How to Fix a Loose N64 Controller Stick UK (2026) – Under £15

There are few things in retro gaming as simultaneously iconic and infuriating as the Nintendo 64 analogue stick. When it was new, it was a revelation, offering a degree of control in Super Mario 64 and Ocarina of Time that we’d never experienced before. But decades on, that same stick is the console’s most notorious point of failure. The dreaded looseness, the deadzone the size of a fifty-pence piece, the coating of fine grey dust around the base – we’ve all been there. Your precision aiming in GoldenEye 007 is gone, replaced by a wobbly mess. Trying to make small adjustments in F-Zero X becomes impossible.

For years, the common wisdom in the UK was that a loose N64 stick was a death sentence. You either tolerated it or tried to hunt down a rare, expensive new controller. But that’s simply not the case in 2026. Fixing that loose, imprecise stick is not only possible but surprisingly easy and incredibly cheap — well within reach for anyone willing to open up the controller. We’re talking about a permanent, high-quality fix for less than the price of a couple of pints at the pub.

This guide will walk you through the entire process, step-by-step, with no jargon and no skipped details. We’ll cover the two main methods: a complete ‘GameCube-style’ stick module replacement and a more traditional rebuild of the original mechanism using new parts. This guide shows you exactly which tools and parts you need to buy from places like Amazon UK, all for a grand total of under £15. Prepare to restore your N64 pad to its former glory.

Understanding the N64 Stick Problem: A Flaw by Design

Before we pick up a screwdriver, it’s crucial to understand why the N64 stick fails. This isn’t just random wear and tear; it’s a fundamental consequence of its mechanical design. Unlike modern analogue sticks that use potentiometers or Hall effect sensors, the original N64 stick used a complex optical system. Inside the grey box at the base of the stick, there are two slotted wheels, a bit like tiny spoked wheels from a bicycle. As you move the stick, these wheels rotate. On one side of each wheel is an LED, and on the other is an optical sensor. The sensor counts the light pulses as the slots pass by, translating that data into X and Y coordinates for the game.

The genius of this system was its potential for precision. The problem was everything else around it. The stick itself pivots in a plastic bowl. The movement is transferred to those optical wheels via a pair of plastic gears. Every time you pushed the stick forward to make Mario run, or spun it wildly to win a mini-game in Mario Party, you were grinding plastic against plastic. The stick’s spring-loaded mechanism constantly forces it against the sides of this bowl. The result? That fine grey powder you often see is literally the ground-down plastic from the inside of your controller’s stick mechanism.

There are two primary points of failure here:

1. The Bowl: This is the hemispherical cup the base of the stick sits in. Over thousands of hours, the stick grinds away the inside of this bowl, making the socket wider. This is the main cause of the ‘looseness’ or ‘wobble’. The stick has more room to move before it even begins to engage the gears, creating a massive deadzone.
2. The Gears: The two plastic gears that translate the stick’s movement to the optical wheels also wear down. The teeth become shorter and less defined. This leads to a loss of precision and can cause ‘hitching’ or ‘jumping’ in movement, as the gears struggle to mesh correctly.

Games that required rapid, circular motions were the worst culprits. Mario Party is the most infamous stick-killer, with mini-games that demanded players spin the stick as fast as possible, often with the palm of their hand. This aggressive action accelerated the grinding process exponentially, leading to blisters on the hand and a pile of plastic dust inside the controller. So, when we talk about fixing the stick, we’re not just tightening a screw. We are replacing the very components that have been physically worn away through use. Understanding this helps you appreciate why a simple cleaning won’t work and why replacing these specific parts is the only real solution.

Essential Tools & Parts: Your Under-£15 Shopping List

The good news is that you don’t need a professional electronics workshop to perform this repair. All the necessary tools are affordable and readily available, and you might already have some of them at home. The replacement parts themselves are incredibly cheap thanks to a thriving aftermarket. Here’s your complete shopping list to get the job done for well under £15.

The Tools You’ll Need

• Phillips Head Screwdriver (Size #1): This is the most critical tool. You’ll need it for the seven screws on the back of the controller shell and the three smaller screws holding the stick module in place. A standard-sized screwdriver from your garage toolbox will be too large; you need a smaller, ‘precision’ or ‘jeweller’s’ type. I strongly recommend getting a good precision screwdriver set. A cheap one costs less than a tenner and will be invaluable for any future retro console repairs.
• Phillips Head Screwdriver (Size #0): This is only necessary if you choose Method 2 (rebuilding the original stick). The two tiny screws on the stick module itself are even smaller and require a #0 head. Most precision kits include this size.
• Spudger or Plastic Prying Tool (Optional but Recommended): A thin plastic tool for safely prying open the controller shell without scratching it. You can use a fingernail or a very carefully wielded flathead screwdriver, but a spudger is the professional way to do it and avoids any damage. They often come included in screwdriver sets.

