Joyalens JL249S-M / Andonstar AD249S-M - Microscope review

hello the internet and welcome back to my channel would you like to win this microscope then stay tuned and keep watching as I'm going to give this away for free to one of my viewers today I'm reviewing a microscope but first I would like to apologize with all of you this is the second review I'm doing here on my channel in just a few weeks time and this is not really what I'd like to do here on my channel let me explain you what happened a few months ago I published a socket 7 repair video of a motherboard that video went incredibly well I gained a lot of new subscribers and I had quite a few views for which I am very grateful at the same time I've been I was contacted by a couple of companies kaiwitz for a multimeter review enjoy a lens for a microscope review offering their products for review now that was the first time for me so you can imagine I was quite excited about that I gave it a thought and then I decided to accept their offers I didn't realize that reviewing those products would take me quite a lot of time and that would be time that I would have liked to spend on other projects so let's call this lesson learned for the few future I think I would be a bit more careful in the future if I ever got approached by some companies to review their products however I promised I would review these items before the end of the year and here I am this is the last review that I have in the pipeline and then I promise we'll go back to boards and repairs and much more cool stuff that being said I have a microscope today's review this was sent to me by Joya lens which is a sub brand of andon star I've been sent these for free but as last time I have agreed with the manufacturer that my review is going to be a hundred percent honest and 100 unbiased now let's begin with do you need a microscope as some of you may already know I have a microscope myself I purchased that a few months ago and I had been thinking of buying the microscope for a long time I procrastinated quite a lot on that because I thought I would not really use it I thought it would just be a waste of money I can tell you after a few months of having these microscope sitting on my desk that it's now become a very important tool in my lab here it's as important as the multimeter as my oscilloscope as my hotel station now everybody's different of course I'm not here saying that you should buy a microscope but just to say that I didn't think I would use it so often but I have to say that I'm really using it on each one on my projects so here we are with the microscope this is a joy lens and the model number is jl249s-m this is how it arrived there's a little instruction manual in I would say reasonably good English which is good and here is the microscope let me show off a bit as usual so let's unbox this thing now one interesting feature of this microscope is client if I understand correctly it comes with interchangeable lenses which has always been one of the reasons why I decided not to go with the undone star in the first place because of the fixed magnification now I've seen videos of people installing the undone star you know like up in the air like a meter away and it does work the way you want it it gives you like that 10 15 20 whatever 30 centimeters of working area it just felt like a massive workaround and that's why I ended up with something different let me put this together and I'd rather move to the point and just see how it works the picture quality how it Compares with my lapson one well I'm assembling the base and I feel I've met a little snug here because that's the adapter that's supposed to slide in this thing in the in the column it just doesn't fit yeah it's honestly doesn't fit it basically stops here it looks like the column is slightly incorrectly machined so it's a bit wider here than here so that's not a good start is it because you wouldn't expect I mean this thing is not cheap this face is poorly machined now this is supposed to slide inside this and it doesn't and obviously yeah that the screw is in I can remove the screw it doesn't matter I will get back in touch with London star and say hey I got this problem you need to fix it and send me a working microscope and when we'll pick it up from there but this is not a good start honestly I can't think of recommending something that arrives like that that can arrive like that okay I've got in touch with the manufacturer and they sent me a replacement metal work so let's have a look on this one and see whether this time is seems to be working so this one seems to be slide correctly there's a little bit of play but that's totally expectable this one is okay as well so finally let's try again and assemble this microscope okay let's begin with a note on the stand so the new metal work Works however I now have this problem which is basically the whole microscope can tilt a bit can rotate a bit and usually when you start using it you always end up tilted like this and I don't feel that there's an issue with the metal work again let me show you what I mean the way that this pipe is attached to these um piece of metal here is through this little screw here at the back the problem is the screw is actually applying pressure on a round surface here now I think on my lapson there's a similar setup but the screw is applying section on the flat area so when you apply pressure on when you basically put a screw on a flat surface like this you are locking the piece of metal in place as it won't be able to rotate so the problem with this design that I can see is that these parts they need to have some mechanical play because this pipe has to slide through this connector here let's call it a way it doesn't matter how tight the screw is the mechanical place will always be there and the screw is not able to stop the play from happening so unfortunately as you hopefully you can see here this whole thing is able to rotate in its own clamp and I feel that this is just a design flow