Who is this for?

Real-time collision reviewers

You follow trajectories, impacts and rebounds while a simulation runs. RTINGS’ motion tests explain why pixel response and overshoot matter alongside refresh rate when objects move quickly.

Frame-by-frame analysts

You inspect captured frames, annotations, measurements or several analysis windows. Readable detail and usable screen space may matter more to your task than an extreme refresh rate.

Mixed-use workstation users

You use the same screen for collision visualisation and other work. Balance live-motion requirements against workspace and the display modes your existing computer can supply.

What matters when choosing?

Live-motion focus

Choose when: You need to follow moving contact points or rebounds as they happen, and the computer can supply a sufficiently high frame rate.

Trade-off: A motion-focused display may give you less room for detailed, multi-window analysis; a high refresh-rate figure does not rule out blur or overshoot.

Frame-review focus

Choose when: Your main task is reading annotations, comparing recorded frames or keeping analysis panels visible.

Trade-off: Confirm that the graphics output can drive the resolution and refresh mode you intend to use; extra pixels alone do not establish how clearly live motion appears.

For collision-behaviour viewing, decide which need takes priority, then check the exact monitor and workstation together.

Concern What to check Who this matters to
Live-motion clarity Look for independent pixel-response and overshoot results for the exact model at the refresh rates you plan to use. When I follow a fast-moving contact point, blur or inverse ghosting can obscure the change I need to see; around 36% of consumers put clear live motion first.
Detail and workspace Check native resolution, screen area and whether annotations and analysis windows remain readable in your layout. If I compare captured frames alongside logs and annotations, I need room to see small details; roughly 29% of consumers prioritise detail and workspace.
Changing frame rates Confirm a compatible variable refresh rate (VRR) mode for the GPU, monitor input and intended display setting. When a complex impact changes the simulation’s frame rate, tearing or stutter makes the live view harder for me to follow; around 21% of consumers put steadier presentation first.
System fit Match the monitor’s supported mode by input to the graphics output, and check which cable is supplied. I need the chosen display mode to work with my existing workstation and connection; about 14% of consumers put practical system fit first.

Buying pitfalls

  • Treating a quoted “1ms” figure as proof of clear motion

    RTINGS’ motion tests explain that slow pixel transitions can produce blur, while overshoot can create inverse ghosting. A headline response-time figure does not describe both behaviours.

    Compare independent response-time and overshoot results for the exact monitor, including results at the refresh rates you expect to use.

  • Buying a high-refresh monitor without checking the PC

    The monitor’s maximum refresh rate does not establish the frame rate your simulation can render or the mode your graphics output can drive.

    Check the GPU output, intended port, target resolution and simulation frame rate against the monitor’s modes by input.

    If the intended mode cannot be driven through the existing connection, it may require a compatible cable or different graphics hardware.

  • Using a motion-focused layout for detail-heavy analysis

    A compact Full HD screen chosen for live motion may leave less room for captured frames, annotations and multiple analysis windows.

    Decide how much of the work is live tracking and how much is frame review before comparing screen sizes and resolutions.

  • Expecting VRR to speed up a slow simulation

    AMD and NVIDIA describe VRR as synchronising display refresh with graphics frame rate. It cannot create frames that the simulation has not rendered.

    Confirm that the GPU and monitor support the same VRR mode, and assess simulation performance separately if complex scenes run too slowly.

Brands to consider for relevant monitor lines

BenQ ZOWIE

A reference point for motion-focused displays if live trajectory tracking is the main task.

  • ZOWIE by BenQ lists a 600Hz Fast TN panel and DyAc 2 for the XL2586X+.
  • Its 24.1-inch Full HD format is a trade-off to assess if fine detail or several analysis windows matter. BenQ’s motion-clarity positioning does not establish accuracy for collision testing.

LG UltraGear

A reference point when both rapid motion and QHD workspace are relevant.

  • LG UK lists the 27GX790A-B as a QHD OLED monitor with a 480Hz refresh rate and an advertised 0.03ms GtG response time.
  • Check the exact connection mode and independent motion results before treating those listed figures as performance in your workstation setup.

ASUS

A reference point for a less extreme high-refresh option when basic fast-motion viewing is the priority.

  • ASUS UK lists up to 120Hz through overclocking, 1ms MPRT and Adaptive Sync for the VY279HGR.
  • The listed MPRT figure is not an independent measure of motion behaviour across refresh modes; check exact-model tests for the motion you need to inspect.

Joybuy products

Related products coming soon.

Common questions

Is the highest refresh rate automatically right for viewing collisions?

No. RTINGS’ monitor motion tests explain that pixel response and overshoot also affect visible blur and artefacts. Compare independent results for the exact model, then check whether your simulation PC can supply the frame rate you intend to display.

Will VRR help when a collision simulation slows down?

VRR can help with tearing or stutter from changing frame rates if the GPU and monitor support the same enabled mode. AMD and NVIDIA describe it as matching display refresh to graphics frame rate; it will not increase the simulation’s own frame rate.

What should I check before expecting the advertised resolution and refresh rate?

Check the maximum mode for the exact monitor input you will use, then match it to the graphics card output and cable path. The available mode may depend on the connection and enabled features.

What should I check when buying a monitor for use in Great Britain?

Check the product and safety information for the particular monitor supplied for the Great Britain market. GOV.UK describes safety objectives under the Electrical Equipment (Safety) Regulations 2016 for electrical equipment placed on that market; this does not establish that a consumer monitor meets the requirements of a safety-critical collision-assessment workflow.

What should I do with an old monitor?

Ask your retailer or local authority about an electrical-equipment collection or take-back route rather than putting the monitor in ordinary household rubbish. GOV.UK provides waste electrical and electronic equipment guidance; the available collection arrangements depend on the retailer and local area.