o3 vs QVQ-Max
Compare pricing, context windows, and strengths for o3 by OpenAI and QVQ-Max by Alibaba Cloud - and see how to put either to work in Appaca.
o3
A powerful reasoning model excelling at complex, multi-step tasks across math, science, coding, and visual reasoning; succeeded by GPT-5.
View o3QVQ-Max
High-end visual reasoning model with strong math, coding, and diagram understanding.
View QVQ-Maxo3 vs QVQ-Max at a glance
Specs and pricing side by side, from the Appaca AI models directory.
| Spec | o3 | QVQ-Max |
|---|---|---|
| Provider | OpenAI | Alibaba Cloud |
| Model type | Text | Vision |
| Context window | 200K tokens | 131.1K tokens |
| Input price | $2 / 1M tokens | $1.147 / 1M tokens |
| Output price | $8 / 1M tokens | $4.588 / 1M tokens |
| Status | Current | Current |
How o3 and QVQ-Max differ
What the numbers mean in practice when choosing between o3 and QVQ-Max.
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QVQ-Max is 43% cheaper on input tokens ($1.147 vs $2 per million), which adds up quickly in document-heavy workloads.
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QVQ-Max is 43% cheaper on output tokens ($4.588 vs $8 per million) - the bigger factor for tools that generate long documents.
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o3's 200K tokens context window is roughly 1.5x larger than QVQ-Max's 131.1K tokens, so it can work across bigger codebases, contracts, or archives in one pass.
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These are different kinds of model: o3 is a text model while QVQ-Max is a vision model, so they often complement each other in a workflow rather than compete.
Strengths side by side
Where each model shines, according to benchmarks and provider positioning.
o3
1. Advanced reasoning capability
- Designed for multi-step thinking across text, code, and visual inputs.
- Excels at math, science, logic puzzles, and complex analytical workflows.
2. Strong performance across domains
- Highly capable in technical writing, data analysis, and structured problem-solving.
- Useful for research, engineering tasks, and intricate instruction-following.
3. Visual reasoning support
- Accepts image inputs, enabling tasks such as diagram analysis, chart interpretation, and visual logic assessments.
4. High output capacity
- Up to 100,000 output tokens, supporting long-form content, technical breakdowns, and multi-part solutions.
5. Excellent instruction following
- Produces detailed, step-by-step responses for tasks requiring precision and clarity.
- Ideal for educational explanations, system design reasoning, and code walkthroughs.
6. Large 200K context window
- Handles long documents, multi-file reasoning, or extended conversations with minimal loss of context.
7. Broad API support
- Works with Chat Completions, Responses, Realtime, Assistants, Batch, Embeddings, Image Generation, and more.
- Supports streaming and function calling for advanced workflows.
8. Positioned as a legacy reasoning model
- Remains extremely capable but formally succeeded by GPT-5, which offers stronger reasoning and performance.
QVQ-Max
1. Strongest visual reasoning in Qwen lineup
- Handles charts, diagrams, puzzles.
2. Great for math + vision hybrids
- Geometry, visual logic testing.
3. High-quality instruction following
- Consistent formatting and detailed responses.
Use o3 or QVQ-Max - or both
Appaca is the AI workspace for operators. Build internal tools and AI co-workers powered by o3 or QVQ-Max - connected to your real data and ready for your whole team. No code, no deployment.
Describe it, and it's built
Tell the Appaca agent the internal tool you need and it builds a working app powered by o3 or QVQ-Max. No code, no API keys, no deployment.
Switch models without rebuilding
Start on o3, test the same tool on QVQ-Max, and keep whichever performs better - the rest of your app stays exactly as it is.
Automated for the whole team
Schedule tools to run on autopilot - daily digests, weekly reports, real-time triggers - and share them with your whole team from one workspace.
Describe it, and it's built
Tell the Appaca agent what your team needs and it builds a working app powered by o3 or QVQ-Max - connected to the tools you already use.
Related comparisons
See how o3 and QVQ-Max stack up against other models in the directory.
FAQs
QVQ-Max is generally cheaper: $1.147 input / $4.588 output per million tokens, versus $2 / $8 for o3. Actual cost depends on how many tokens your workload reads and writes.
o3 has the larger context window at 200K tokens, compared to 131.1K tokens for QVQ-Max. A larger window means the model can consider more text at once - useful for long contracts, codebases, or months of records.
It depends on the job. Compare the pricing, context window, and strengths above against your workload - and remember the choice isn't permanent. In Appaca you can build a tool on o3, test the same tool on QVQ-Max, and switch at any time without rebuilding anything.
Yes. Appaca is a no-code AI workspace: describe the internal tool your team needs and the Appaca agent builds it as a working app powered by o3, QVQ-Max, or any other model in the directory - with a built-in database, team access, and integrations. No API keys to wire up and nothing to deploy.
Build AI tools with o3 or QVQ-Max
Describe the tool your team needs and get a working app powered by the model you choose - with a built-in database, team access, and integrations. No code, no deployment.