In traditional hospitality investing, performance is often framed around IRR and yield projections. Yet these metrics can be dangerously misleading when evaluated outside the context of volatility, liquidity, and geopolitical fragility. Bay Street Hospitality addresses this by engineering dynamic risk-adjusted returns—a quantamental framework that recalibrates expectations and structures based on proprietary metrics:
• Bay Score
• Adjusted Hospitality Alpha (AHA)
• Bay Adjusted Sharpe (BAS)
• BMRI (Macro Risk)
• LSD (Liquidity Stress Delta)
Why Traditional Metrics Fail
Static IRR ignores key risks such as:
• Capital stack fragility
• Region-specific macro shocks
• Sponsor underperformance
• Exit delays (IRR drag)
• FX repatriation volatility
A 20% IRR deal in a fragile jurisdiction is not inherently superior to a 12% IRR deal in a stable market. Bay Street’s dynamic scoring engine is designed to correct this misrepresentation by repricing risk through data—not assumptions.
Engineering the True Return: Framework Overview
Core formulas:
AHA = (IRR − Benchmark) − Illiquidity Premium
BAS = AHA ÷ Volatility (synthetic or observed)
Adjusted IRR = IRR × (1 − BMRI)
LSD Impact = IRR − (IRR × Liquidity Delay Factor)
FX Premium = Modeled via 90-day volatility index vs USD
Inputs Used for Dynamic Repricing
AHA: Excess return above hospitality benchmark (BSHI adjusted)
BAS: AHA ÷ volatility (proxy REITs + dispersion)
BMRI: Country macro risk (FX, tourism, sovereign spread)
LSD: Exit drag scenario-tested (CoStar + JV data)
Volatility (Synthetic): Public REIT proxy × dispersion factor
Practical Example: Portugal vs Sri Lanka
Metric Comparison
Portugal Boutique Deal:
IRR: 14.2%, BMRI: 0.08, LSD: 1.5%, Volatility: 8.2%, AHA: 3.2%, BAS: 0.39, Adjusted IRR: 13.1%
Sri Lanka Ground-Up:
IRR: 22.5%, BMRI: 0.25, LSD: 4.3%, Volatility: 17.5%, AHA: 1.5%, BAS: 0.086, Adjusted IRR: 16.8%
Conclusion: Portugal deal offers superior risk-adjusted return and stress-tested defensibility.
Integration into Capital Structuring
• Preferred Return: Linked to AHA bands
• GP Promote: Earned only if LSD stays within range
• Fee Rebates: Triggered if realized volatility exceeds model
• Exit Penalties: Applied if BMRI is high and FX hedging is weak
Strategic Implications for LPs
• Capital Efficiency: Deploy capital where downside-adjusted return is strongest
• Portfolio Resilience: Monitor IRR drift via AHA/BAS vs benchmark
• Tactical Allocation: Move capital toward low-LSD, low-BMRI regions
• Cross-Asset Consistency: Same rules apply to private equity, REITs, developers
Conclusion
Bay Street Hospitality’s risk-adjusted return engineering system is purpose-built for institutional LPs navigating a volatile global hospitality market. Rather than rely on headline IRRs or opaque sponsor models, this approach anchors every deal in volatility-aware, liquidity-modeled, macro-adjusted logic. It is not just return-seeking. It is return-defensible.
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