Best screen ratio for burnout paradise multiple monitors 16 (2026)

Paradise City looks best when the road ahead fills the view without stretching the cars or the HUD, and the best screen ratio for burnout paradise multiple monitors 16 question starts with that simple test. This guide compares triple 16:9 panels with single 21:9 ultrawides and rounds up seven monitors for multi-monitor racing.

Quick verdict on the best screen ratio for burnout paradise multiple monitors 16

For most Burnout Paradise players, three matching 16:9 monitors give the widest honest view, because each panel keeps its native shape and the game image spans three identical screens with the car centered on the middle one. A single 21:9 ultrawide is the simpler rival, with a wide view from one panel and no triple-panel setup to manage.

The safest single answer is 16:9, repeated three times, with every panel the same size, the same resolution, and the same refresh rate. That combination keeps the left and right views symmetrical, keeps the HUD readable, and keeps the road geometry correct on all three screens. Mixing sizes or resolutions breaks that symmetry, and the eye notices the break at speed, long before any spec sheet matters.

A single 21:9 panel suits players who want width without the desk space, the extra cables, and the bezel gaps of a triple. It shows more road to each side than one 16:9 panel, and it works as a normal desktop monitor when the game closes. The trade is total width: one 21:9 panel is narrower than three 16:9 panels side by side, so the side views stay closer to the car.

The keyword ends at 16 and the 16:9 ending is unconfirmed

The keyword as given ends with the characters 16, and the most likely completion is 16:9, because 16:9 is the standard widescreen ratio and the phrase reads as a cut-off aspect ratio. That completion is unconfirmed, because the source keyword was cut off at the image edge and no full version was supplied with the brief for this article.

This article therefore uses the keyword exactly as given in the title, the headings, and the opening paragraph, and treats 16:9 as the working reading of the cut-off ending. If the full keyword turns out to be something else, the monitor advice still stands, because the triple 16:9 and single 21:9 comparison covers the two setups the truncated phrase points toward.

Quick comparison table

Use this table to narrow the list before the detailed sections. It shows the size, the aspect ratio, the resolution, the refresh rate, and the response time type for each model, plus the role each one plays in a Burnout Paradise setup. Response times are stated with their type, because GtG and MPRT measure different things.

The table makes the split visible at a glance. Five 27 inch or smaller 16:9 panels are built for matching triples, and two 34 inch 21:9 panels replace a triple with one wide screen. The 1440p triples share the same height and resolution, so any three of the 27 inch models could form a matched set, while the 1080p AOC triple is the lighter load on the graphics card.

How we selected

A monitor qualified for this guide only when it fit one of two real setups: a matching triple of identical 16:9 panels, or a single 21:9 ultrawide that gives a wide racing view without extra panels. Every model here is a real retail model with maker-listed size, resolution, refresh rate, and response time figures.

Three-panel sets were judged on matching first and speed second, because a triple only works when all three panels agree on size, resolution, and refresh rate. Ultrawides were judged on width, curve, and refresh rate, because a single panel has to carry the whole wide view alone. No model was added to fill a number, and no figure was taken from a retail listing when the maker figure said something different.

Spec figures in this guide come from maker product pages, datasheets, and manuals, not from retail listings. Where a retail listing disagreed with the maker figure, the maker figure was used. No price, review score, warranty length, or test result appears here, because none of those figures was verified against a maker source for this guide.

The monitors that fit multiple monitor Burnout Paradise setups

Each model in this section fits one of the two setups in the selection section: a matching triple of identical 16:9 panels, or a single 21:9 ultrawide. Each section states the aspect ratio, the resolution, and the response time type exactly as the maker lists it, so a GtG figure is never compared with an MPRT figure as if they were the same test.

LG 27GP850-B

The LG 27GP850-B is the strongest triple pick in this guide, because it pairs a 27 inch 16:9 Nano IPS panel with 2560 x 1440 resolution, a 165 Hz refresh rate, and a 1 ms GtG response time. Three of these panels give a matched 7680 x 1440 view with the same color and the same speed on every screen.

LG lists the panel as Nano IPS with 98 percent DCI-P3 color coverage, VESA DisplayHDR 400, and a 165 Hz refresh rate that overclocks to 180 Hz through DisplayPort. The 1 ms GtG figure applies in the Faster response time mode, and the monitor is listed as G-SYNC Compatible with AMD FreeSync Premium support. The stand adjusts for height, tilt, and pivot, which helps line up three panels at the same height.

The slim bezels matter as much as the panel in a triple, because the bezel is where the image breaks between screens. The 27GP850-B keeps the frame narrow on three sides, so the gaps read as thin vertical lines rather than wide black bars, and the car stays centered on the middle panel where the driver looks most. Buy three identical units, not a mix of revisions, so the color and the brightness match from the first race onward.

