Tripo vs Meshy (2026): which AI 3D generator for games?

Meshy and Tripo are the two AI 3D generators that most people compare first. Both turn a text prompt or an image into a textured 3D model. Both rig characters, both have a library of moves, and both start at $20 a month. Yet they price things very differently, and the difference matters most when you need a character that walks, runs and fights in a game.

We read both price lists, both sets of feature pages, both developer docs and both companies' own "vs" pages on 19 October 2026, and put the numbers side by side. One disclosure first: we make Hatchery3D, which also makes game characters. We keep it out of the comparison, and say where it fits at the end.

The short answer

Meshy is cheaper for animated characters. Tripo is cheaper for static models and faster to a clean low-poly mesh. For a playable character, a mesh with a rig and nine moves, Meshy costs less than Tripo, down to half as much, because Tripo charges for the rig and for each move.

Tripo vs Meshy at a glance

Who each tool is built for

Meshy wants to be the 3D tool for everyone. Its menus have use-case pages for games, 3D printing, film and VFX, VR and AR, education, interior design, product design, toys, e-commerce and museums. 3D printing gets the most attention: plugins for nine slicers, a printability check with auto-repair, multi-colour prints and a service that prints and ships your model. Meshy says it has 12M+ users and 100M+ models, and it lists SOC 2 Type II and ISO 27001.

Tripo covers the same markets, but games come first. "Game character" is a tab in the hero, the pricing page opens with "Game-ready assets in 2s", and the game page says it's built "for solo indie developers and large studio pipelines alike". Its two generation modes show the split: High Detail (up to 2M polygons, for renders and printing) and Smart Mesh (low-poly quads, for engines). Tripo says it has 20M+ creators and 200M models, and it lists ISO 27001.

Pricing: Meshy plans vs Tripo plans

Prices are in US dollars before tax. Both sites offer 50% off the first month to new users; the table leaves that out. Meshy's yearly plans save 20%. On Tripo's page, Pro cost the same monthly or yearly when we looked.

A Tripo credit is not a Meshy credit. Tripo's Pro plan gives three times as many credits for the same $20, but most Tripo steps cost more credits. So compare what an asset costs, not the number of credits.

What does a rigged, animated game character cost?

A model that stands still is not a game character. A playable character needs a mesh at a game budget, a texture, a skeleton and a set of moves: at least idle, walk, run, jump, an attack, a hit reaction and a death. Here's that character on each Pro plan, with nine moves, from each vendor's own credit prices.

One character with nine moves, on each Pro plan

• Model and texture
• Rig
• Nine moves

$0

$0.25

$0.50

$0.75

$1.00

Meshy · Rig and moves: 0 credits$0.40 to $0.90

Model and texture: 20 credits, $0.40

Tripo · Rig 20 credits, each move 10$0.90 to $1.03

Model and texture: 25 credits, $0.17Rig: 20 credits, $0.13Nine moves: 90 credits, $0.60

Tripo's pricing page says "$0.16 per model", and that's true for a mesh. The rig and the moves are what bring a Tripo character to about $1. On Meshy, the rig and up to 600+ moves cost nothing on a paid plan, so a playable character costs about the same as a mesh.

For plain meshes, the result turns around. A static prop or a statue is 15 to 25 credits on Tripo and 20 to 25 on Meshy, and Tripo's credits cost a third as much. Tripo is cheaper for static models, and Meshy is cheaper for animated characters.

Two caveats. Tripo's price of 10 credits for a move comes from its API docs; the Studio app's credit table doesn't list moves. And a retry costs credits once the free retries run out, so a character that needs three takes costs three times as much on either site.

Mesh quality and low-poly topology

Both companies publish a benchmark, and each one wins its own. Meshy's internal geometry test puts Meshy 7 ahead of Tripo 3.1 on proportion, spatial distribution and surface detail (81.0% vs 79.0%, 79.7% vs 78.4% and 59.8% vs 51.7%). Tripo cites ratings from an evaluation site where Tripo scores 4.1 and Meshy 3.3. We know of no neutral test of the current versions, so treat both numbers as marketing.

Low poly is where the two differ most in approach:

• Tripo's Smart Mesh builds a quad mesh at a low polygon count from the start, in seconds, between 500 and 25,000 faces. It's Tripo's headline feature for games, and most of its game-developer quotes are about it.
• Meshy reaches low poly with Smart Topology (also generated low, not reduced afterwards) or with Remesh on an existing model, with presets at 3K, 10K, 30K and 100K faces and exact targets down to 100. You choose quads for characters you'll rig, or triangles for static props.

For a game, both give you a mesh you can rig. The difference is speed and control: Tripo is faster to a clean quad mesh, Meshy gives you more exact face counts.

Rigging and animation

This is the biggest practical difference for game developers.

Meshy detects the body type and builds the skeleton and the skin weights, usually in under 30 seconds. It rigs humanoids and quadrupeds, and its "smart rig" handles other bodies. The bones follow Mixamo's names, which helps with retargeting. Then you pick moves from a library of 600+ presets (20 on the free plan) and export the character as FBX or GLB. Rigging and moves cost no credits.

Tripo rigs bipeds and quadrupeds in the app, and its API adds hexapods, octopods, birds, snakes and sea creatures. Its library has 100+ moves, 90+ of them for bipeds: idle, walk, run, jump, slash, shoot, hurt, fall and more. A move can play "in place", without root motion, which is what most game locomotion wants. The rig costs 20 credits and each move 10.

Both rig the body only. Neither builds a face rig, so dialogue close-ups still need manual work. Both work best from a character in a T-pose or an A-pose, and both can rig a mesh that you upload.