– Small Bowl or Tray: An absolute must-have for keeping your screws organised. The N64 controller uses nine screws of the same type and length for the main shell, but it’s good practice to keep them safe. A magnetic parts tray is even better.

The Replacement Parts: Choose Your Method

You have two main options for the actual fix, each with its own part. Your choice depends on whether you prioritise authenticity or durability.

Method 1 Part: The GameCube-Style Replacement Stick

This is a complete, pre-assembled module that you simply drop in to replace the entire original stick unit. It’s called a ‘GameCube-style’ stick because it uses the same kind of modern analogue stick technology found in the GameCube, Xbox, and PlayStation controllers. It doesn’t use the original optical sensors; instead, it uses more durable potentiometers.

• Pros: Extremely easy to install (just three screws and one connector), very durable, and feels tight and responsive like a modern controller. It will never wear down in the same way as the original.
• Cons: It feels different. The sensitivity range is not identical to the original, which can take some getting used to in certain games. For some purists, this change in feel is a deal-breaker.
• Cost: You can find a GameCube-Style Replacement Stick on Amazon UK for about £10-£12.

Method 2 Part: The N64 Stick Rebuild Kit

This option is for those who want to preserve the authentic feel of the original N64 stick. Instead of replacing the whole module, you’ll open up the original one and replace only the worn-out plastic components.

• Pros: Maintains the exact sensitivity and feel of a brand-new original N64 controller. It’s the most authentic restoration possible.
• Cons: The repair is more fiddly, as it involves handling small, delicate parts. The new plastic parts will eventually wear down again over time, just like the originals did (though it will take many years of heavy use).
• Cost: A good quality N64 Stick Repair Parts Kit, which includes a new bowl, gears, and thumbstick, costs around £8.

For most people, especially if your primary goal is to just play games without wobble, I recommend Method 1. It’s quicker, easier, and a more permanent solution. For collectors and purists, Method 2 is the way to go. This guide will cover both in full detail.

Who Should Attempt This Repair?

This is an important question to ask before you start. While this guide stresses it’s an easy repair, “easy” is relative. So, who is this guide really for?

This repair is perfect for you if:

• You are a retro gaming enthusiast who owns an N64 and is frustrated by a loose, sloppy controller stick.
• You’re on a budget and want to restore your original hardware for under £15 instead of buying an expensive third-party pad or a questionably “refurbished” one from eBay.
• You have a bit of patience and can follow step-by-step instructions carefully. You don’t need prior electronics experience, but you do need to be able to handle a screwdriver and keep track of small parts.
• You enjoy the satisfaction of fixing your own gear. There’s a genuine sense of accomplishment in taking something broken and making it work like new again.

You might want to think twice if:

• You are extremely clumsy or have a history of breaking things when you try to fix them. There are some delicate parts inside, like the Z-button’s ribbon cable, that can be damaged if you use excessive force.
• You have zero patience for small, fiddly tasks. Method 2, in particular, requires a steady hand to reassemble the small gears and springs inside the stick module.
• You absolutely cannot risk damaging your controller. If it’s a rare colour variant (like the Gold or Funtastic models) or has immense sentimental value, you might want to practise on a standard grey controller first.

Ultimately, this is an entry-level hardware mod. It’s one of the first repairs many people in the retro community attempt, and the risk of catastrophic failure is very low as long as you are careful. If you can build a piece of IKEA furniture, you can definitely fix your N64 stick. For many, this simple repair is the gateway to more complex projects, giving them the confidence to tackle bigger and better mods on their beloved classic consoles.

Step-by-Step Guide: Disassembling Your N64 Controller

Right, let’s get our hands dirty. Before you begin, find a clean, well-lit workspace. A desk or kitchen table is perfect. Lay down a mat or a soft cloth to prevent scratching the controller shell. Have your screwdriver set and parts tray ready.

Pro Tip: Take photos with your phone at each stage. If you get confused during reassembly, having a visual reference of where everything went is an absolute lifesaver.