so I don't really feel there is a solution for this mechanical problem which is kind of inconvenient again imagine you buy this thing and you're constantly using it and it's it's at an angle it does work I mean it's not the end of the world but it doesn't feel like the greatest design now let's start with saying that during this review I'm going to compare the joy lens to the lapson microscope that you see there reason is I have double checked with lapson and this microscope as you see there with the stand as it is which is a bit particular if you watch my review video which I will link here and down below in the description is about 150 pounds and I think that's shipped while this joylands microscope currently retails for around 300 pounds on Amazon directly from the manufacturer now as far as I understand the lapson can be purchased with a similar stand then Joy lens probably gonna be around 200 pounds so again I feel these are comparable actually again that one is going to be cheaper but obviously the lapson doesn't come with a monitor now clearly these two microscope are aimed at different type of users so this is a compact unit that you just put away on a shelf when you've done this one is something that needs to be connected to a monitor it might work with for someone someone might prefer the Standalone units that can be just put away on a shelf or even in a drawer maybe that being said let me start with some specification of this unit this is a fixed Zoom unit it comes with three different lenses that you can replace that's a plus compared to the original and on Star and we'll get to that in a minute but when I'm saying fixed magnification what I mean is the the knob here and the on the microscope body is for focusing the units and not for adjusting the magnification the magnification can be changed by adjusting the height of the whole microscope now looking at the stand I have to say I am quite disappointed by the stand and especially again compared to the lapsing I have we have some knobs here to basically adjust the height of the microscope number one I don't understand the purpose of these adjustments because these would basically change the magnification by a very little bit because you can see we are talking about what is that six seven centimeters of height difference so this is seems to be more for adjusting the focus of the unit but I already have a focus adjustment here on the body of the microscope so I'm not sure what this is for in addition these knobs are a bit stiff and obviously the the knob itself is not very big and if you're looking on the other side this knob is more or less unusable because it's so close to this metal piece that every time I try to use it I more or less hurt my fingers as you can see this knob is not protruding enough to be able to be used efficiently I'd like to say now as I say this microscope is a fixed magnification and the only way to increase or decrease the magnification is to raise or lower the whole microscope now I've seen other products on the internet featuring rack companion mechanism here on the upright so basically by using a knob here you can eat very easily raise or lower the whole microscope in order to change the magnification now unfortunately on this unit all you have to do is to loosen this screw and then again you have to basically manually adjust the stain as you can imagine I mean if you want to quickly zoom in and out from a board because you're looking at components and then you won't inspect a bit closer but then you want to go back to a more wide view this is incredibly inconvenient that you have to lift and lower the stain all the time and again obviously the adjustment is not very precise as you can imagine so to be honest I'm not impressed by the stand he honestly feels like a toy especially if I compare it to my lapson one again this is no lapson review but you can compare the the size the smoothness of the components here that the knob is pretty big so it's a pleasure to use to be honest and again the main difference between this microscope and the joy lens is that this microscope is not a fixed magnification so these adjustment here is actually to change the magnification of the lens itself so you can zoom in and out and and do an inspection on a component and then go back to a wider view by just turning this one at the back of the unit we have an SD card slot the spider manual says that it doesn't come with an SD card mine came with I think it's a 32 gigabyte SD card we have 3 LEDs which I don't think they're documented but they look like they are basically showing what the SD card is doing then we have a micro USB for power in the unit and also for connecting to a computer and finally we have a I think it's called the mini HDMI which is kind of inconvenient because it does come with a 1.5 meter mini HDMI to standard HDMI but that means that if you want something longer than that you'll have to buy your own cable and here on the right hand side that's a reset button the base is not too heavy but the whole microscope is pretty stable to be honest there is a power connector here on the base for these LED lights there is also a control unit here where you can turn the lights up and down in terms of brightness you also have a on off button which is not only turning off the lights but it also turning off the microscope because the same cable has a micro USB plug for the microscopics self now the only downside downside of using this very nice multi-functional cable is that if you plug the other end which is a USB a type to a computer the computer doesn't see the microscope so this is only for power if you want to connect the microscope to a computer for data you'll have to use a different separate cable which is by the way supplied with the microscope itself the usable area of the base is 18 centimeter by 16 centimeters here and obviously the size of the base and the fact that the microscope is attached to the base itself has a limitation in terms of the maximum distance of the