First off there were no instructions whatsoever in the frame kit. I assembled it by looking at the pictures on the Banggood site. I'm currently not able to complete the assembly because the flat plate doesn't fit into the 'L' brackets. This is nothing a little sandpaper or a file won't cure. The FPV camera verticle pieces are a tight squeeze put they pop into the top plate with just the right bit of force. These plates don't actually secure to the frame other than their friction fit. The horizontal posts / bottom plate of the gopro mount and of course the FPV camera keep the vertical pieces pinned in the top plate with the very bottom going into a slot in the bottom plate. The frame includes a Carbon fiber battery protector plate (not in the pictures) for the underslung battery. I'm replacing the included PDB with a Realacc HUBOSD 'X-type' for OSD and PDB. The LED board is included (see my tail light pic) I'll be building this up as a racer and I'm hoping for some longevity. I don't expect this to be an especially tough bird with only 4 standoffs but when you have such a small center section, what can you do? The hardware seems decent so far and the screw lengths are good. I love how light weight it is!

First off there were no instructions whatsoever in the frame kit. I assembled it by looking at the pictures on the Banggood site. I'm currently not able to complete the assembly because the flat plate doesn't fit into the 'L' brackets. This is nothing a little sandpaper or a file won't cure. The FPV camera verticle pieces are a tight squeeze put they pop into the top plate with just the right bit of force. These plates don't actually secure to the frame other than their friction fit. The horizontal posts / bottom plate of the gopro mount and of course the FPV camera keep the vertical pieces pinned in the top plate with the very bottom going into a slot in the bottom plate. The frame includes a Carbon fiber battery protector plate (not in the pictures) for the underslung battery. I'm replacing the included PDB with a Realacc HUBOSD 'X-type' for OSD and PDB. The LED board is included (see my tail light pic) I'll be building this up as a racer and I'm hoping for some longevity. I don't expect this to be an especially tough bird with only 4 standoffs but when you have such a small center section, what can you do? The hardware seems decent so far and the screw lengths are good. I love how light weight it is!

First off there were no instructions whatsoever in the frame kit. I assembled it by looking at the pictures on the Banggood site. I'm currently not able to complete the assembly because the flat plate doesn't fit into the 'L' brackets. This is nothing a little sandpaper or a file won't cure. The FPV camera verticle pieces are a tight squeeze put they pop into the top plate with just the right bit of force. These plates don't actually secure to the frame other than their friction fit. The horizontal posts / bottom plate of the gopro mount and of course the FPV camera keep the vertical pieces pinned in the top plate with the very bottom going into a slot in the bottom plate. The frame includes a Carbon fiber battery protector plate (not in the pictures) for the underslung battery. I'm replacing the included PDB with a Realacc HUBOSD 'X-type' for OSD and PDB. The LED board is included (see my tail light pic) I'll be building this up as a racer and I'm hoping for some longevity. I don't expect this to be an especially tough bird with only 4 standoffs but when you have such a small center section, what can you do? The hardware seems decent so far and the screw lengths are good. I love how light weight it is!

This frame came with a lot of goodies like the LED board and PDB which is cool. The GoPro mount is cool and the tiered arm style leads to way less propwash and overall turbulence when flying in general. Ultimately, some problem I ran into were: - There is not enough vertical height to stack 3 board with the stock standoffs included with my 4-in-one ESC board, OMNIBUS flight controller, and this frame; the standoffs had to be cut the clear the top of the frame. So, with ESCs and FC, there is no room for the PDB unless you get shorter spacers. - The width of the FPV camera area is not compatible with the Foxeer Monster (V1/V2), because the width of the camera is too small for the included screws to reach (the screws included with the camera were too short to even make it through the carbon thickness). We ended up using longer custom screws and washers to make it work, see included pic. Nothing wrong with the frame, just a compatibility thing to keep in mind with any similar cameras. - The cutouts for the FPV camera don't work with the Foxeer Monster V2, because the arc made to adjust the angle just doesn't line up at all with the camera holes; again, nothing wrong with the frame, just something to keep in mind. - The included LED board caused some very whacky issues with the quad. Wiring to 5V output on the flight controller led to the flight controller beeping erratically and the LEDs being dimmed, and not being able to arm the quad until the LED was removed. Not a big deal for me, I discarded the board, it's just an extra included so I wasn't really bothered. - The vertical plates of the GoPro mounting points which "notch" into the top part of the frame needed to be slightly sanded down and tapped with a hammer in order to fit into the slot; probably just a tolerance thing, no big deal. Overall it's a great frame, with a unique design. The arms are super thick and I haven't had any problems with bending or breaking, even after some HARD crashes. I wouldn't recommend it as a beginner build, because the way the whole thing is put together makes initial construction, wire management, and servicing pretty difficult; there's not a lot of room leftover and we had to make some custom adjustments (read: power tools and other hardware) to get everything to work well.

