How to Make AI Game Tier List Videos With Pixel Lego Style

Ranking videos are one of the oldest formats on the internet, and they refuse to die because they trigger something basic in viewers: the urge to argue. A tier list gives people a scoreboard, and a scoreboard gives them a reason to comment. The problem is that most tier list videos look identical — a static template, a moving cursor, a voiceover, and a lot of dead air while someone drags a thumbnail from B to A.

The pixel-brick treatment fixes that. Instead of dragging flat images, you build a world where every game becomes a chunky blocky object, every rank becomes a physical shelf or platform, and every placement becomes a small animated event. The aesthetic borrows the visual language of construction toys and retro pixel art: hard edges, limited palettes, studs on top, visible seams. It reads instantly, it scales to any screen size, and it is forgiving of the imperfections that AI video generation still produces.

This guide is a full production workflow. It covers how to plan a ranking before you touch a generator, how to choose between the different AI video approaches, how to prompt for a believable brick look, how to keep your game characters recognizable across a dozen shots, how to design sound, and how to edit and publish something people actually finish watching. It assumes you are a solo creator or a small team, and that you want a repeatable process rather than a one-off experiment.

Start With the Ranking, Not the Render

The single biggest time sink in AI video is generating footage for a video that does not work. Before you open any tool, lock the editorial spine.

Build the list as a document first

Write out every game you plan to rank, then assign each one a tier. Do this in plain text before you think about visuals. A workable structure looks like this:

Tier S: 3–4 titles, the ones that carry the video's emotional peak
Tier A: 4–5 titles, the "almost great" crowd that generates the most debate
Tier B: 3–4 titles, the comfortable middle
Tier C and below: whatever remains, often played for comedy

Keep the list under twenty entries. Tier list videos lose retention when the bottom half becomes a list of names nobody has strong feelings about. If you genuinely want to cover thirty games, split it into two videos — for example, an era-based cut and a genre-based cut — rather than one bloated ranking.

Decide on the argument, not just the order

A ranking without a thesis is a spreadsheet. Give the video one clear claim: that a certain design era aged best, that a specific mechanic deserves more respect, or that nostalgia has inflated the reputation of a particular franchise. Then place three or four entries specifically to dramatize that claim. If your thesis is "the sequels were better than people admit," then putting a sequel unusually high is the moment the comment section lights up — and that moment is worth more scripting and rendering time than the rest of the video combined.

Storyboard in beats, not seconds

Write a rough beat sheet with eight to twelve beats. Each beat is one visual event: an intro, a first reveal, a reordering surprise, a comedic fail, a final S-tier reveal, a closing question to the audience. Only after the beats exist should you decide how many AI shots each one needs. This prevents the classic trap of generating thirty beautiful clips that have nowhere to live.

Choosing the Right AI Video Workflow

There is no single best approach. There are three practical routes, and the right one depends on how much control you want versus how much speed you need.

Text-to-video: fast, loose, experimental

You write a prompt, you get a clip. This is the cheapest way to explore the brick aesthetic and the fastest way to produce background shots — scrolling brick cityscapes, falling blocks, a shelf assembling itself. It is the weakest option for anything that must stay consistent, like a specific game character appearing four times. Use text-to-video for texture, atmosphere, and transitions, not for your recurring cast.

Image-to-video: the sweet spot for recurring elements

Generate or draw a still of your brick character, item, or shelf, then animate that still. Because the model starts from your frame, the shape and palette survive. This is how you keep a mascot recognizable across shots. The tradeoff is that motion tends to be gentler, so lean into camera pushes, subtle rotations, and physics-driven drops rather than complex acting.

Hybrid pipelines with a reference sheet

A hybrid approach gives you the most control: build a small reference sheet (one brick-style portrait per recurring character, plus a ranked set of brick props), then use that sheet as the grounding input for every new generation. Some tools support style references, character references, or first-and-last-frame control. When they do, use them. When they do not, you can approximate the effect by compositing: export your character as a clean cutout and animate it over a generated brick background in your editor.

What to look for in a generator

When you evaluate tools, ignore the demo reels and test five things:

Style drift. Generate the same prompt five times. Do you get the same palette and edge treatment, or five different art styles?
Motion coherence. Does a falling block stay a block, or does it melt halfway through?
Aspect control. Can you force vertical for short-form and widescreen for long-form without re-rendering everything?
Frame control. Can you specify a starting image, an ending image, or both?
Iteration cost. How expensive is a bad take? If you can only afford two attempts per shot, the tool is not right for a twenty-shot video.

