CLAUDE.md: 10 Templates Compared (2026)
Your CLAUDE.md file determines how well Claude Code understands and works with your project. But which template should you start from? This comparison covers 10 templates from the ecosystem, ranging from minimal to maximal, so you can pick the right starting point.
Evaluation Criteria
Each template is rated on:
- Completeness: How much ground does it cover?
- Specificity: Does it give concrete instructions or vague guidelines?
- Maintainability: How easy is it to keep updated?
- Token cost: How much context window does it consume?
Template 1: Karpathy Skills (andrej-karpathy-skills)
Source: github.com/forrestchang/andrej-karpathy-skills (72K+ stars)
Structure: Four core behavioral principles:
- Don’t Assume
- Don’t Hide Confusion
- Surface Tradeoffs
- Goal-Driven Execution
Strengths:
- Philosophical rather than prescriptive — applies to any project
- Extremely concise (under 500 words)
- The “Don’t Assume” principle alone prevents most Claude Code mistakes
- Low token cost
Weaknesses:
- No project-specific configuration (you add that yourself)
- No file structure mapping
- No framework pinning
Best for: Starting point for any project. Combine with project-specific sections.
Template 2: claude-code-templates Agents
Source: github.com/davila7/claude-code-templates (25K+ stars)
Structure: Role-based agent definitions with task-specific instructions. 600+ templates organized by category.
Strengths:
- Massive selection for every technology stack
- Install via CLI:
npx claude-code-templates@latest - Web UI at aitmpl.com for browsing
- Pre-built for specific frameworks (React, Vue, Fastify, etc.)
Weaknesses:
- Templates can be generic — need customization for your project
- Some templates are verbose (1,000+ words), consuming context
- Quality varies across 600+ entries
Best for: Quick-start for a specific technology. Customize after installing.
Template 3: SuperClaude Framework
Source: github.com/SuperClaude-Org/SuperClaude_Framework (22K+ stars)
Structure: 30 slash commands, 16 agents, 7 behavioral modes. Full framework installation.
Strengths:
- Most feature-rich option
- Slash commands provide structured workflows
- Behavioral modes (strict, creative, etc.) adapt to tasks
- 16 specialized agents for different roles
Weaknesses:
- Heaviest installation footprint
- Learning curve for 30 commands
- May override your own CLAUDE.md conventions
- Requires pipx:
pipx install superclaude && superclaude install
Best for: Power users who want maximum automation and do not mind the complexity.
Template 4: claude-code-ultimate-guide
Source: github.com/FlorianBruniaux/claude-code-ultimate-guide (4K+ stars)
Structure: 22K+ lines covering every aspect of Claude Code usage, with 271 quiz questions and threat modeling.
Strengths:
- Most thorough documentation in the ecosystem
- Security-focused with threat modeling section
- Quiz questions serve as self-assessment
- Great reference material
Weaknesses:
- Too long to use as a CLAUDE.md directly
- Reference guide, not a template
- Must extract relevant sections for your project
Best for: Learning resource. Extract specific sections into your CLAUDE.md.
Template 5: claude-howto Visual Template
Source: github.com/luongnv89/claude-howto (28K+ stars)
Structure: Mermaid diagrams with copy-paste templates organized by workflow type.
Strengths:
- Visual learners will love the diagrams
- Copy-paste ready sections
- Covers session management, multi-agent, and debugging workflows
- Good onboarding material for teams
Weaknesses:
- Mermaid diagrams do not work in CLAUDE.md (Claude Code reads markdown, not rendered diagrams)
- More of a workflow guide than a configuration template
- Less prescriptive than other templates
Best for: Team onboarding and workflow planning. Convert selected sections to CLAUDE.md format.
Template 6: claude-code-my-workflow (Academic)
Source: github.com/pedrohcgs/claude-code-my-workflow (963 stars)
For more on this topic, see CLAUDE.md Templates Library.
