lev-os Analyzing Share Class Arbitrage
Evaluates dual-class share structures with discount analysis, unification catalysts, and governance reform probability assessment.
When To Use
- Assessing the spread between voting and non-voting (or limited-voting) share classes for a potential arbitrage position
- Evaluating whether a dual-class unification is likely and pricing the probability-weighted upside
- Analyzing governance reform catalysts (activist campaigns, index inclusion pressure, regulatory changes, founder transitions)
- Screening for share class discount compression opportunities across a universe of dual-class issuers
- Supporting an activist thesis that includes a unification demand or governance simplification proposal
Inputs To Gather
- Share class structure: Number of classes, voting rights per share, economic rights per share, conversion ratios, and any sunset provisions [VERIFY sunset clause details against charter/articles]
- Market data: Current prices for each share class, historical spread (3-year minimum), trading volumes, and float for each class
- Ownership breakdown: Insider/founder voting control percentage, institutional ownership by class, index fund holdings
- Corporate governance documents: Articles of incorporation, bylaws, any shareholder agreements governing class conversion or unification [VERIFY jurisdiction-specific rules on charter amendments]
- Catalyst timeline inputs: Founder age/succession planning signals, upcoming index rebalancing dates, pending regulatory proposals (e.g., stock exchange listing standard changes), activist 13D/13F filings
- Comparable transactions: Prior unification transactions in the same sector or jurisdiction, including exchange ratios and premiums paid
Workflow
Map the share class structure
- Document each class's voting power, economic entitlement, and conversion mechanics
- Identify any automatic sunset triggers (time-based, ownership threshold, death/incapacity of founder)
- Flag any anti-unification provisions (supermajority vote requirements, board-only conversion authority)
Calculate the current discount and historical range
- Compute the non-voting (or low-vote) discount:
(Price_High_Vote - Price_Low_Vote) / Price_High_Vote - Chart the discount over 1-, 3-, and 5-year windows to identify trend direction
- Benchmark against peer dual-class issuers in the same sector and market cap range
- Compute the non-voting (or low-vote) discount:
Identify and score unification catalysts
- For each potential catalyst, assign a probability estimate (low / medium / high) and expected time horizon:
- Founder transition: Aging founder, succession planning announcements, estate planning signals
- Index pressure: Exclusion from or conditional inclusion in major indices (S&P 500, FTSE Russell) [VERIFY current index provider policies on dual-class eligibility]
- Activist engagement: Existing 13D filings, proxy contest history, public letter campaigns
- Regulatory/exchange action: Proposed listing standard changes, SEC rulemaking
- Capital markets need: Company likely to issue equity, pursue M&A, or seek debt refinancing where simplified structure helps
- Weight each catalyst by its historical success rate in comparable situations
- For each potential catalyst, assign a probability estimate (low / medium / high) and expected time horizon:
Model the unification economics
- Estimate the likely exchange ratio (typically 1:1, but review precedent transactions for premium/discount adjustments)
- Calculate the probability-weighted return:
Expected Return = P(unification) × (Upside at unification) - (1 - P(unification)) × (Carry cost + Discount drift risk) - Sensitivity-test key assumptions: probability of unification, time to unification, and exchange ratio
- Factor in dividend differentials between classes (if any) as carry income or cost
Assess risks and friction
- Controlling shareholder blocking power: Can insiders single-handedly block a charter amendment? [VERIFY vote threshold requirements under applicable state/country corporate law]
- Liquidity risk: Low-float share classes may have wide bid-ask spreads and slippage on exit
- Time decay: Opportunity cost if the discount persists for years without a catalyst
- Adverse selection: Insiders may have informational advantages about the likelihood of unification
Formulate the trade structure
- Long the discounted class / short the premium class (classic convergence trade), or
- Outright long the discounted class with a catalyst thesis (directional)
- Size the position relative to liquidity constraints and portfolio risk limits
Output
The deliverable is a Share Class Arbitrage Analysis Report containing:
- Executive summary: Ticker, share classes analyzed, current discount, top catalyst, and recommendation (trade / monitor / pass)
- Structure overview table: Side-by-side comparison of each class (votes, economics, conversion rights, float, volume)
- Discount analysis: Current level, historical range, percentile ranking, peer comparison chart
- Catalyst scorecard: Each catalyst rated by probability, timing, and impact, with an aggregate unification probability estimate
- Return model: Base, bull, and bear scenario returns with explicit assumptions for each
- Risk matrix: Key risks ranked by severity and likelihood, with mitigants identified
- Trade recommendation: Entry structure, sizing guidance, target exit levels, and stop-loss parameters
Quality Checks
- Confirm all voting and economic rights are sourced from the actual charter or articles of incorporation, not secondary summaries
- Verify that the discount calculation uses contemporaneous pricing (same date/time for both classes)
- Ensure catalyst probabilities are grounded in comparable precedent transactions, not arbitrary estimates
- Check that the return model accounts for borrow costs (if shorting the premium class) and dividend differentials
- Validate that jurisdiction-specific vote thresholds for charter amendments are correctly applied [VERIFY]
- Confirm no stale data: index policy dates, activist filing dates, and founder biographical details should be current
- Flag any situation where the analysis relies on a single catalyst — diversified catalyst support strengthens conviction