Buy this model when the triple runs at 1440p and the budget reaches the mid tier, because it balances speed, color, and bezel size better than any other 16:9 panel here. Skip it when the graphics card cannot drive three 1440p panels at high refresh rates, because the extra pixels of a triple are a real load, and a 1080p triple will run smoother on modest hardware.

Dell S2721DGF

The Dell S2721DGF is the triple pick for players who want wide color with their speed, because its Fast IPS panel covers a wide color range while holding a 165 Hz refresh rate at 2560 x 1440. It is the natural rival to the LG, with a different stand and a different color tuning on the same 27 inch 16:9 shape.

Dell lists the maximum refresh rate as 165 Hz through DisplayPort and 144 Hz through HDMI, so DisplayPort is the connection to use on all three panels in a triple. The Dell manual lists response time as 4 ms in Fast mode, 3 ms in SuperFast mode, and 1 ms GtG in Extreme mode, and the Extreme mode note warns that slight artifacts may appear. That mode ladder is why the table states the mode next to the figure.

The stand is a practical advantage in a triple, because it adjusts for height, tilt, swivel, and pivot, which makes it easier to set three panels at one height with one viewing angle. The monitor is listed with FreeSync Premium Pro and G-SYNC Compatible support, so variable refresh works with either graphics card brand. Use the same input and the same response mode on all three panels, or the side screens will feel different from the center screen.

Buy this model when color range matters as much as refresh rate, or when the Dell stand and build suit the desk better than the LG. Skip it when the setup must run at 165 Hz over HDMI, because the HDMI input tops out at 144 Hz and only DisplayPort reaches the full rate. For a DisplayPort triple, that limit never appears.

Gigabyte M27Q

The Gigabyte M27Q is the fastest 16:9 panel in this guide, because its Super Speed IPS panel runs at 170 Hz with a 0.5 ms MPRT response time at 2560 x 1440. In a triple, that extra refresh headroom keeps fast camera movement smooth when Paradise City traffic crosses all three screens at once.

Gigabyte lists the M27Q as a 27 inch 16:9 Super Speed IPS panel with 170 Hz refresh, 0.5 ms response time, 92 percent DCI-P3 color coverage, and VESA DisplayHDR 400. The 0.5 ms figure is an MPRT figure, which describes motion blur rather than pixel transition speed, so it should not be read as a GtG figure. The monitor also includes a built-in KVM switch, which lets one keyboard and mouse control a second connected device.

The KVM is a bonus rather than the reason to buy, because the racing case rests on the 170 Hz panel and the slim bezels. Three M27Q panels give a matched triple with the highest refresh rate in this guide, and the 170 Hz ceiling leaves headroom when the graphics card cannot hold the full rate in heavy scenes. Set the same overdrive and the same refresh rate on all three panels, because mismatched motion settings show up as uneven blur across the bezels.

Buy this model when refresh rate is the top priority in a 1440p triple and the setup uses DisplayPort throughout. Skip it when the desk also needs a second computer sharing the same screens, because the KVM helps there but adds nothing to the racing itself, and the case for this panel is its speed, not its switching.

ASUS TUF Gaming VG27AQ

The ASUS TUF Gaming VG27AQ is the triple pick for players who want blur reduction with their speed, because its Extreme Low Motion Blur Sync runs together with variable refresh at 165 Hz. That combination keeps fast panning clean while still smoothing the frame rate, which is exactly what an open-world racer asks for.

ASUS lists the VG27AQ as a 27 inch 16:9 IPS panel at 2560 x 1440, with a 165 Hz refresh rate, a 1 ms MPRT response time, 99 percent sRGB color coverage, HDR10 support, and 350 nits of typical brightness. The 1 ms figure is an MPRT figure tied to the blur reduction mode, not a GtG figure, and the contrast ratio is listed at 1000 to 1. The monitor is G-SYNC Compatible with Adaptive-Sync support from 48 Hz to 165 Hz.

The ELMB Sync feature is the reason this model earns its place, because most blur reduction modes switch off when variable refresh switches on, while this one keeps both running. In a triple, enable the same blur reduction setting on all three panels, or the center screen will look sharper than the sides during fast turns. The built-in speakers are a minor bonus for a desk without separate speakers, but they are not the reason to choose this panel.

Buy this model when motion clarity at speed matters most and the triple will run with variable refresh turned on. Skip it when the setup runs at a fixed refresh rate, because the blur reduction advantage shrinks without variable refresh, and the other 1440p panels in this guide offer the same resolution for a simpler setup.