This frame came with a lot of goodies like the LED board and PDB which is cool. The GoPro mount is cool and the tiered arm style leads to way less propwash and overall turbulence when flying in general. Ultimately, some problem I ran into were: - There is not enough vertical height to stack 3 board with the stock standoffs included with my 4-in-one ESC board, OMNIBUS flight controller, and this frame; the standoffs had to be cut the clear the top of the frame. So, with ESCs and FC, there is no room for the PDB unless you get shorter spacers. - The width of the FPV camera area is not compatible with the Foxeer Monster (V1/V2), because the width of the camera is too small for the included screws to reach (the screws included with the camera were too short to even make it through the carbon thickness). We ended up using longer custom screws and washers to make it work, see included pic. Nothing wrong with the frame, just a compatibility thing to keep in mind with any similar cameras. - The cutouts for the FPV camera don't work with the Foxeer Monster V2, because the arc made to adjust the angle just doesn't line up at all with the camera holes; again, nothing wrong with the frame, just something to keep in mind. - The included LED board caused some very whacky issues with the quad. Wiring to 5V output on the flight controller led to the flight controller beeping erratically and the LEDs being dimmed, and not being able to arm the quad until the LED was removed. Not a big deal for me, I discarded the board, it's just an extra included so I wasn't really bothered. - The vertical plates of the GoPro mounting points which "notch" into the top part of the frame needed to be slightly sanded down and tapped with a hammer in order to fit into the slot; probably just a tolerance thing, no big deal. Overall it's a great frame, with a unique design. The arms are super thick and I haven't had any problems with bending or breaking, even after some HARD crashes. I wouldn't recommend it as a beginner build, because the way the whole thing is put together makes initial construction, wire management, and servicing pretty difficult; there's not a lot of room leftover and we had to make some custom adjustments (read: power tools and other hardware) to get everything to work well.

This frame came with a lot of goodies like the LED board and PDB which is cool. The GoPro mount is cool and the tiered arm style leads to way less propwash and overall turbulence when flying in general. Ultimately, some problem I ran into were: - There is not enough vertical height to stack 3 board with the stock standoffs included with my 4-in-one ESC board, OMNIBUS flight controller, and this frame; the standoffs had to be cut the clear the top of the frame. So, with ESCs and FC, there is no room for the PDB unless you get shorter spacers. - The width of the FPV camera area is not compatible with the Foxeer Monster (V1/V2), because the width of the camera is too small for the included screws to reach (the screws included with the camera were too short to even make it through the carbon thickness). We ended up using longer custom screws and washers to make it work, see included pic. Nothing wrong with the frame, just a compatibility thing to keep in mind with any similar cameras. - The cutouts for the FPV camera don't work with the Foxeer Monster V2, because the arc made to adjust the angle just doesn't line up at all with the camera holes; again, nothing wrong with the frame, just something to keep in mind. - The included LED board caused some very whacky issues with the quad. Wiring to 5V output on the flight controller led to the flight controller beeping erratically and the LEDs being dimmed, and not being able to arm the quad until the LED was removed. Not a big deal for me, I discarded the board, it's just an extra included so I wasn't really bothered. - The vertical plates of the GoPro mounting points which "notch" into the top part of the frame needed to be slightly sanded down and tapped with a hammer in order to fit into the slot; probably just a tolerance thing, no big deal. Overall it's a great frame, with a unique design. The arms are super thick and I haven't had any problems with bending or breaking, even after some HARD crashes. I wouldn't recommend it as a beginner build, because the way the whole thing is put together makes initial construction, wire management, and servicing pretty difficult; there's not a lot of room leftover and we had to make some custom adjustments (read: power tools and other hardware) to get everything to work well.