1. Remove the Rumble Pak / Controller Pak: If you have anything plugged into the expansion slot on the back, remove it now.
2. Unscrew the Main Shell: Flip the controller onto its face. You will see nine Phillips head screws. Seven are on the main body of the controller, and two are in the expansion slot housing. Using your Phillips #1 screwdriver, carefully unscrew all nine of them. Apply firm, downward pressure to avoid stripping the screw heads. As you remove each screw, place it in your parts tray. All nine of these screws are identical, so you don’t need to worry about mixing them up.
3. Separate the Shells: This is where the spudger comes in handy. With all the screws removed, the front and back halves of the controller shell are only held together by plastic clips. Gently work your spudger or fingernail into the seam between the two halves, starting near one of the handles. Slowly work your way around, and you’ll hear soft ‘pops’ as the clips release. Do not use brute force. The shell should come apart with minimal effort.
4. Lift the Back Shell Carefully: Once the clips are free, lift the back half of the shell straight up and away. Be mindful of the Rumble Pak connector, which may catch slightly. Place the back shell aside. You now have full access to the controller’s main circuit board (PCB).
5. Disconnect the Z-Button: Now, look at the centre of the PCB. You will see a small, separate board with the Z-button on it. This is connected to the main PCB by a delicate, flat ribbon cable. To disconnect it, you need to release the clamp on the connector. The connector is a small black or brown plastic bar. Using your fingernail or a spudger, gently flip this bar upwards. It hinges up like a tiny lever. Once it’s flipped up, the ribbon cable will slide out with zero force. DO NOT pull on the cable before flipping the clamp up, as you will tear it. Once it’s disconnected, you can lift the Z-button assembly out and set it aside.
6. Remove the Main PCB: The main circuit board is now free. There are no screws holding it in place. Gently lift it up and out of the front shell. It should come away easily. The D-pad and colourful A, B, and C buttons might fall out; this is normal. Just gather them and keep them safe.
7. Unscrew the Analogue Stick Module: With the PCB removed, you can now see the prize: the grey analogue stick module. It’s held in place by three silver Phillips head screws. Use your Phillips #1 screwdriver to remove these. They are a different size from the shell screws, so keep them separate. You will also see a small white plastic connector with three wires (red, white, green/black) plugging the stick module into the PCB. Gently wiggle this connector side-to-side to pull it out of its socket. Be firm but don’t yank it by the wires themselves.

Congratulations. You have successfully disassembled the controller and removed the faulty stick. Take a moment to give the inside of the shell a good clean with a brush or some compressed air. You’ll likely find 25 years of dust and grime in there. Now, we’re ready to perform the replacement.

Method 1: Installing a Full GameCube-Style Replacement Stick

This is the faster and, for most people, the recommended method. It provides a brand-new, durable stick that feels fantastic, even if it’s not a 1:1 replica of the original’s feel. If you’ve opted for the GameCube-Style Replacement Stick, this section is for you.

The process is essentially the reverse of the final disassembly steps, but with the new part. It’s incredibly straightforward.

Step-by-Step Installation

1. Prepare the New Stick: Unpack your new replacement stick module. It should look very similar to the original, but with a different thumb cap (usually grey and textured like a GameCube’s C-stick) and a slightly different internal mechanism visible from the bottom. The three-pin connector and the three screw holes should be in the exact same locations.
2. Position the New Module: Take the front half of your controller shell. Place the new stick module into the housing where the old one sat. There are small plastic posts that align with the screw holes. Make sure the module sits flush and flat. The cable should be oriented towards the centre of the controller, where it will plug into the mainboard.
3. Secure the New Module: Take the three silver screws you set aside from the original stick module. Using your Phillips #1 screwdriver, screw the new module firmly into place. Don’t overtighten them to the point of cracking the plastic, but ensure they are snug so the stick doesn’t wobble in its housing.
4. Reconnect the Main PCB: Take the main circuit board and carefully place it back into the front shell, over the top of the newly installed stick. Make sure the D-pad and buttons are correctly seated in their membranes underneath. The board should drop into place and sit level.
5. Plug in the New Stick: This is the most important step. Locate the small white socket on the PCB for the stick’s connector. Carefully align the three-pin plug from your new stick and push it firmly into the socket. It only fits one way, so don’t force it. You should feel a slight click as it seats properly. A poor connection here is the number one cause of problems, so double-check that it is pushed all the way in.