AOC 24G2

The AOC 24G2 is the low-cost triple pick, because three 23.8 inch 1080p panels cost far less than three 1440p panels and ask far less of the graphics card. For Burnout Paradise, a 2008 game with a 2018 remaster, 1080p across three panels still gives a wide, sharp view with room to spare for high refresh rates.

AOC lists the 24G2 as a 23.8 inch 16:9 IPS panel at 1920 x 1080, with a 144 Hz refresh rate, a 1 ms MPRT response time, FreeSync Premium support, and 126 percent sRGB color coverage. The panel uses a frameless design on three sides, which keeps the bezel gaps thin in a triple, and the stand adjusts for height, pivot, swivel, and tilt. DisplayPort is the connection that reaches the full 144 Hz, while the HDMI inputs cap lower.

The smaller screen is the honest trade in this pick, because 23.8 inch panels show a smaller center image than 27 inch panels at the same viewing distance. The gain is performance: three 1080p panels carry roughly half the pixels of three 1440p panels, so the graphics card holds higher refresh rates with more headroom. Sit closer to a 24 inch triple than to a 27 inch triple, and the road fills the same share of the view.

Buy this model when the triple must stay in the entry tier, or when the graphics card is modest and smooth frame rates matter more than pixel density. Skip it when the desk has room for 27 inch panels and the graphics card can drive them, because the larger panels give a bigger center image and more detail at the same distance.

LG 34GP83A-B

The LG 34GP83A-B is the best single-panel rival to a triple, because its 34 inch 21:9 curved Nano IPS panel shows a wide racing view with no bezel in the middle and no triple setup to manage. It gives the width of roughly one and a half 16:9 panels in a single screen that also works as a normal desktop monitor.

LG lists the 34GP83A-B as a 34 inch 21:9 curved panel at 3440 x 1440, with a 144 Hz native refresh rate that overclocks to 160 Hz through DisplayPort, a 1 ms GtG response time, 98 percent DCI-P3 color coverage, and VESA DisplayHDR 400. The curve is rated at 3800R, which is a gentle curve that keeps the screen edges at a similar distance from the driver. The monitor is G-SYNC Compatible with FreeSync Premium support.

The ultrawide trade is total width against simplicity, because one 21:9 panel is narrower than three 16:9 panels, so the side views stay closer to the car. The gain is a clean center: no bezel crosses the road ahead, no panel matching is needed, and the whole setup runs from one cable. Set the game and the operating system to the native 3440 x 1440 resolution, so the image fills the panel without stretching or black bars at the sides.

Buy this model when one wide panel is preferred to three separate panels, or when desk space, cables, or setup time rule out a triple. Skip it when the widest possible view is the goal, because a matched 1440p triple is wider still, and no single 21:9 panel can match three 16:9 panels side by side.

Samsung Odyssey G5 C34G55T

The Samsung Odyssey G5 C34G55T is the curved ultrawide value pick, because its 34 inch 21:9 VA panel uses a deep 1000R curve that wraps the road around the driver. It is the most immersive single panel in this guide, and the VA panel gives deeper blacks than the IPS ultrawide here.

Samsung lists the C34G55T as a 34 inch 21:9 curved VA panel at 3440 x 1440, with a maximum 165 Hz refresh rate, a 1 ms MPRT response time, a 2500 to 1 static contrast ratio, and FreeSync Premium support. The 1000R curve matches the natural curve of the human field of view more closely than the gentle curve on the LG, so the screen edges sit at a similar distance from the eyes. The stand adjusts for tilt only, so a monitor arm is the usual fix when height needs to change.

The connection limit is the fact to plan around, because the 165 Hz maximum needs DisplayPort, while the HDMI input tops out at 100 Hz. Use DisplayPort for the full refresh rate, and treat HDMI as the fallback for a second device rather than the main gaming connection. The VA panel trades viewing angle and pixel speed against contrast, so fast dark-to-light transitions can smear more than on the IPS ultrawide, while night driving looks deeper.

Buy this model when the deep curve and the strong contrast suit night driving and the setup runs on DisplayPort. Skip it when the monitor must run at full refresh over HDMI, or when the stand must adjust for height without an arm, because the tilt-only stand and the HDMI cap are real limits that a different panel avoids.

Buying guide for the best screen ratio for burnout paradise multiple monitors 16

A screen ratio decision for Burnout Paradise is judged on geometry first and on panel specs second, because the wrong shape stretches the road or crops the view no matter how fast the panel is. The guide below covers the three choices that cause the most trouble: the ratio itself, the bezel layout, and the scaling mode that keeps the image honest.

Why the best screen ratio for burnout paradise multiple monitors 16 starts at 16:9

The 16:9 ratio is the starting point because it is the native shape of every panel in the triple section and the shape the game and the operating system handle most cleanly. Three 16:9 panels side by side give a 48:9 total view, with the car centered on the middle screen where the driver looks most.