component and you want to inspect on the board so in a board like this which is pretty small you can turn it around and that's not a big deal but obviously if you want to inspect something bigger like for example this PlayStation 3 board you probably won't be able to inspect the components in the middle as the the maximum distance that you can respect here it's about 10 centimeters so if you're bored is more than 20 centimeters and this happens to be a 23 and a half centimeters obviously you will have kind of a blind area here in the Middle where you won't be able to inspect anything to be honest this is one of the reasons why I decided not to go with the undone star when I was evaluating from a microscope and also the reason why I ended up with a weird desk mounted stand for my lapson because you know I might need to inspect in this case like a PlayStation 3 board or my board could be mounted into some kind of equipment and I have to take it out because the microscope can only reach under the space and can only do 10 centimeters it really depends what you have to do what kind of equipment you're dealing with but I feel this is kind of a limitation of this very microscope but this type of microscopes the screen looks like to be of good quality it looks like it has pretty wide viewing angles and the quality is pretty good to be honest I like this in terms of video delay The Joy lens is very usable showing only 10 milliseconds delay on the integrated display I measure the delay of 15 milliseconds through the HDMI output but that includes the input lag of my Dell monitor which is not the fastest as a reference my lapson measures the same milliseconds delay on the very same monitor now I don't want to go through the manual the option because most of them are pretty self-explained however just a couple of mentions here the there is a resolution option here which goes from HD 30 Hertz to Ultra HD this is the size of the recording on the SD card it's not the output or anything it's only the recordings on the SD card and here on this second menu we have a Wi-Fi option which you might think is to connect to a Wi-Fi and actually it's the other way around the undone star will create a Wi-Fi so you can access the Wi-Fi fi and connect to it it comes with the software which to be honest I haven't looked at because I rather use OBS rather than proprietary software but when he says Wi-Fi here is not to connect to your home Wi-Fi it will just create his own Wi-Fi and you connect to it now I feel the next step would be to connect this microscope to my laptop and use OBS to record this output I feel you can see many more details and you can actually see the quality of the camera the recording rather than me shooting on the screen so let's plug this thing into my laptop let's fire up OBS and then I'll show you full screen how this looks and we can continue with this review now once you connect the joy lens to a computer it will ask you whether you want to use it as a mass storage which means basically will become as a USB stick and you can access the SD card on the joy lens which is pretty useful to be honest but you won't be able to see any picture you won't be able to use the microscope at all or you can select PC camera and that way you can not only use the supply software but you can also use OBS and it will become a remote microscope a USB microscope now unfortunately the moment you select PC camera the screen will turn like this it says PC camera and what you see here is actually not real time so you cannot see the picture on the screen and on the computer at the same time and the same applies to the external HDMI monitor you can see the picture on this little screen and on the external monitor at the same time and this is something the lapson is doing better is you can use the external Monitor and the USB computer at the same time this adjustment here is the focus as you can see and unfortunately it does come with quite a lot of play let me see if I can show you what I mean now I'm adjusting the focus if I'm going the other direction nothing happens that I think this is mechanical play what you see here is it only Starts Now and now I'm making it perfect I'm going the other direction as you can see from the knob I'm turning nothing happens up to here and then it starts changing it so that's not great that's not what you would expect from a Precision microscope that you have you know several degrees of mechanical play on the focus adjustment it's doable but I'm sure you agree with me that's not great now the other thing I'd like to mention as you might have noticed already is that every time you touch this thing the whole picture wobbles quite a lot like if I'm adjusting you see I'm adjusting the focus now I mean it's doable it's watchable but it does you know wobble quite a lot which is something that my lapse and doesn't have I can show you now I'm here adjusting the laps in Focus so you can see the picture is Rock Steady it's both because of the the way the lens is manufactured but also because the stand is is massive compared to this one so again unfortunately that picture is not very stable and every time you touch anything on this little screen you end up with this waving which is not great and now other inaccuracy of the focusing system is that whenever you change direction in the ring the picture slightly shifts left or right here I'm just barely focusing by moving the adjustment in both directions and you can see the picture is Shifting right now I'm not moving the board or the microscope what you see is the effect of operating the focus ring The Joy Lens comes with three different lenses we call type D type A and Type L and the difference is the magnification obviously and the distance between the lens itself and the working piece let's type D is a is a lenser with a massive magnification of up to 2040 X on with digital Zoom by the way so I don't know what's the actual Optical one and this is working at four or five millimeters from the working piece so that's