That’s it for the installation itself. The new stick is now physically and electronically connected. You can now jump ahead to the “Reassembling and Testing Your Controller” section. Before you do, it’s worth understanding the key difference you will feel. The GameCube-style stick has a uniform resistance across its entire range of motion and a smaller, octagonal gate. The original N64 stick had a very unique, large circular gate and a feel that some describe as “looser” even when new. This new stick will feel much tighter. Some games, like first-person shooters, often feel better with this modern-style stick. Others, which were finely tuned for the original’s unique sensitivity curve, might feel a little ‘off’ at first. For instance, making very small, precise movements in Super Mario 64 might require some adjustment to your muscle memory. However, for 99% of players, the trade-off is well worth it to eliminate the wobble and deadzone for good.

Method 2: Rebuilding the Original Stick with New Parts

This method is for the purists. If you’ve bought an N64 Stick Repair Parts Kit and want to restore the authentic feel of your controller, this is your path. It requires more patience and a steadier hand, as you’ll be working with the tiny internal components of the stick module itself. Make sure you have your Phillips #0 screwdriver for this part.

Warning: The module contains a small spring that can fly off into the void if you’re not careful. Work slowly and pay close attention.

Disassembling the Stick Module

1. Open the Module Casing: Take the original grey stick module you removed from the controller. On the bottom, you’ll see two very small Phillips head screws. Use your Phillips #0 screwdriver to remove them. Keep these tiny screws separate from all the others.
2. Separate the Module Halves: There are also plastic clips holding the module together. Carefully use a spudger or your fingernail to pry the two halves of the grey casing apart. Do this slowly and evenly.
3. Expose the Internals: As you lift the top half off, you’ll reveal the guts of the stick. You’ll see the two black plastic gears, the white plastic bowl, the stick itself, and a spring. Take a photo now for reference! This is your map for reassembly.
4. Remove the Worn Parts: You can now simply lift out the old components.
   • Lift out the thumbstick. The spring will come with it.
   • Lift out the two black gears.
   • Lift out the white bowl. This piece is often the most worn-out part.
5. Clean Everything: You will almost certainly see a layer of fine grey plastic dust inside. This is the ground-up remains of your old parts. Use a cotton bud with a small amount of isopropyl alcohol or a dry brush to clean the inside of the module casing and the optical wheels thoroughly. Be gentle with the optical components. A puff of compressed air is great for this.

Installing the New Parts

1. Install the New Bowl: Take the new white plastic bowl from your repair kit. It has a specific orientation, with small notches that align with posts inside the casing. Place it into the bottom half of the module.
2. Install the New Gears: Take the two new black gears from your kit. Place them onto their respective posts. They should sit neatly and be able to rotate freely.
3. Prepare the New Thumbstick: Take the new thumbstick from your kit. The spring from the old stick needs to be placed over the base of the new one. Now, here’s the trickiest part: you need to seat the thumbstick into the new bowl while also ensuring its base correctly meshes with the two new gears. It should slot into place. Wiggle it gently; you should see both gears rotate as you move the stick.
4. Close the Module: Carefully place the top half of the module casing back on. Make sure everything aligns and that no parts are being crushed. The two halves should click together snugly.
5. Secure the Module: Re-insert and tighten the two tiny Phillips #0 screws on the bottom of the module. Don’t overtighten.

You have now successfully rebuilt the analogue stick module. It should feel tight, with no wobble, but will have the same range of motion and feel as a brand new OEM controller. Now, you can install the refurbished module back into the controller by following the exact same steps from Method 1 (positioning it, screwing it in, and plugging it into the PCB). Once done, you’re ready for the final stage.

Step-by-Step Guide: Reassembling and Testing Your Controller

Whether you’ve installed a brand new module or rebuilt the original, the final steps are the same. We need to put the controller back together and make sure everything is working perfectly. Rushing this stage is a common mistake that leads to frustration, so take your time.