The one independent test we know of (StraySpark Studio, 2026) rigged the same 30K-triangle humanoid in both tools and retargeted it in Unreal Engine 5.7. Tripo was faster (about 3 minutes) and gave the cleanest retarget of the AI tools, with over-smoothed shoulder weights and noisy jaw weights. Meshy took about 8 minutes, put the hip pivots 5 to 15 cm off, needed a manual remap of the spine and collarbones, and its feet slid in a moving-platform test. Its move library was the larger of the two. The test's verdict: Tripo for end-to-end indie work, Meshy for prototypes.

Textures

Both make full PBR sets (albedo, normal, metallic, roughness) or a plain base colour for stylized looks. Tripo leans on resolution: "true 8K" textures, with unlimited 8K on Max and limited 8K on Pro. Meshy's generation offers 4K HD textures, and its retexture tool goes to 8K. Meshy can also retexture a mesh made somewhere else (OBJ, FBX or GLB), which Tripo's comparison page doesn't claim. For a low-poly game character seen at game distance, either resolution is more than enough.

Free plans and commercial use

The free plans differ in what you may do with the result, not only in credits:

• Meshy Free: 100 credits a month, one task at a time, 20 moves, and up to 10 downloads a month of Meshy 6 Lite models. Free models are CC BY 4.0: you may use them commercially, but you must credit Meshy.
• Tripo Free: 200 credits a month, one task at a time, 15 exports. Tripo's pricing page says free models are public and for non-commercial use. Its comparison page says CC BY 4.0. Read the current terms before you ship a model from the free plan.

On paid plans, both make your models private and allow commercial use, including in games you sell.

Engines, plugins and file formats

Both export GLB and FBX, the two formats game engines take, plus OBJ, STL and 3MF. Meshy adds USDZ and BLEND, and Tripo adds USD.

Both have editor plugins that send a model straight into the open editor: Blender, Unity, Unreal, Godot, Roblox, Maya and 3ds Max on both. Tripo adds Cocos and ZBrush. Meshy adds nine slicers for 3D printing. Tripo's Unreal bridge needs Unreal 5.4 or newer and its Blender bridge Blender 4.1 or newer. Meshy notes that Godot imports its FBX and GLB natively from 4.3.

AI agents, APIs and MCP

If you build with Claude Code, Codex or Cursor, this matters:

• Meshy has an MCP server that you add with one command, a CLI, an API with a playground on paid plans, and a "3D Agent" inside the app that chains generate, texture and rig from one conversation. API assets stay on Meshy's servers for 3 days on Pro.
• Tripo has an API on its own developer platform, a CLI and ComfyUI nodes. We found no MCP server. Its comparison pages benchmark Tripo against LLM agents that build 3D models in Blender with code.

3D printing

Meshy goes further here: a printability check, one-click repair into a watertight mesh, auto-split into parts, multi-colour printing, one-click send to nine slicers, and a print-and-ship service. Tripo exports STL and 3MF, splits models into parts that fit a print bed, and offers one-click print fulfilment too. If printing is your main use, Meshy has more of the steps built in.

What each company says about the other

Both companies publish a "vs" page about the other. Some claims don't match the other company's own documentation:

The pattern: each page compares its own newest features with an older or narrower picture of the other tool. Use them for lists of features, not for verdicts.

Meshy or Tripo: which should you choose?

Choose Meshy if:

• You make animated characters and want the lowest price for each one, since the rig and the moves are free on paid plans.
• You want the largest library of moves (600+).
• You 3D print, or you want an MCP server for your AI agent.
• You need to retexture or rig meshes from other tools.

Choose Tripo if:

• You make many static models (props, buildings, statues) and want the most meshes for $20.
• You want clean quad low-poly meshes in seconds.
• You rig creatures: spiders, birds, snakes, sea creatures.
• You work in Cocos or ZBrush, or need up to 200 tasks at once on a team plan.

Both have free plans, so the cheapest test is your own: run the same three descriptions through each and open the results in your engine.

A third option if you make games: Hatchery3D

Meshy and Tripo are toolboxes. You choose the mesh mode, the polygon count, the texture, the rig and each move, and each step is a decision and often a charge. That's right if you're a 3D artist, or if your project needs creatures, printing or 600 moves.

If you make games and don't make 3D models, there's a different kind of tool. Hatchery3D makes game characters and props only, and it runs every step for you. You write one description (or upload your own drawing). It draws a concept first, then delivers one .glb with:

• a low-poly mesh of about 8,000 faces, textured from the drawing
• a humanoid skeleton with standard bone names
• nine clips: idle, walk, run, jump, punch, slash, hit, death and wave
• hand sockets for weapons
• metres as the unit, standing on the floor

“A small green goblin raider, stylized fantasy MMO enemy: big pointed ears, yellow eyes, sharp grin, ragged leather vest, bone necklace, torn brown trousers, bare feet, empty hands”

1. The concept, drawn first

2. The model: rigged, nine clips

A character costs 100 credits, and a run that fails gives the credits back. On the Studio plan, an AI agent can make characters through Hatchery3D's MCP server.

Hatchery3D is narrower than both, and you should know where. It makes humanoids and props, not creatures. It gives nine clips, not 600. It exports .glb only, with no editor plugins and no 3D printing tools. A character takes a few minutes, not seconds. If you need any of those, pick Meshy or Tripo.

If you want to try it, the guide to writing a 3D character prompt shows what to describe, and the Godot 4 import guide shows the file in an engine.

How we compared

We read each company's pricing page, feature pages, developer docs and comparison page on 19 October 2026. Prices are in US dollars, before tax and without first-month offers. The costs for a character use each company's published credit prices. The rigging results come from StraySpark Studio's independent test (2026). We didn't run the same prompts through both tools for this post. Prices and features change often, so check both price lists before you buy. We update this page when they change.

Questions