not relevant to what we do on this channel so I'm not going to use this one today now these are the two lenses which are relevant to soldering and board inspections and electronics in general they have different ranges and different distances but they overlap with each other so they actually both relevant to what we need to do let me show what that means to install one of these lenses you have to basically hold the lens in place then you have to tighten two of these let's go them grab screws which will inevitably fall on your desk slash on your floor if you try every time you're trying to do that especially in front of a camera it is obviously an easy task to do but you'll understand in a minute why this is kind of inconvenient now the microscope is now set with the lens a which is an 18 720 magnification again the manual says with three times digital Zoom so I'm assuming the optical one is less than that I'm currently at the highest height that the Microsoft microscope can go and as you can see on the screen you can and you'll end up with a massive 8 centimeter or working area which is definitely more than you need for uh for a wider overview of a PCB I consider 35 millimeter like the what you're looking for when you're looking for something just for a wider review eight centimeters or 80 millimeters is definitely more than you need now when looking at this lens at the widest setting which is right now I have noticed kind of an uneven Focus between left and right so I'm either focusing the left or the right with something happening in the middle by the way maybe not the end of the world but it's still not something you would expect from a Precision microscope at the maximum magnification the a type lens can go down to a very impressive two and a half three millimeters but as you can see this is only happening at around 15 millimeters from the working piece which makes any use for electronic soldering repair or inspection pretty much pointless as you can see the magnification is impressive but honestly more or less pointless I wouldn't be able to get in with the soldering Arrow I'm struggling myself just to stick my hand in and just refocus on the components and obviously at this type of magnification with this type of stand the picture is very wobbly when you're trying to refocus and and just use this microscope this is where the L type Lens comes into play let me show you how this can help if I now swap the a type lens with the L Type lens what I achieve with this lens is a 2.1 centimeter 21 millimeters working area which again I feel it's not enough for like a general inspection of a board but this lens has an advantage and the advantage is that this lens can go down to around 6.5 millimeters at 95 millimeter height which is very good for soldering I would consider around 10 centimeters as the minimum distance from the working piece so that you can actually work with the soldering iron or even a hot air station or tweezers or whatever you need while these two lenses are giving you all the options that you might need for all your needs I find the combination will be inconvenient because this lens will give you the maximum range between 79 millimeters and three millimeters but three millimeters is more or less unusable because it's too close to the piece so then you're gonna use this one which is the Type L lens which is giving you the height then you need for an inspection for the closer inspection I have a very good magnification but you won't go any further than 22 millimeters which in my opinion is not enough for a good overall inspection I have to say that not only do you have to move the microscope up and down and refocus every time you want to zoom in and out which to me is inconvenient per se but also you need to replace the lenses in between different tasks to achieve different modifications as much as is a good thing that gives you these options I find this pretty time consuming and inconvenient now if you really want to get creative and think of a way to attaching the microscope onto something else to basically move the microscope away from the working piece and have a wider working area just bear in mind that I have measured the maximum distance that you can actually Focus this microscope with this lens actually which ends up to be 60 centimeters from from the lens at that point you end up with 6.5 centimeter or working area now if you've been thinking of doing this as I've seen on many users many understand users are using their microscope attached at the bottom of the lens rather than the the base of the lens itself just bear in mind that the way this is designed it becomes pretty unstable I mean you already have to play on the stand here plus you have some playing there honestly I wouldn't think of doing that it's doable but honestly I don't think it's a good idea now I would like to show you a little test run to show you the difference in operations between these two microscope now I have a perfect example you might see this board at some point in one of my future videos this is the minimal magnification of my lapse microscope I'm inspecting these components and at some point I see something that catches my attention I see what looks like a crack on on this IC all I need to do I just need to zoom in and there we go yeah there's a crack there's definitely a fault with this component right I need to order another one let's go back to the general inspection there you go a little Focus adjustment and I'm ready to continue oh look at that I think there's another component here that needs maybe it's missing let's have a look again little Focus adjustments and yeah absolutely there's something here this is how I'm using my labs microscope let me show you now how I would do the same task on the joy lens the board is under the joy lens and I'm using the L lens which is the one that doesn't require me to go down to the to the board but it doesn't have the same wide working view which both the a lens and the laps and have so what you see right now on