400/500mW Switchable FPV Transmitter VTX Support OSD Configuring for FPV Racing Drone Quadcopter

    . Can’t say enough about this product if you don’t have one you need to get one i wish i had more.
  2. This review is from : iFlight SucceX Mini V2 5.8G PIT/25/100/200/400/500mW Switchable FPV Transmitter VTX Support OSD Configuring for FPV Racing Drone Quadcopter

    . Can’t say enough about this product if you don’t have one you need to get one i wish i had more.
  3. This review is from : iFlight SucceX Mini V2 5.8G PIT/25/100/200/400/500mW Switchable FPV Transmitter VTX Support OSD Configuring for FPV Racing Drone Quadcopter

    I bought one, it works great, so i bought 2 more. Built a quad with one of the new 2, works great. Built a new quad today 8/4/19 with the last one, 5v is messed up somewhere, no idea where tho as it works when 5v is applied via usb port, but not via battery power only. Just discovered now that my return window closed only a few days ago on 7/26/19 and i’m stuck with a dead on arrival $90 fc stack.
    1. I bought one, it works great, so i bought 2 more. Built a quad with one of the new 2, works great. Built a new quad today 8/4/19 with the last one, 5v is messed up somewhere, no idea where tho as it works when 5v is applied via usb port, but not via battery power only. Just discovered now that my return window closed only a few days ago on 7/26/19 and i’m stuck with a dead on arrival $90 fc stack.
  4. I have not had any of these stacks fail me yet. Good price for a good product.
    1. Now the 2nd 1 will not accept signal from receiver. It powers it on and says it’s has telemetry but no data. I have this stack in the asteroid 3 and really love it. Damn shame i got 2 bad ones in a row ordering the mamba stack after returning this one.
      1. Now the 2nd 1 will not accept signal from receiver. It powers it on and says it’s has telemetry but no data. I have this stack in the asteroid 3 and really love it. Damn shame i got 2 bad ones in a row ordering the mamba stack after returning this one.
  5. This review is from : iFlight SucceX Mini V2 5.8G PIT/25/100/200/400/500mW Switchable FPV Transmitter VTX Support OSD Configuring for FPV Racing Drone Quadcopter

    Completed my build on a 5″ so far everything id great except with blheli 32 i have yet figured ot how to get esc telemetry. Camera plug works fine and receiver plug works fine for ibus on flysky. 4 stars because no esc telemetry.
    1. Completed my build on a 5″ so far everything id great except with blheli 32 i have yet figured ot how to get esc telemetry. Camera plug works fine and receiver plug works fine for ibus on flysky. 4 stars because no esc telemetry.
      1. I will start by saying this isn’t a bad stack but i came to a three star rating because of a sheer lack of documentation, and then what little documentation there is, is misleading. My whole goal was to build a 100mm drone, i’ve built plenty of 250mm drones over time and a few plug and play whoop style drones. This was my first brushless 100mm build so i picked my frame and parts for size and weight. This stack of boards is a good fit at the right price point, and with blheli32 esc you can’t go wrong. The other thing i wanted was telemetry data from a frsky r-xsr rx to a taranis tx. This is where the frustration started – getting the rx functionality was no problem, connect sbus up to the rx6 pin, it worked right away. But then as per the (lousy) instructions hook the s. Did that, configure betaflight up with uart1 going to smartport as per the screenshot on the instructions – i have done this many times before, and then absolutely no (external) sensors found by the tx. I upgraded the firmware on the r-xsr and the betaflight to 4.
  6. This review is from : iFlight SucceX Mini V2 5.8G PIT/25/100/200/400/500mW Switchable FPV Transmitter VTX Support OSD Configuring for FPV Racing Drone Quadcopter

    I will start by saying this isn’t a bad stack but i came to a three star rating because of a sheer lack of documentation, and then what little documentation there is, is misleading. My whole goal was to build a 100mm drone, i’ve built plenty of 250mm drones over time and a few plug and play whoop style drones. This was my first brushless 100mm build so i picked my frame and parts for size and weight. This stack of boards is a good fit at the right price point, and with blheli32 esc you can’t go wrong. The other thing i wanted was telemetry data from a frsky r-xsr rx to a taranis tx. This is where the frustration started – getting the rx functionality was no problem, connect sbus up to the rx6 pin, it worked right away. But then as per the (lousy) instructions hook the s. Did that, configure betaflight up with uart1 going to smartport as per the screenshot on the instructions – i have done this many times before, and then absolutely no (external) sensors found by the tx. I upgraded the firmware on the r-xsr and the betaflight to 4.
  7. This review is from : iFlight SucceX Mini V2 5.8G PIT/25/100/200/400/500mW Switchable FPV Transmitter VTX Support OSD Configuring for FPV Racing Drone Quadcopter

    On throttle, the vtx would randomly flicker, and progressivley get worse. This happened on both units i bought. First fc had a bad twitching issue. I had a lot of faith in this stack, but it just didn’t hold up. I didn’t have issues with the solder pads like how others have indicated, but the functionality of this stack is very questionable over time. The vtx flickering caused two crashes on the second stack. After the second stack failed, i gave up and will go back to my hglrc stacks. Reliable and robust, never had a problem with hglrc. Iflight, i had faith, but you lost me.
    1. On throttle, the vtx would randomly flicker, and progressivley get worse. This happened on both units i bought. First fc had a bad twitching issue. I had a lot of faith in this stack, but it just didn’t hold up. I didn’t have issues with the solder pads like how others have indicated, but the functionality of this stack is very questionable over time. The vtx flickering caused two crashes on the second stack. After the second stack failed, i gave up and will go back to my hglrc stacks. Reliable and robust, never had a problem with hglrc. Iflight, i had faith, but you lost me.
  8. This review is from : iFlight SucceX Mini V2 5.8G PIT/25/100/200/400/500mW Switchable FPV Transmitter VTX Support OSD Configuring for FPV Racing Drone Quadcopter

    I’m using these stacks on my quads. Both of them are 6s and one of them is 6 inch and it often pulls 145 amps and it still lives. I like the video it looks as good as my unify. The only downside is the 2m hardware.
  9. This review is from : iFlight SucceX Mini V2 5.8G PIT/25/100/200/400/500mW Switchable FPV Transmitter VTX Support OSD Configuring for FPV Racing Drone Quadcopter

    I’m using these stacks on my quads. Both of them are 6s and one of them is 6 inch and it often pulls 145 amps and it still lives. I like the video it looks as good as my unify. The only downside is the 2m hardware.
    1. I fly my quads in horizon or angle mode so i depend on the accelerometer to be accurate. After building the quad this fc would not hold level. I accumulates an error and pitchs to the left harder the longer you fly. You run out of right stick to compensate. Tried changing filters, re-tuning, all with no change in behavior. The vtx and esc seem to be good just not fc. Because the stack is connected with pins board to board, i can not use either of them with another setup.
      1. I fly my quads in horizon or angle mode so i depend on the accelerometer to be accurate. After building the quad this fc would not hold level. I accumulates an error and pitchs to the left harder the longer you fly. You run out of right stick to compensate. Tried changing filters, re-tuning, all with no change in behavior. The vtx and esc seem to be good just not fc. Because the stack is connected with pins board to board, i can not use either of them with another setup.

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