virattt / dcf-valuation
Install for your project team
Run this command in your project directory to install the skill for your entire team:
mkdir -p .claude/skills/dcf-valuation && curl -L -o skill.zip "https://fastmcp.me/Skills/Download/1527" && unzip -o skill.zip -d .claude/skills/dcf-valuation && rm skill.zip
Project Skills
This skill will be saved in .claude/skills/dcf-valuation/ and checked into git. All team members will have access to it automatically.
Important: Please verify the skill by reviewing its instructions before using it.
Performs discounted cash flow (DCF) valuation analysis to estimate intrinsic value per share. Triggers when user asks for fair value, intrinsic value, DCF, valuation, "what is X worth", price target, undervalued/overvalued analysis, or wants to compare current price to fundamental value.
0 views
0 installs
Skill Content
--- name: dcf-valuation description: Performs discounted cash flow (DCF) valuation analysis to estimate intrinsic value per share. Triggers when user asks for fair value, intrinsic value, DCF, valuation, "what is X worth", price target, undervalued/overvalued analysis, or wants to compare current price to fundamental value. --- # DCF Valuation Skill ## Workflow Checklist Copy and track progress: ``` DCF Analysis Progress: - [ ] Step 1: Gather financial data - [ ] Step 2: Calculate FCF growth rate - [ ] Step 3: Estimate discount rate (WACC) - [ ] Step 4: Project future cash flows (Years 1-5 + Terminal) - [ ] Step 5: Calculate present value and fair value per share - [ ] Step 6: Run sensitivity analysis - [ ] Step 7: Validate results - [ ] Step 8: Present results with caveats ``` ## Step 1: Gather Financial Data Call the `financial_search` tool with these queries: ### 1.1 Cash Flow History **Query:** `"[TICKER] annual cash flow statements for the last 5 years"` **Extract:** `free_cash_flow`, `net_cash_flow_from_operations`, `capital_expenditure` **Fallback:** If `free_cash_flow` missing, calculate: `net_cash_flow_from_operations - capital_expenditure` ### 1.2 Financial Metrics **Query:** `"[TICKER] financial metrics snapshot"` **Extract:** `market_cap`, `enterprise_value`, `free_cash_flow_growth`, `revenue_growth`, `return_on_invested_capital`, `debt_to_equity`, `free_cash_flow_per_share` ### 1.3 Balance Sheet **Query:** `"[TICKER] latest balance sheet"` **Extract:** `total_debt`, `cash_and_equivalents`, `current_investments`, `outstanding_shares` **Fallback:** If `current_investments` missing, use 0 ### 1.4 Analyst Estimates **Query:** `"[TICKER] analyst estimates"` **Extract:** `earnings_per_share` (forward estimates by fiscal year) **Use:** Calculate implied EPS growth rate for cross-validation ### 1.5 Current Price **Query:** `"[TICKER] price snapshot"` **Extract:** `price` ### 1.6 Company Facts **Query:** `"[TICKER] company facts"` **Extract:** `sector`, `industry`, `market_cap` **Use:** Determine appropriate WACC range from [sector-wacc.md](sector-wacc.md) ## Step 2: Calculate FCF Growth Rate Calculate 5-year FCF CAGR from cash flow history. **Cross-validate with:** `free_cash_flow_growth` (YoY), `revenue_growth`, analyst EPS growth **Growth rate selection:** - Stable FCF history → Use CAGR with 10-20% haircut - Volatile FCF → Weight analyst estimates more heavily - **Cap at 15%** (sustained higher growth is rare) ## Step 3: Estimate Discount Rate (WACC) **Use the `sector` from company facts** to select the appropriate base WACC range from [sector-wacc.md](sector-wacc.md). **Default assumptions:** - Risk-free rate: 4% - Equity risk premium: 5-6% - Cost of debt: 5-6% pre-tax (~4% after-tax at 30% tax rate) Calculate WACC using `debt_to_equity` for capital structure weights. **Reasonableness check:** WACC should be 2-4% below `return_on_invested_capital` for value-creating companies. **Sector adjustments:** Apply adjustment factors from [sector-wacc.md](sector-wacc.md) based on company-specific characteristics. ## Step 4: Project Future Cash Flows **Years 1-5:** Apply growth rate with 5% annual decay (multiply growth rate by 0.95, 0.90, 0.85, 0.80 for years 2-5). This reflects competitive dynamics. **Terminal value:** Use Gordon Growth Model with 2.5% terminal growth (GDP proxy). ## Step 5: Calculate Present Value Discount all FCFs → sum for Enterprise Value → subtract Net Debt → divide by `outstanding_shares` for fair value per share. ## Step 6: Sensitivity Analysis Create 3×3 matrix: WACC (base ±1%) vs terminal growth (2.0%, 2.5%, 3.0%). ## Step 7: Validate Results Before presenting, verify these sanity checks: 1. **EV comparison**: Calculated EV should be within 30% of reported `enterprise_value` - If off by >30%, revisit WACC or growth assumptions 2. **Terminal value ratio**: Terminal value should be 50-80% of total EV for mature companies - If >90%, growth rate may be too high - If <40%, near-term projections may be aggressive 3. **Per-share cross-check**: Compare to `free_cash_flow_per_share × 15-25` as rough sanity check If validation fails, reconsider assumptions before presenting results. ## Step 8: Output Format Present a structured summary including: 1. **Valuation Summary**: Current price vs. fair value, upside/downside percentage 2. **Key Inputs Table**: All assumptions with their sources 3. **Projected FCF Table**: 5-year projections with present values 4. **Sensitivity Matrix**: 3×3 grid varying WACC (±1%) and terminal growth (2.0%, 2.5%, 3.0%) 5. **Caveats**: Standard DCF limitations plus company-specific risks