the screen it's only 22 millimeters which is not great but anyways you know this is what this lens can do and if I wanted to see a bit more I would need to swap the lens with the a type so I'm here checking my components I end up this chip that looks a bit suspicious now you might notice the attaching the focus will make the picture a bit wobbly because obviously the microscope is pretty high and the stand is not as stable as the the one I'm using on the lapson I see what looks like a crack and I want to zoom in a bit what I need to do I need to move this down turn the focus ring quite a lot okay I lowered that too much so I need to go up a bit there we go and oh yeah there's a crack on the chip so now we've inspected this component here I need another one I'll need to place an order I'd like to return back to a wider view to be able to do a wider inspection so I'll have to lift the microscope up refocus and again it's quite a few turns of adjustment there we go again I know this oh that also looks like has a missing component so there we go I'll have to zoom in or actually lower the microscope refocus oh yeah that's the missing component so I will have to find out blah blah blah as much as this is definitely working and and the picture quality is not bad at all I find this very inconvenient I'm maybe because I'm used to the ability of zooming in and out using the lens ring and not having to do this up and down all the time particularly because these two products are comparable from a price point of view I really don't like this way of having to deal with the magnification of the microscope I guess it would have probably been a bit better if the stand had a rack and pinion system at that point you might be able to just zoom in and out by turning a knob possibly like a large knob rather than having to deal with this like locking screw and and having to move the whole thing manually to be honest with you what I think is gonna happen if someone purchased this product they would probably end up using the same lens for everything and they would just live with the limitations of the lens itself I have a feeling that the l-type lens is the most suitable for what we need to do because again the a type will give you a wider working area but the fact that it has to go so close to the board to actually have a higher magnification I feel that between the two I would probably always keep the l-type but again then you'll have to live with the fact that you can't zoom out more than 22 millimeters so I guess for most of this review I'm going to use the L Type lens just bear in mind again you do have an option to get a wider working area it's just that you need to replace the lens you might be tempted to think why not using the a lens instead and basically think right I don't need three millimeters magnification or working area so all I can do I will just uh use the a lens and just go down to 10 centimeters which is let's call it the acceptable distance for soldering and that kind of stuff and just leave with the amount of magnification that this lens is giving me at 10 centimeters different distance from the board now unfortunately I have measured and at 10 centimeters from the board the a-type lens it's only giving you 31 millimeter working area which I don't think it's enough I guess you can leave with a smaller working area rather than a bigger working area because the bigger working area won't allow you to see the details that you are trying to look and that's the reason why you're using a microscope I guess now looking at this lenses you can see the Optics are actually pretty small that's why you don't have an option for a Barlow lens there's no thread here at the bottom and whole casing here is in plastic what you see right now is an example of a random board I have under the joy lens in terms of picture quality I have to say that if you're watching this on the small Joyland screen it looks totally fine it's actually pretty vibrant the colors are pretty vibrant it's pretty sharp but if you put this on a like a full screen or on a big monitor like I have here in my in my shop which is 27 inches you will see that the picture is very noisy you can see here on the green and all around the picture I think this is the same symptom of a small sensor now if I put the same board under the lapson this is what you see as you can see the colors are pretty different I guess it's just a different processing I have to say that the lapsing is actually more faithful to the actual color of the board it doesn't really matter you're not doing photography here the picture looks a bit softer here I have to say and I have removed my Barlow lens because you know it's an extra lens that inevitably will degrade the picture a little bit I have to say the lapson looks a bit softer but at the same time the picture is less less noisy than the joy lens so all in all to be honest I'm not particularly impressed by a very noisy picture even though again we are not doing like low light photography so maybe it's not relevant I appreciate the fact that the joy lens is a bit sharper than the lapson what you see here is the joy lenses at its maximum magnification you can still see the the noise on the on the sensor I mean the picture becomes very unstable if I try and tap on my desk I mean it's definitely usable but that's definitely not what I'm expecting and I'm not touching the microscope because if I try and focus this thing which is pretty difficult to do because of the play mechanical play that I mentioned before I have to say it is complicated because you can see I'm focusing now as you can see and the whole picture shakes where it doesn't help if I'm trying to get get the the best Focus that I can now let's quickly talk about the advantages and disadvantages of this type of lighting as you can see on the picture this type of lighting is likely to cause Shadows so for example here I've got my some capacitors basically casting a shadow on some SMD components and if I'm looking here the legs of