Run this test with a ten-second sample before committing a project to a platform. A tool that fails on style drift will cost you more editing hours than it saves.

Prompt Engineering for a Convincing Brick Look

The brick aesthetic is not one style — it is a vocabulary. Learn the vocabulary and you can direct it precisely.

Describe materials, not brands

Rather than naming a toy company, describe the physical properties you want: "molded matte plastic, visible mold seams, hollow underside, studs on the top face, 4x2 proportions, slight surface scuffing, no gloss." This gets you the look and keeps your content original. It also survives across tools, since it does not depend on a specific model's training data.

Anchor the camera and the framing

AI video is much more stable when the camera has a fixed idea of itself. Use phrases like "locked-off macro camera at 30 degrees elevation, 50mm equivalent, shallow depth of field" or "orthographic front view, flat lighting, pixel-art grid alignment." Mixing an orthographic instruction with a cinematic one produces mush, so pick one per shot.

Specify palette and pixel density together

A brick look works best with a restricted palette. Name four to six colors and forbid others: "limited palette of charcoal, brick red, mustard, off-white, and muted teal; no gradients, no purple, no glow." If you also want a pixel-art feel, specify resolution logic: "rendered at 32-bit pixel grid, chunky 4-pixel edge steps, no anti-aliasing." Combining brick geometry with pixel quantization is what produces the distinctive hybrid look — and it is exactly the part most creators get wrong by letting the model blend both into soft mush.

Prompt template you can reuse

A reliable structure is: subject → material → geometry → camera → lighting → palette → motion → negative constraints. In practice:

A chunky molded-plastic brick figure of a retro platformer hero, matte surface with visible mold seams and studs on the head, standing on a stack of brick shelves. Locked-off macro camera, 35mm, slight elevation. Soft overcast key light from upper left, no rim light. Palette: charcoal, brick red, mustard, off-white. Motion: slow 5% camera push-in, figure holds static pose. No gloss, no gradients, no lens flare, no text.

The negative constraints matter more than most people expect. Explicitly banning gloss, gradients, lens flare, and text removes about 80% of the tells that make AI output look cheap.

Keeping Characters and Game Items Consistent

Consistency is where most tier list videos fall apart. The hero looks different in shot three and shot nine, and the audience notices even if they cannot articulate why.

Make a one-page style bible

Before generating anything, produce a single reference document that specifies: the exact palette hex values, the brick geometry rules (what counts as a 1x1 unit), the lighting direction, the camera height, and one reference image per character. Every prompt should restate the palette and lighting in shorthand. It feels redundant. It works.

Use limited identity anchors

AI models handle about three to five distinctive identity features reliably. For a brick character, choose: silhouette (helmet shape, shoulder width), one signature color, one signature prop, and one facial cue such as a single-pixel visor. Do not try to specify a full costume. The more detail you demand, the more the model improvises.

Treat game items as props, not portraits

For the games themselves, avoid trying to reproduce box art. Instead, design a brick object that represents the game: a brick sword, a brick racing wheel, a brick plumber's cap, a brick starship. These read instantly, they are far easier to keep consistent, and they sidestep the uncanny results you get when a generator tries to render a real cover illustration.

Render a test grid

Once you have your reference set, generate a 2x3 grid of test shots: front, three-quarter, profile, top-down, in motion, and in a crowded scene. Inspect them at thumbnail size. If the character is not identifiable at 120 pixels wide, the design is too busy for a tier list video where items appear small.

A well-built ranking video has a rhythm. Here is a structure that works for a two-to-four minute short-form piece, expandable into longer form.

The cold open

Three to six seconds. One striking visual without explanation: a giant brick hand dropping a game block into an S-tier slot, or a shelf collapsing under the weight of too many favorites. No logo, no intro animation. This is your retention hook.

The rule statement

Ten seconds. State the criteria in plain language. "We are ranking these by how well their level design holds up, not by nostalgia." Giving the audience a rubric is what converts a passive viewer into a commenter, because now they can disagree with the method as well as the result.

The reveal ladder

This is the body. Work from the bottom tiers upward, or from the middle outward — never strictly top to bottom, because that resolves tension too early. Each entry gets one shot: the item drops into its slot, a short reaction, a one-line justification. Keep each entry at five to eight seconds. Speed is a feature here; the audience should feel that you are not wasting their time.

The disruption beat

Once, maybe twice, break the pattern. Move an entry that was placed early, upgrade something unexpectedly, or show a tier collapsing. This is what people clip and share.

