analyzing-spac-transaction-structures
Evaluates SPAC de-SPAC transaction economics with sponsor dilution, redemption risk, PIPE analysis, and warrant impact. Use when analyzing SPAC deals, evaluating sponsor economics, or modeling de-SPAC outcomes.
Best use case
analyzing-spac-transaction-structures is best used when you need a repeatable AI agent workflow instead of a one-off prompt.
Evaluates SPAC de-SPAC transaction economics with sponsor dilution, redemption risk, PIPE analysis, and warrant impact. Use when analyzing SPAC deals, evaluating sponsor economics, or modeling de-SPAC outcomes.
Teams using analyzing-spac-transaction-structures should expect a more consistent output, faster repeated execution, less prompt rewriting.
When to use this skill
- You want a reusable workflow that can be run more than once with consistent structure.
When not to use this skill
- You only need a quick one-off answer and do not need a reusable workflow.
- You cannot install or maintain the underlying files, dependencies, or repository context.
Installation
Claude Code / Cursor / Codex
Manual Installation
- Download SKILL.md from GitHub
- Place it in
.claude/skills/analyzing-spac-transaction-structures/SKILL.mdinside your project - Restart your AI agent — it will auto-discover the skill
How analyzing-spac-transaction-structures Compares
| Feature / Agent | analyzing-spac-transaction-structures | Standard Approach |
|---|---|---|
| Platform Support | Not specified | Limited / Varies |
| Context Awareness | High | Baseline |
| Installation Complexity | Unknown | N/A |
Frequently Asked Questions
What does this skill do?
Evaluates SPAC de-SPAC transaction economics with sponsor dilution, redemption risk, PIPE analysis, and warrant impact. Use when analyzing SPAC deals, evaluating sponsor economics, or modeling de-SPAC outcomes.
Where can I find the source code?
You can find the source code on GitHub using the link provided at the top of the page.
SKILL.md Source
# Analyzing Spac Transaction Structures Evaluates SPAC de-SPAC transaction economics with sponsor dilution, redemption risk, PIPE analysis, and warrant impact. ## When To Use - Assessing a proposed de-SPAC business combination for a target company or investor - Modeling sponsor economics (founder shares, promote structure, earnouts) to quantify dilution to public shareholders - Evaluating redemption scenarios and their impact on trust value available at closing - Analyzing PIPE commitments alongside trust proceeds to determine total cash-to-balance-sheet - Reviewing warrant overhang and its effect on post-closing equity value per share - Comparing a SPAC path-to-market against a traditional IPO or direct listing ## Inputs To Gather - **SPAC IPO terms**: Trust size, unit composition (share + fraction of warrant), IPO price per unit, trust interest earned - **Sponsor structure**: Number of founder shares, promote percentage, any sponsor forfeiture or earnout arrangements, sponsor warrants (private placement warrants) - **De-SPAC deal terms**: Pro forma enterprise value, equity value, exchange ratio, earnout milestones if any - **Redemption data**: Historical redemption rates for comparable SPACs, any non-redemption agreements or backstop commitments, minimum cash condition [VERIFY against definitive proxy] - **PIPE details**: PIPE size, price per share, any discount or structural sweeteners (e.g., reset provisions, additional warrants), investor lock-up terms - **Warrant terms**: Strike price, redemption triggers (e.g., $18.00 cashless redemption), expiration, diluted share count at exercise [VERIFY warrant agreement for make-whole or anti-dilution provisions] - **Fee structure**: Deferred underwriting fees, advisory fees, transaction expenses held in trust or paid from operating cash ## Workflow 1. **Map the capital structure pre- and post-closing** - Build a sources-and-uses table: trust cash (net of redemptions), PIPE proceeds, rollover equity, any seller financing - Identify all share classes post-closing: public shares, founder shares (net of forfeitures), PIPE shares, earnout shares, public warrants, private placement warrants - Calculate fully diluted share count under treasury-stock method at various price levels ($10, $12, $15, $20) 2. **Quantify sponsor dilution** - Compute the sponsor promote as a percentage of post-closing equity at deal-price and at various share-price scenarios - If the sponsor has agreed to forfeit shares or convert to earnout shares, model the contingent dilution and the trigger thresholds - Compare effective sponsor economics to typical 20% promote benchmark and note any deviations 3. **Stress-test redemption scenarios** - Model low (10%), base (50%), and high (80%+) redemption cases - For each scenario, calculate remaining trust cash, total closing cash (trust + PIPE), and resulting cash-per-share to the combined entity - Identify the minimum cash condition threshold and flag whether high-redemption scenarios breach it [VERIFY minimum cash condition in the definitive agreement] - Note any non-redemption agreements or backstop arrangements that cap downside 4. **Evaluate PIPE terms and investor alignment** - Assess PIPE pricing relative to trust value ($10.00/share) and implied deal price - Flag structural features: price resets, make-wholes, convertible PIPEs, additional warrant coverage - Calculate PIPE investors' breakeven and effective discount to public shareholders - Review registration rights and lock-up period to gauge near-term selling pressure 5. **Analyze warrant overhang** - Calculate total warrants outstanding (public + private placement) and their dilutive impact at exercise - Model cashless-redemption scenarios if the SPAC has a forced-conversion feature at a share-price trigger - Estimate warrant overhang as a percentage of post-closing fully diluted shares and the dollar value of dilution at target share prices 6. **Compute implied valuation metrics** - Derive implied EV/Revenue, EV/EBITDA, and EV/target metric at the deal price, adjusting for sponsor dilution and warrant dilution - Compare to public-market trading comps and precedent de-SPAC transactions in the same sector - Sensitize valuation multiples across redemption scenarios to show the range of effective entry prices ## Output - **Sources & Uses Table**: Clear breakdown of where closing cash comes from and how it is deployed - **Dilution Waterfall**: Share-count bridge from trust shares through founder shares, PIPE shares, warrant exercises, and earnouts, showing dilution at each step - **Redemption Sensitivity Matrix**: Grid showing trust cash remaining, total closing cash, cash-per-share, and implied valuation at low/base/high redemption rates - **Sponsor Economics Summary**: Effective promote percentage, cost basis per founder share, and comparison to market norms - **Warrant Impact Analysis**: Diluted share counts and value-per-share impact at multiple price scenarios - **Valuation Comparison Table**: Implied multiples at deal price vs. sector comps, sensitized for redemptions and dilution - **Key Risks & Flags**: Itemized list of structural risks (high redemption exposure, aggressive PIPE terms, outsized warrant overhang, near-term lock-up expirations) ## Quality Checks - Verify that sources equal uses in the S&U table — any imbalance indicates a missing item - Confirm fully diluted share count reconciles to the proxy filing's capitalization table [VERIFY against definitive proxy/S-4] - Ensure redemption scenarios correctly reduce trust cash and public shares (not PIPE or founder shares) - Check that warrant dilution is applied using treasury-stock method at each price point, not as a flat addition - Validate PIPE terms against the subscription agreement — pricing, shares, and any reset or conversion features [VERIFY] - Cross-check sponsor forfeitures or earnout triggers against the sponsor support agreement [VERIFY] - Flag any assumption about trust interest, transaction expenses, or excise tax on redemptions that was estimated rather than sourced from filings