my larger chips are covered by the shadow cast by their chip itself to overcome this problem I will have to realign my lights for a better View with the ring light you have dollar type of picture but it's more uniformly lit and you don't have shadows and if I'm going to inspect my larger chip here again you don't need to adjust any lighting whatsoever whether you're watching um the right hand side or the bottom side any part of the PCB is uniformly lit and you don't have to adjust anything however this type of lighting is giving a general better picture and just just because the light is not coming from the top so for example if you have some liquids on the board you don't see the reflection of the liquid itself and some details are actually more evident with this type of lighting rather than with the ring light let me show you what I mean now this is a craft component you can clearly see there's a horizontal crack as well as a vertical crack on the right hand side of the chip now this is the very same chip under the lapson microscope which features a ring light and you can clearly see that the crack is not as evident especially the vertical crack it kind of Blends into the chip itself it is not as evident as before so some details are definitely more obvious with some light shining from the sides of the component now let me show you an advantage of the bigger stand as I have with the lap soon let's imagine I'm working on this unit and I want to inspect this component here all I need to do I need to raise the microscope a bit extend the microscope to where I want to go refocus a bit and here I am I'm ready to work straight on my board I don't have to do anything when I'm done or like all I need to do I basically need to push this away and and it's done now unfortunately this can't be done with this type of microscope again there's nothing wrong with the joy lens to be fair with this brand any type of microscope that comes with a small stand a small base and a fixed arm obviously you need to slide the board under the microscope you can't do this kind of inspections so what do I think of the joy lens well I think we have a problem this is a 300 pounds unit and I feel it's massively outperformed by the lapson which can be had with around let's say 220 pounds shipped with a similar stand the main issue I have with this type of microscopes not necessarily the joy lens is the fixed magnification when I'm inspecting boards and working on boards I'm constantly zooming in and out looking for cracks looking for issues with the labs soon or that kind of microscopes I can do that in a zwift with this type of microscopes I have to change the height of the whole unit and then refocus and that takes quite a lot of time on top of that I'm sorry but this stand is a toy it's inaccurate it wobbles a lot and also he doesn't have the rack and pinion system on the upright which makes changing magnification very time consuming the lapson or any microscopes based on c-mount lens have basically infinite combinations of Optics which you can get depending on what you're doing with this microscope picture wise The Joy lens is not bad but I can see that the picture is much noisier than the lap soon and it feels like it's been digitally enhanced probably a little bit too much I guess that's a consequence of having a smaller sensor inside I feel yes the joy lens is a compact product it comes with a monitor I appreciate not everybody wants a massive stand permanently clamped on the desk but the lapson can also be ordered with a similar type of stand and still the price of the whole unit is lower than the joylands sure you will need a monitor with that kind of microscope while the joy lens it's an all-in-one compact product in the end I feel the joy lens it's not the best quality and it's overpriced so thank you Joy lens slash under star for sending me this unit but I did promise you a honest review and I'm afraid I cannot recommend this unit now I see that this microscope is also available in different fashions in different flavors this is a 10 inches screen there's also a 7 inches available with or without HDMI output the seven inches without HDMI output is only 150 pounds so maybe that's a more appealing product still I'm not impressed by this unit and if the 7 inches is has the same manufacturing quality I would say that probably I wouldn't be impressed even though it's only 150 pounds now let's come to the part that many of you have been waiting for I don't need this microscope even if it had been the greatest microscope on Earth I still don't like this type of microscopes nothing wrong with joy lens I really like my lapson and stand I've come up with so I've decided to give these microscope to one of my viewers for free now I've been thinking of using some giveaways websites where you register and you you put your name on it and at the end we just select the winner but most of those websites are either not free or they ask for your personal details which should also be unfair to me so after much ruminating on this problem I've decided that you'll have to trust me to join the raffle just hit the like button and leave a comment down below I will collect all the usernames on the 1st of March 2023 and I'll make a public video where I will select the winner the winner will get the microscope for free I'm basing the UK so if you are based in the UK you will get the microscope for free including shipment if you live outside of the UK I will have to ask you to take care of the shipping and also any custom fees that may happen and I hope you understand that this is it I hope you enjoyed the video if you did please hit the like button down below also for other reasons and also please consider subscribing to my channel if you like what I'm doing here as usual I wish you a great day a Merry Christmas a happy New Year and I hope to see you again soon here on my channel bye

Channel: Tony359

Views: 13,637

Keywords:

Id: Wo9eZnef9Qs

Length: 39min 30sec (2370 seconds)

Published: Fri Dec 23 2022