KOORUI 32 Inch Curved Gaming Monitor Review UK (2026) - QHD 1440p, 170Hz VA Panel Verdict

Monitor manufacturers and their response time specs. You know how this goes. The number on the box is usually whatever figure sounds best in a bullet point, not what you'd actually see if someone measured the pixel transitions properly. So when KOORUI slaps a response time claim on this 32-inch curved VA panel, take it with the same pinch of salt you'd apply to any budget brand doing the same thing. What actually matters is how the panel behaves at 170Hz in practice, and what the rest of the spec sheet tells us about whether this thing is genuinely good value or just cheap.

Here's the short version: for the budget bracket, this is a genuinely impressive monitor. A 32-inch 1440p VA panel with a 1500R curve, 170Hz, and 90% DCI-P3 colour coverage at this price point is not something you could have bought a couple of years ago without spending considerably more. Over 822 owner reviews and a 4.3-star average back that up. It's not perfect, and there are trade-offs you need to know about before you buy, but if you're upgrading from a 1080p monitor or an older 60Hz panel, this will feel like a proper step up. The question is whether it's the right step up for you specifically.

This KOORUI 32 inch curved gaming monitor review will walk you through everything: the panel tech, what the colour coverage actually means, the connectivity quirks you need to know about before you plug it in, and how it stacks up against the competition at similar money.

Connectivity is where you need to pay attention. There are two HDMI ports and one DisplayPort. That sounds fine, and it is, but the cable you use determines what resolution and refresh rate you actually get. Run a DisplayPort cable and you can hit 1440p at 170Hz, which is the full spec. Use HDMI and you're in one of two situations: either 1080p at 170Hz or 1440p at 144Hz. So if you want the full 170Hz at 1440p, you need to be using the DisplayPort connection. That's not unusual for monitors in this class, but it's the kind of detail that catches people out when they first set it up and wonder why they're not hitting the advertised refresh rate.

The tilt range is decent for a budget monitor. Negative five to positive twenty degrees covers most sitting positions, though there's no height adjustment or pivot, which is a limitation if you're planning to use this for long work sessions as well as gaming. VESA compatibility at least means you're not stuck with the stand forever.

The 1500R curve on this monitor is worth a mention. Curve radius is measured as the radius of the circle that the screen's curve would form if extended. A 1500R curve is fairly aggressive, and on a 32-inch screen it's noticeable. Some people love it because it creates a more immersive feel and reduces the sense that the edges of the screen are further away from your eyes than the centre. Others find it slightly odd for productivity work, particularly if you're working with spreadsheets or documents that have straight lines. It's genuinely personal preference, but that 1500R is on the tighter end of the curve spectrum rather than the subtle 1800R or 1900R curves you see on some monitors.

Viewing angles on VA panels are a real consideration. They're not terrible, but they're noticeably worse than IPS. If you're sitting directly in front of the screen, you're fine. If you've got someone watching over your shoulder or you're sharing the screen with someone sitting at an angle, you'll see colour shift and brightness drop off. For a single-person gaming setup where you're sat in front of the monitor, it's a non-issue. For anything else. VA panels also have a known quirk called black smearing or black crush, where fast-moving dark objects on dark backgrounds can look slightly odd. It's more pronounced on some VA panels than others, and it's one of the things that varies between budget and premium VA implementations.

The anti-glare coating on VA panels in this class is typically a matte finish, which does a decent job of managing reflections in normally lit rooms. You won't get the punchy, slightly more vivid look of a glossy screen, but you also won't be fighting your own reflection during bright scenes. Owner reviews consistently mention the image looking clear and vivid, which lines up with what 90% DCI-P3 coverage should deliver. Colours on a wide-gamut VA at this spec should look noticeably richer than a standard sRGB IPS panel, particularly in games and media with vibrant colour palettes.

Brightness uniformity is one of the areas where budget VA panels can be inconsistent. Some units will show a slight glow or uneven brightness across the panel, particularly in dark scenes. It's owner reviews for any patterns here, and the 4.3-star average with 823 suggests most buyers are happy with what they received. A small number of reviews on any monitor at this price will mention backlight bleed or clouding, and that's par for the course at the budget end of the market. If you get a unit with significant issues, Amazon's returns process is straightforward.

The adaptive sync implementation here handles variable refresh rate to minimise screen tearing and stuttering when your frame rate drops below the panel's maximum. The crosshair overlay function is a nice bonus for competitive shooters, letting you add a static reticle to games that don't have one or where you want a cleaner alternative to the in-game option. It's a small feature but one that competitive players genuinely use.