Structure: 28 skills and 14 agents tailored for academic LaTeX/R workflows.
Strengths:
- Excellent example of domain-specific customization
- Shows how to encode non-software workflows
- 14 specialized agents for different research tasks
- Demonstrates skill composition patterns
Weaknesses:
- Academic-specific (LaTeX, R, Stata)
- Not directly usable for web/software projects
- Small community (963 stars)
Best for: Academics using Claude Code, or as a model for building domain-specific templates.
Template 7: awesome-claude-code Curated Index
Source: github.com/hesreallyhim/awesome-claude-code (40K+ stars)
Structure: Not a template itself but a curated index linking to hundreds of templates, skills, and configurations.
Strengths:
- Most comprehensive directory of CLAUDE.md resources
- Regular updates from community contributions
- Good for discovering templates you did not know existed
- Also available at awesomeclaude.ai
Weaknesses:
- Index, not a template — you still need to choose and install
- Quality and compatibility vary across linked resources
- Can be overwhelming for beginners
Best for: Discovering options. Browse, then install specific templates from the listings.
Template 8: claude-code-system-prompts Reference
Source: github.com/Piebald-AI/claude-code-system-prompts (9K+ stars)
Structure: Extracted system prompts, 24 built-in tool descriptions, and sub-agent prompts.
Strengths:
- Shows exactly what Claude Code already knows
- Helps avoid duplicating built-in behaviors in your CLAUDE.md
- Documents all 24 tools and their parameters
- Sub-agent prompt reveals multi-agent behavior
Weaknesses:
- Reference material, not a template
- System prompts change with Claude Code updates
- Not directly usable as a CLAUDE.md
Best for: Understanding Claude Code internals so your CLAUDE.md complements rather than conflicts with built-in behavior.
Template 9: awesome-claude-code-toolkit Agents
Source: github.com/rohitg00/awesome-claude-code-toolkit (1.4K stars)
Structure: 135 agents, 35 skills, 42 commands, 176+ plugins organized by category.
Strengths:
- Well-organized by task type
- Includes both agent definitions and supporting plugins
- Good discovery for niche use cases
Weaknesses:
- Smaller community than the main awesome list
- Some overlap with claude-code-templates
- Quality verification across 176+ entries varies
Best for: Finding specialized agents and plugins not covered by the larger collections.
Template 10: Minimal DIY Template
Source: Your own project knowledge.
Structure: Custom sections covering only what your project needs.
Strengths:
- Lowest token cost (only what matters)
- Perfect fit for your specific project
- Easy to maintain (you wrote it, you know it)
- No dependencies on external repos
Weaknesses:
- Requires knowledge of what to include
- May miss important sections that templates cover
- No community testing
Best for: Experienced users who know exactly what Claude Code needs to know about their project.
Recommendation
Start with the Karpathy principles (Template 1) as your behavioral foundation. Add project-specific sections (Template 10) for your architecture, conventions, and constraints. Use claude-code-templates (Template 2) to generate framework-specific blocks. Keep total CLAUDE.md length under 2,000 words.
FAQ
Can I combine multiple templates?
Yes, but watch for contradictions. The Karpathy principles (Template 1) combine well with any project-specific template.
How often should I update my CLAUDE.md?
Review monthly or when your project undergoes significant architecture changes. Add new rules whenever Claude Code makes a repeated mistake.
Does CLAUDE.md size affect performance?
Yes. Every word consumes context window tokens. A 5,000-word CLAUDE.md uses roughly 6,500 tokens per session — about 3% of a 200K context window but a larger percentage of the working context.
Should I commit CLAUDE.md to git?
Yes. It is part of your project configuration and should be version-controlled. Team members benefit from shared conventions.
For more on CLAUDE.md patterns, see the CLAUDE.md best practices guide. For building your own skills to add to CLAUDE.md, read our skill building guide. For the full ecosystem overview, see the tools map.
Estimate usage → Calculate your token consumption with our Token Estimator.
See Also
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