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moonshotai

MoonshotAI: Kimi K2.5

moonshotai/kimi-k2.5

Our take

AI-assisted analysis based on the sources below. Suitability is an editorial assessment; test it on your own workload.

MoonshotAI: Kimi K2.5 (moonshotai/kimi-k2.5) is an open-source, natively multimodal mixture-of-experts model described by Moonshot AI as accepting image and text inputs, producing text, and offering instant and thinking modes plus coordinated agent-swarm execution. Its model card reports results across visual, video, document, math, coding, and agentic evaluations, while OpenRouter lists a 256K-token context and tool or structured-output controls. Because the evidence is mainly vendor documentation plus a catalog entry, validate performance, cost, reliability, and safety on intended workloads.[1][2]

Strengths

  • The vendor describes native multimodality with a MoonViT vision encoder, visual knowledge, cross-modal reasoning, and image-grounded tool use.[2]
  • Moonshot AI reports instant and thinking modes and a self-directed swarm scheme that divides complex tasks into parallel, domain-specific subtasks.[2]
  • The OpenRouter catalog lists a 256K-token context, image and text input, text output, tools, structured outputs, and reasoning controls.[1]

Limitations

  • Evidence is limited to official model documentation and an OpenRouter catalog entry; no independent card, reproduction, or workload-specific testing was supplied.[1][2]
  • The catalog lists image and text inputs but only text outputs; although the vendor evaluates video, direct video input support is not specified.[1][2]
  • No hardware requirements, deployment limits, knowledge cutoff, or safety and bias evaluations are stated; review the modified-MIT license before reuse.[1][2]

Where to use it

  • Evaluate for UI-to-code conversion, visual debugging, and code generation from screenshots or visual specifications.[1][2]
  • Test in agentic workflows needing tool calls and parallel decomposition, while validating orchestration behavior in the target stack.[1][2]
  • Consider long-context multimodal assistants over documents, images, and visually grounded questions, subject to the text-only output constraint.[1][2]

Sources

  1. [1] OpenRouter catalog · MoonshotAI: Kimi K2.5Sources checked: Nov 13, 2026
  2. [2] Model documentation · MoonshotAI: Kimi K2.5Sources checked: Nov 13, 2026

About this model

Description below is the original text supplied by OpenRouter, shown in the source language.

Kimi K2.5 is Moonshot AI's native multimodal model, delivering state-of-the-art visual coding capability and a self-directed agent swarm paradigm. Built on Kimi K2 with continued pretraining over approximately 15T mixed...

Specifications

Model ID
moonshotai/kimi-k2.5
Canonical ID
moonshotai/kimi-k2.5-0127
Creator
moonshotai
Added to OpenRouter
27.01.2026
Context length
262,144
Modality
text+image->text
Input modalities
text, image
Output modalities
text
Token pricing
USD per 1M tokens: in $0.500 / out $2.5
Knowledge cutoff
—
Expiration date
—

Tasks and capabilities

A grade appears only where the source supplies a matching measurement for that task, the model is active and the cohort holds at least 10 comparable models. The capability column lists facts the source declares — supported formats, reasoning and tool parameters — which are not measured quality.

TaskGradeSource-declared capability
General qualityNo measurementreasoning: optional · parameters: include_reasoning, reasoning
CodingBB — next 30% of the cohort—
AgentsNo measurementparameters: structured_outputs, tool_choice, tools
WritingNo measurementoutput: text
ReasoningNo measurementreasoning: optional · parameters: include_reasoning, reasoning
Document analysisNo measurement—
VisionNo measurementinput: image
Image generationNo measurement—
AudioNo measurement—
VideoNo measurement—
EmbeddingsNo measurement—

Evaluations

SourceBenchmarkValueGradeData retrieved
Artificial AnalysisCoding index46.8BB — next 30% of the cohort13.11.2026
Design Arenaagents · androidnativewin rate 57.8% · rank 331,105EloCC — below the B band13.11.2026
Design Arenaagents · fullstackwin rate 54.4% · rank 301,091EloCC — below the B band13.11.2026
Design Arenaagents · godotgamedevwin rate 59.8% · rank 91,219EloAA — next 20% of the cohort13.11.2026
Design Arenaagents · mobileappswin rate 54.7% · rank 331,142EloCC — below the B band13.11.2026
Design Arenaagents · webappswin rate 51.6% · rank 341,117EloCC — below the B band13.11.2026
Design Arenamodels · 3dwin rate 53.1% · rank 551,188EloBB — next 30% of the cohort13.11.2026
Design Arenamodels · asciiartwin rate 46.5% · rank 371,160EloBB — next 30% of the cohort13.11.2026
Design Arenamodels · codecategorieswin rate 54.1% · rank 521,227EloBB — next 30% of the cohort13.11.2026
Design Arenamodels · datavizwin rate 51.3% · rank 531,217EloBB — next 30% of the cohort13.11.2026
Design Arenamodels · gamedevwin rate 53.4% · rank 581,197EloBB — next 30% of the cohort13.11.2026
Design Arenamodels · svgwin rate 48.4% · rank 541,141EloBB — next 30% of the cohort13.11.2026
Design Arenamodels · uicomponentwin rate 53.6% · rank 501,229EloBB — next 30% of the cohort13.11.2026
Design Arenamodels · websitewin rate 55.2% · rank 491,243EloBB — next 30% of the cohort13.11.2026
How grades work

Each letter grade compares a model only against other models scored by the same source and metric in the current snapshot. S means the top 10%, A the next 20%, B the next 30%, C the rest. Models without a published measurement are shown as not rated — a supported format alone never implies measured quality.

  • S — S — top 10% of the cohort
  • A — A — next 20% of the cohort
  • B — B — next 30% of the cohort
  • C — C — below the B band

Providers

Optional live provider statistics from OpenRouter. Missing values are unknown, not zero.

ProviderContext lengthPrice in /1MPrice out /1MLatency p50 (30m, s)Throughput p50 (30m, tok/s)Uptime (30m)
AtlasCloudint4262,144$0.490$2.5———
SiliconFlowint4262,144$0.500$2.5——100%
Venice256,000$0.532$3.32——100%
Novita262,144$0.570$2.85——100%
Amazon Bedrock262,144$0.600$3——100%

Provider data retrieved: 13.11.2026

No published articles identify this model yet.