The HDMI versus DisplayPort refresh rate difference is the key practical point here. If you're connecting a PS5 or Xbox Series X via HDMI, you'll be capped at 1440p and 144Hz rather than 170Hz, assuming the console outputs at 1440p. The PS5 added 1440p support in a firmware update, so that's viable, but you're not getting the full 170Hz from a console over HDMI regardless. For PC users with a DisplayPort output on their GPU, running a DisplayPort cable gets you the full 1440p at 170Hz experience. Most modern Nvidia and AMD cards have at least one DisplayPort output, so this shouldn't be a problem for the majority of buyers.

The manufacturer's response time figure should be treated as a best-case number under ideal conditions rather than a representative average across all pixel transitions. Published measurements from display reviewers on comparable budget VA panels in this class typically show grey-to-grey response times ranging from around 5ms to 15ms depending on the transition, with the slower end being dark-to-dark transitions. That's not disqualifying for most gaming scenarios, but it's if you're playing fast-paced competitive shooters in dark environments where ghosting would be most visible.

For the majority of gaming, including RPGs, racing games, strategy titles, and even most shooters in normally lit scenes, the response time on a 170Hz VA panel at this price is perfectly acceptable. Owner reviews don't flag ghosting as a widespread complaint, which is a reasonable signal that it's not egregious. If you're a serious competitive FPS player who prioritises motion clarity above everything else, a fast IPS panel might suit you better. But for someone who plays a mix of games and wants the contrast and colour richness of VA, the trade-off is manageable.

Factory calibration at the budget end of the market is typically not a strong point. You're unlikely to get a monitor that comes out of the box with Delta-E values under 2 (the threshold where colour errors become visible to most people) without some manual adjustment. That said, for gaming and media consumption, the wide gamut coverage means the colours you do see will be vivid and punchy, even if the absolute accuracy isn't at professional levels. If you're doing colour-critical work like photo editing or video grading for professional output, you'd want a monitor with certified factory calibration and documented Delta-E figures. For gaming and general use, the 90% DCI-P3 coverage is a genuine selling point.

One thing to be aware of with wide-gamut monitors is that sRGB content can look oversaturated if the monitor doesn't have a proper sRGB clamp mode. Some budget monitors lack this, which means standard web content and older games might look slightly too vivid. It's the on-screen display menu options if accurate sRGB rendering matters to you for work tasks. Owner reviews don't flag this as a major issue, but it's a consideration if you're switching between gaming and colour-sensitive work on the same screen.

The KOORUI's verified spec sheet doesn't specify an HDR certification tier or peak brightness figure, so we're working from what's typical for VA panels at this price and size. Budget 32-inch VA monitors in this bracket generally don't carry DisplayHDR 600 or above certification, and they typically lack local dimming zones. That means HDR mode might be enabled and functional, but the actual HDR experience will be limited. The VA panel's native high contrast ratio does help here more than it would on an IPS panel, since the deeper blacks mean the contrast between bright highlights and dark areas is more pronounced even without local dimming.

For HDR gaming on a budget, the honest answer is that this monitor will show HDR content and it will look decent, but it won't be the transformative HDR experience you'd get from a premium display. If HDR performance is a priority, you'd need to spend considerably more. For the price bracket this sits in, expecting checkbox HDR rather than premium HDR is the right mindset, and the strong native contrast of the VA panel partially compensates for what the HDR implementation lacks.

SDR peak brightness on monitors in this class is typically in the 250 to 350 nit range, which is adequate for most indoor environments. If you're in a very bright room with strong sunlight hitting the screen, you might find the image looking a bit washed out, but for normal desk setups with reasonable ambient lighting, it's fine. The matte anti-glare coating helps manage reflections in brighter rooms without needing extreme brightness levels.

The combination of high native contrast and 90% DCI-P3 colour coverage means that in a normally lit gaming setup, this monitor should produce images that look noticeably richer and more impactful than a standard IPS panel at the same price. Owner reviews frequently mention the picture quality as a highlight, which is consistent with what the specs suggest. The contrast advantage of VA is one of the genuinely practical benefits that shows up in everyday use rather than just on a spec sheet.

The good news is that VESA 75x75mm compatibility means a monitor arm is a straightforward upgrade. Monitor arms aren't expensive, and they give you full height, tilt, and swivel adjustment while also freeing up desk space. If you're planning to use this monitor for extended sessions, factoring in the cost of a basic monitor arm is worth doing. A decent arm can be had for well under £30, and it transforms the ergonomic situation entirely.