A single 21:9 panel is the simpler wide option, because it gives a 3440 x 1440 view from one screen with no bezel gap and no matching work. A 32:9 panel goes further still, matching two 16:9 panels side by side in one screen, but no 32:9 model is rounded up here, because the two 21:9 models cover the single-panel case at a more common size and resolution. Start at 16:9, then step wider only when the desk or the setup rules out a triple.

Place the bezels where the road already bends

Bezels are the unavoidable cost of a triple, because the image breaks wherever two panels meet, and the break falls on the road ahead if the panels are angled badly. Angle the side panels inward so the bezels sit at the edges of the forward view, roughly where the roadside already passes out of focus at speed.

Slim-bezel panels shrink the problem but never remove it, so the panel choice and the angle choice work together. Keep all three panels at the same height and the same tilt, and set the same brightness and color on each one, because a brighter side panel draws the eye to the bezel beside it. A single ultrawide avoids the issue entirely, which is its strongest argument against a triple.

Match every panel in a triple or do not build one

A triple only works when all three panels are the same model, the same size, the same resolution, and the same refresh rate, because any difference shows up as a step in the road or a change in speed across the bezels. Mixing a 144 Hz panel with a 165 Hz panel forces the whole set down to the lowest common setting.

Buy three identical units in one order when possible, and keep the same cable type and the same input on each panel, because different inputs can cap the refresh rate differently on different screens. The Dell and the Samsung in this guide both show that limit: HDMI caps below the DisplayPort maximum, so a mixed-cable triple can run at two speeds without any warning on screen. Identical panels with identical cables remove that risk.

Set scaling so the game never stretches

Scaling decides whether the image keeps its shape, and the wrong scaling mode stretches a 16:9 image across a 21:9 panel or squeezes a wide image onto a narrow one. Set the operating system and the game to the native resolution of the panel or the combined triple first, then check the scaling mode in the graphics driver.

For a triple, the graphics driver combines the three panels into one wide surface, and the game then sees one wide resolution to select. For a single ultrawide, the native 3440 x 1440 resolution is the setting to use, with aspect ratio scaling turned on so a 16:9 fallback keeps its shape. Never stretch to fill, because stretched cars look wider than they are and the speed sensation turns wrong before the eye can name why.

Frequently asked questions

These questions cover the practical doubts that come up most often when buyers plan a multi-monitor Burnout Paradise setup. The answers use the same maker-listed figures as the rest of the guide, with no invented performance claims, and each answer states the setup step behind it.

Does Burnout Paradise need three monitors to look good

No, Burnout Paradise does not need three monitors to look good, because a single 16:9 panel shows the whole road ahead cleanly and a single 21:9 ultrawide shows more of it. Three monitors add width to the sides, which helps the sense of speed and the view into corners, but they are an upgrade rather than a requirement.

A single good panel with the right aspect ratio and a high refresh rate is the better first buy for most players. Add side panels later only when the desk, the graphics card, and the budget all support a matched triple, because a mismatched triple looks worse than one good panel on its own.

Is a 21:9 ultrawide better than three 16:9 monitors

Neither setup is better in every case, because the triple is wider and the ultrawide is simpler. Three matched 16:9 panels give a 48:9 total view that no single 21:9 panel can match, while one ultrawide gives a clean center with no bezel gap, one cable, and no panel matching to manage.

Choose the triple when maximum width and the sense of speed matter most and the desk can hold three panels. Choose the ultrawide when a clean center, a simpler setup, and a panel that also serves as a normal desktop monitor matter more. Both setups in this guide use native resolutions, so neither one stretches the image.

What refresh rate and response time matter for racing

Refresh rate matters more than response time for arcade racing, because a higher refresh rate shows the road and the traffic moving smoothly when the camera pans fast through Paradise City. A 144 Hz panel is a solid floor for a racing triple, and the 165 Hz and 170 Hz panels here add headroom in fast turns.

Response time matters too, but only when the type is stated, because a 1 ms GtG figure and a 1 ms MPRT figure describe different measurements. Read the type next to every figure in the table, and never rank two monitors by response time alone when one figure is GtG and the other is MPRT. Refresh rate first, response type second, and panel matching third is the order that serves a racing setup best.

Conclusion

The LG 27GP850-B leads for triple 16:9 Burnout Paradise racing, the LG 34GP83A-B leads for a single 21:9 panel, and the AOC 24G2 leads for a low-cost triple. Match every panel in a triple, keep the aspect ratio native, and let the bezels sit where the road edges already fall. Start with 16:9 and step wider only when the setup allows.