1. Double-Check Your Connections: Before you go any further, give the stick’s three-pin connector one last check to ensure it’s fully seated in the mainboard’s socket. This is your last chance to do so easily.
2. Re-install the Z-Button Assembly: Take the Z-button board. Make sure the little rubber membrane is correctly positioned over the button contact. Place the assembly back into its cradle in the front shell. Now, take the ribbon cable. With the black/brown locking clamp on the PCB connector still flipped up, gently slide the ribbon cable back into the slot. It should go in about 2-3mm. Once it’s in, use your fingernail to flip the locking clamp back down. This secures the cable. Give it a very gentle tug to ensure it’s locked in place.
3. Position the Back Shell: Bring the back half of the controller shell over the front half. Before you snap it shut, look inside and make sure no wires (especially the stick’s wire) are being pinched between the two halves of the shell or are sitting over a screw post. This is a crucial check.
4. Close the Shell: Align the two halves and gently squeeze them together. You should hear the plastic clips click into place around the perimeter. The seam should be flush all the way around.
5. Replace the Nine Screws: It’s time to put the nine Phillips #1 screws back in. I recommend a star pattern technique to ensure even pressure. Start by loosely inserting a screw at the top, one at the bottom, one on the left handle, and one on the right. Then, go around and tighten them all until they are snug. Don’t forget the two inside the expansion slot. Again, snug is good, but overtightening can crack the 25-year-old plastic.
6. The Moment of Truth: Testing: Plug your newly refurbished controller into your N64. If you’re looking for the best way to get your console running on a modern display, check out our comprehensive guide on how to connect an N64 to modern TVs. Power on the console and load up a game that gives you good control over a character, like Super Mario 64 or Ocarina of Time.
   • Move the stick around. Does it feel smooth? Is the character responding correctly?
   • Let go of the stick. Does the character stand still? (This checks it’s properly centred).
   • Test all the other buttons—A, B, C, Z, L, R, Start, and the D-pad—to make sure you didn’t accidentally dislodge a membrane or pinch a wire during reassembly.

If everything works as expected, you are officially done! Enjoy your responsive, precise, and wobble-free N64 controller. It will feel like a brand-new pad, ready for another few decades of classic gaming.

Troubleshooting Common Issues After the Repair

Sometimes, things don’t go perfectly on the first try. Don’t panic. Almost every potential problem is an easy fix and is usually the result of a simple mistake during reassembly. Here are the most common issues and how to solve them.

Problem: The analogue stick does nothing at all.

This is the most common issue and is almost always an electrical connection problem.
Solution:

1. Open the controller back up (you only need to remove the nine main screws).
2. Check the three-pin connector from the stick module to the main PCB. It has likely either come loose or wasn’t pushed in all the way. Unplug it and plug it back in, ensuring it’s firmly seated.
3. While you’re in there, inspect the thin wires running from the connector to the stick module. It’s rare, but it’s possible one has been pinched and severed. If so, you’ll need a new replacement stick.

Problem: The Z-button or L/R shoulder buttons aren’t working.

This is the second most common problem, caused by an issue with the Z-button’s ribbon cable connection.
Solution:

1. Open the controller.
2. Go straight to the Z-button ribbon cable connector on the main PCB. Flip the locking clamp up.
3. Slide the ribbon cable out, check for any tears or damage (unlikely unless you used force), and then slide it back in, making sure it’s straight and inserted fully.
4. Flip the locking clamp back down to secure it. This connection is surprisingly finicky, and even a slightly crooked insertion can cause a bad contact.

Problem: A character in a game is constantly running in one direction, even when the stick is centred.

This is a calibration issue. The N64 calibrates its controller stick’s centre point the moment the console is powered on. If you were holding the stick in any direction when you turned the power on, that position will be registered as “neutral”.
Solution:

1. Ensure the controller stick is in its neutral, centred position. Don’t touch it.
2. Press the reset button on the N64 console, or simply turn the power off and on again. This forces the controller to re-calibrate.
3. If you are using a GameCube-style replacement stick, some very early, cheap models had poor centering. If the problem persists after a reset, you may have a faulty replacement part. But 99% of the time, a simple power cycle fixes it.

Problem (GameCube-Style Stick): The sensitivity feels way too high in some games.

This is not technically a fault, but a characteristic of many GameCube-style replacement sticks. Their internal potentiometers have a different sensitivity curve than the original’s optical sensors.
Solution:

1. Unfortunately, there’s no physical fix for this short of buying a different brand of stick.
2. The solution is simply to adapt. You will get used to the new sensitivity after an hour or two of gameplay. It’s most noticeable in games that require very subtle movements, like aiming in first-person shooters. You just need to develop a lighter touch on the stick. For many, the durability of the modern stick is a worthy trade-off for this adjustment period. While it’s a departure from the “under £15” scope, premium solutions like the SteelSticks64 exist that perfectly replicate the original’s feel, but they cost many times more than the controller itself.

Frequently Asked Questions

How long does it take to fix an N64 controller stick?