Build quality on KOORUI monitors in this price range is generally described by owners as solid enough without being premium. The stand is functional, the bezels are reasonably slim on three sides, and the overall footprint is what you'd expect from a 32-inch curved panel. A few owner reviews mention the stand feeling slightly less rigid than they'd like, with minor wobble when adjusting the tilt, but nothing that suggests the monitor is going to fall over or cause problems in normal use. For the money, it's acceptable.

The critical thing to understand about the connectivity on this monitor is the refresh rate and resolution limits by connection type. DisplayPort gets you 1440p at 170Hz, which is the full advertised spec. HDMI gives you a choice: 1080p at 170Hz or 1440p at 144Hz. If you're connecting a modern gaming PC, use DisplayPort. If you're connecting a PS5 or Xbox Series X, you'll be on HDMI and capped at 1440p and 144Hz, which is still a very good experience but not the headline spec. This is a function of HDMI bandwidth limitations compared to DisplayPort at these resolutions and refresh rates, and it's common across monitors in this class, not a specific KOORUI limitation.

• 2x HDMI (1440p at 144Hz or 1080p at 170Hz)
• 1x DisplayPort (1440p at 170Hz, full spec)

There's no USB hub built into the monitor, which is fairly standard at this price. If you need USB ports on your monitor for peripherals or a webcam, you'd need to look at higher-priced options. Audio output isn't specified in the verified product data, so if you need audio passthrough, check the full product listing before assuming it's present. The port selection is clean and practical for the target use case, even if it's not feature-rich.

The AOC CQ32G2SE typically runs at 165Hz rather than 170Hz, which is a negligible difference in practice. Its colour coverage is broadly comparable, and it has a similar VA panel with the contrast advantages that brings. Where the AOC has historically had an edge is in the amount of published measurement data available, which gives buyers more confidence about what they're actually getting. The KOORUI's 4.3-star average across 823 is a strong signal of owner satisfaction, but the depth of independent measurement data on KOORUI panels is thinner than on established brands like AOC or MSI. That's not a dealbreaker, but it's a factor if you like to research deeply before buying.

The MSI Optix G321CQP is another comparable option, often priced similarly. MSI's build quality reputation is generally a step above pure budget brands, and their OSD (on-screen display) software tends to be more polished. But the KOORUI's price advantage, when it exists, makes it an interesting proposition. At the budget end of the market, saving even £20 to £30 is meaningful, and the KOORUI's spec sheet is competitive enough that the savings don't feel like they come at the cost of the core experience.

One thing in the comparison: the KOORUI's VESA mount is 75x75mm rather than the more common 100x100mm. Most monitor arms support both, but if you're buying a specific arm, double-check it supports 75x75mm. It's a minor point but one that catches people out. The AOC and MSI both use the more standard 100x100mm pattern.

The trade-offs are real but predictable for the price. VA panel dark-level smearing is a known quantity, and if you're playing fast-paced competitive shooters in very dark scenes, you'll notice it more than in other genres. The stand is tilt-only, which is a limitation for long work sessions. HDR is present but shouldn't be the reason you buy this. And if you want the full 170Hz at 1440p, you need to be on DisplayPort, not HDMI. None of these are surprises, and none of them undermine the core value proposition.

Who should buy this? Someone upgrading from a 1080p or 60Hz monitor who wants a big, immersive gaming screen without spending mid-range money. Someone who plays a mix of genres and values rich colour and contrast over absolute motion clarity. Someone setting up a dual-console or PC-plus-console desk where two HDMI ports and a DisplayPort is exactly the right layout. This is a solid first step into 1440p gaming.

Who should skip it? Serious competitive FPS players who prioritise motion clarity above everything else would be better served by a fast IPS panel, even if it means slightly less vivid colours. Anyone doing professional colour work needs a calibrated display with documented accuracy figures. And if you're already on a 144Hz 1440p monitor, the upgrade case is weaker than if you're coming from 1080p or 60Hz.

The honest don't-overspend note: if you're mainly playing slower-paced games, doing office work, or watching content rather than competitive gaming, a 1080p 75Hz monitor in the sub-£100 bracket does the job for considerably less money. The 1440p and 170Hz spec only earns its keep if your GPU can push enough frames to use it and your game library benefits from the extra resolution. Know what you're buying it for.

Overall score: 7.5 out of 10. Strong value in the budget bracket, with the expected VA trade-offs and stand limitations. At this price, it's hard to argue with what you're getting.