The final reveal and the ask

The S-tier placements get the most elaborate shot, the best lighting, the longest pause. Then end with a concrete question: "What is in your S tier that I left out?" Specific questions get specific answers, and specific answers are what the algorithm rewards.

Sound Design That Sells the Bricks

Brick animation lives or dies on sound. Plastic has a distinct sonic signature: dry clicks, hollow taps, short decay, almost no reverb tail.

Build a small kit of three layers

Impact layer: a sharp click or snap for every brick placement, timed to the frame the object lands.
Texture layer: light room tone or a subtle hum so the video does not feel sterile between impacts.
Musical layer: a simple loop with a steady pulse. Keep it low in the mix; the impacts should be the loudest transient.

Sync to a grid

Place every impact on a beat. If your music is at 100 BPM, a beat falls every 0.6 seconds. Even if you generate clips at irregular lengths, cut them in the edit so the drop lands on the beat. This one habit makes AI-generated footage feel intentional rather than assembled.

Add voice, but keep it tight

If you use AI voiceover, write for the ear: short sentences, concrete nouns, no filler. Generate each line separately rather than as one long read, so you can redo a single bad line without regenerating the whole script. Keep the voiceover 20–30% shorter than you think it should be, then let the visuals and impacts fill the remaining space.

Editing, Pacing, and Captions

The edit is where a pile of clips becomes a video. Three rules carry most of the weight.

First, cut on action. Trim each shot so it begins mid-motion and ends before the motion resolves. AI clips often have a weak start and a weak end; the middle is usually the good part.

Second, use hard cuts, not cross-dissolves. The brick aesthetic is built on hard edges. Dissolves soften it and make the video feel slower. Reserve the one or two dissolves you use for the disruption beat, where the contrast is the point.

Third, caption everything. A large share of viewers watch with sound off. Use a bold, high-contrast caption style that matches the palette rather than the default editor font. Keep captions to two lines maximum and highlight key words — tier names, game titles, verdict words.

A practical workflow: assemble a rough cut with placeholder frames and your voiceover already in place, then swap in generated clips. Editing to a locked audio track is dramatically faster than trying to build audio around finished visuals.

Common Mistakes and How to Fix Them

Everything looks the same. If every shot is a medium close-up of a brick object, the video flatlines. Fix it with a shot-size ladder: use wide establishing shots for tier reveals, medium shots for placements, and macro inserts for texture beats.

The bricks look glossy and 3D-rendered. Add explicit negative constraints against gloss, reflections, and subsurface scattering. Also reduce the lighting complexity — one key light, no rim, no bounce.

The list feels arbitrary. Publish your rubric on screen. Viewers forgive rankings they disagree with; they do not forgive rankings that seem random.

Generation takes forever and kills momentum. Cap your attempts per shot. If a clip is not working after three tries, change one variable — usually the camera instruction — and try once more. If it still fails, cut the shot. A missing shot is cheaper than a stalled project.

The video is too long. Cut the bottom half of your list. Retention curves almost always dip at the point where the rankings stop mattering, and it is rarely where creators think it is.

Character drift across shots. Return to your reference sheet, remove one or two details from the prompt, and shorten the shot. Short clips drift less.

FAQ

Do I need to draw the bricks myself? No. A detailed material description plus reference images is usually enough. Hand-drawing helps most for recurring characters, where precision pays off across many shots.

How many AI clips does a three-minute video need? Typically 25 to 40 short clips, most of them two to five seconds. Plan for roughly 60% of generated clips to be usable, and build your schedule around that ratio rather than around perfect output.

Can I mix the brick style with real gameplay footage? Yes, and it often works well. Use gameplay as an authentic texture for a few beats, then cut back to brick animation for the placements. Keep the brick style dominant so the video has a clear identity.

What aspect ratio should I use? Vertical for short-form discovery, widescreen for long-form. Generate at the highest resolution you can and crop in the edit rather than generating twice.

How do I keep a series consistent across episodes? Keep the style bible as a living document. Every time you refine a prompt that produces a great shot, paste it into the document with a note about what changed. After three episodes you will have a reusable prompt library that makes production dramatically faster.

Is it worth doing a long-form version? Only if the ranking has enough substance to justify ten minutes. Otherwise, publish a short version for reach and keep longer material for a follow-up where the audience has already demonstrated interest in the topic.

The pixel-brick tier list format works because it combines a proven argument-driven structure with a visual identity that stands out in a crowded feed. Nail the ranking first, build a small consistent style system second, and treat sound and pacing as equal partners to the visuals. Do that and the format becomes a series rather than a single upload.