For a first-timer, I would set aside about 30-45 minutes to be safe. This gives you plenty of time to work slowly and carefully without rushing. An experienced modder can do a full GameCube-style stick swap (Method 1) in under 10 minutes. The rebuild process (Method 2) is more fiddly and will likely take even an experienced person around 20-25 minutes to do properly, including cleaning.

Will a GameCube-style stick feel exactly the same as the original?

No, and it’s important to set that expectation. It will feel much tighter, more like a modern Xbox or PlayStation controller, with a smaller octagonal gate. It is a huge improvement over a worn-out original stick, but it does not replicate the unique, large-gate feel of a brand-new N64 stick. For purists who want that exact original feel, rebuilding the stick with a parts kit from Amazon UK is the better option.

Is this repair difficult for a beginner?

Not at all. This is widely considered one of the easiest and most rewarding retro console repairs. The N64 controller is spacious inside, uses standard screws, and has a modular design that makes swapping the stick very simple. As long as you are patient and careful with the Z-button ribbon cable, the risk of permanently damaging anything is extremely low. It’s a perfect first project for anyone wanting to learn how to repair their own consoles.

Can I just lubricate my old stick to make it better?

No, this is a common misconception. Lubricant can temporarily make the movement feel smoother, but it cannot fix the root cause of the problem, which is physical wear. The plastic bowl and gears have been ground down, creating a deadzone and looseness. No amount of lubricant will add that plastic back. In fact, using the wrong type of lubricant (like WD-40) can damage the plastic and make things worse in the long run.

Are all third-party replacement sticks the same?

There is some variation in quality between the different unbranded replacement sticks you’ll find on Amazon or eBay. However, in 2026, the general quality of the common ‘GameCube-style’ replacements is very good and quite consistent. They mostly use the same internal components. Reading recent user reviews before you buy a replacement stick on Amazon UK is always a good idea to ensure you’re getting one from a reliable seller.

What’s the grey dust inside my controller’s stick?

That grey dust is the physical evidence of your controller’s demise. It is, quite literally, the ground-down plastic from the internal stick mechanism—a mixture of the thumbstick’s base, the gears, and the bowl. Every time you moved the stick, you were creating a tiny amount of that dust through friction. Its presence is a definitive sign that the internal parts are heavily worn and need replacement.

Can I use a real GameCube stick in an N64 controller?

No, you cannot. While the replacement modules are referred to as ‘GameCube-style’, they are specifically designed to be electronically and physically compatible with the N64 controller. An actual joystick module taken from an official Nintendo GameCube controller has a different mounting system, connector, and electronic output. It will not work without significant and complex modification.

Conclusion: A New Lease of Life for a Classic Pad

There you have it. For the cost of a takeaway coffee and a sandwich, you’ve taken a nearly unusable, wobbly N64 controller and restored it to perfect working order. Whether you chose the quick-and-easy modern replacement or the authentic rebuild, your pad is now ready to take on countless more hours of GoldenEye, Mario Kart 64, and, yes, even the stick-destroying terrors of Mario Party. This simple repair is a testament to the enduring design of this classic hardware and the passion of the community that keeps it alive.

This is often the first step for many gamers into the rewarding world of hardware maintenance and modification. You’ve not only saved a piece of gaming history from the bin, but you’ve also gained the skills and confidence to tackle other projects. You’ve proven that with a little patience and the right guidance, you can be the master of your own retro collection.

Now that your controller is feeling factory-fresh, the next logical question is what to play on it. And if you’re looking for the ultimate way to experience N64 games in 2026, you might be surprised by how far modern emulation handhelds have come. Is it time to see how the experience compares to original hardware?

What to Read Next

If you found this guide useful, here are a few other articles you’ll likely enjoy:

• How to Fix N64 on Modern TVs: Cables, Scalers & FPGA (2026) — Now that your controller is fixed, this guide will help you get the best possible picture from your console on a modern flat-screen TV.
• Retroid Pocket 4 Pro Review: Best N64 Handheld Under £250 UK 2026? — Curious about how N64 emulation stacks up on a modern portable device? Putting the most powerful handheld to the test.
• Best Retro Gaming Accessories Under £50 UK 2026 (Top 10 Picks) — Discover more cheap and essential bits of kit that can seriously upgrade your retro gaming experience.

📚 Related: Browse the full Setup & Emulation Guide Hub — all UK retro gaming guides in one place.

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This article was produced with AI assistance and reviewed by the editor. See our Editorial Standards.