Morgan Stanley SPXFP Callable Jump Notes due September 5, 2031 — Simulation Report

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Headline Results

15.13%
Expected annualized return
0.00%
Probability of negative returns (payoff-based, see note below)
0.00%
99% confidence VaR (1-year) (payoff-based, see note below)
31.05%
Expected total return over realized holding period
30.58 mo
Expected holding period (≈2.55 years)
70.45%
Probability of early redemption (issuer call)
29.55%
Probability held to maturity
Note on risk metrics: The 0.00% probability of loss and 99% VaR are computed on the contractual payoff the investor receives at the redemption/maturity date (principal is protected at maturity). They do not reflect mark-to-market risk: if the notes are sold in the secondary market before their scheduled payoff, the realized value can differ (the issuer's estimated value is $958.20 per note, below the $1,000 issue price). No credit risk on the issuer/guarantor is modeled.

Basic Product Information

Morgan Stanley SPXFP Callable Jump Notes (CUSIP 61781DKH0, USD) reference a single underlier — the S&P 500® Futures Excess Return Index (SPXFP). The notes do not pay interest (no coupons).

How it works (layman's explanation):
  • You invest $1,000 per note. At maturity the notes pay at least $1,000 — your principal is protected regardless of how far the underlier falls.
  • If the underlier is up at maturity (and the notes have not been redeemed early), you receive $1,000 + 160% × the underlier gain (e.g., +20% underlier → $1,320; +60% → $1,960). Upside participation is not capped.
  • Starting one year after issue (September 2027), Morgan Stanley may redeem the notes early on any of 48 monthly dates, in whole, when its risk-neutral valuation model determines that redeeming is economically rational. If called, you receive a preset amount that increases each month: $1,200 (Sep 2027) rising by $16.67/month to $1,983.33 (Aug 2031) — i.e., +20% to +98% cumulative.
  • In practice the issuer tends to call early in rising markets (locking in your fixed return), while in weak markets the notes run to maturity and you receive principal protection plus any recovered upside.
Simulated outcome profile:

~58% of simulations are called within the first two years, ~12% between years 2–4, and ~30% run to maturity. In the simulated distribution the maximum annualized return is 20% — achieved when the notes are called at the first redemption date (+20% in one year). Although the maturity participation is contractually uncapped, in the simulation only weaker-underlier paths reach maturity, so none of the held-to-maturity payoffs exceeded a 20% annualized return.

Key Statistics (annualized)

Metric Structured Product Underlying benchmark (S&P 500 total return, incl. dividends)
Expected annualized return 15.13% 15.55%
Expected annualized volatility 7.02% 10.74%
Probability of loss 0.00% 8.03%
99% confidence VaR (1-year) 0.00% −9.74%

The underlying benchmark is the S&P 500 index total return (price appreciation plus dividends), used as the reference proxy for the SPXFP futures-excess-return underlier. The product payoff itself is computed on the underlier price index (no dividends).

Additional product statistics

Charts

Simulation Outcomes: Structured Product vs. Underlying

Scatter plot of simulated outcomes for the structured product against the underlying index.

Scatter plot
Annualized Return Distributions (1% bins, colored by holding period)

Distribution of annualized returns for the underlying benchmark (left) and the structured product (right).

Underlying histogram
Product Annualized Return Distribution

Distribution of annualized returns for the structured product, colored by holding period.

Product histogram
Scenario Probabilities

Probability of each scenario outcome across the simulation.

Scenario bar
Risk / Return Profile

Risk-return positioning of the structured product relative to the underlying benchmark.

Risk/Return scatter
Return Distribution Comparison (Box Plot)

Box plot comparing the distribution of returns between the structured product and the underlying.

Box plot
Holding Period

Distribution of realized holding periods across simulations (pie chart).

Holding period pie
Coupons

Coupon outcomes across simulations (pie chart).

Coupons pie

Investment Commentary

Notable strengths:
  • Full principal protection at maturity — the simulation shows a 0.00% probability of loss on the contractual payoff and a 99% VaR of 0.00%, a genuinely rare profile for an equity-linked investment.
  • Strong expected return (15.13% annualized) driven by the early-redemption schedule: a large share of simulations (≈45%) are called at the first redemption date, delivering a +20% return in roughly one year.
  • High probability of beating cash: 86.68% of simulations outperform the ~3.7% risk-free rate, and 77.25% exceed 10% annualized.
  • Lower volatility than the underlier (7.02% vs. 10.74% annualized) with a comparable expected return.
Considerations worth noting:
  • The issuer's early-redemption right caps the practical upside in rising markets: when the notes are called (≈70% of simulations), the holder receives the fixed redemption amount rather than the 160% participation, so the simulated maximum annualized return is 20%.
  • In weak markets the notes tend to be held to maturity; about 9.5% of simulations end with a 0% total return over the full 5-year term (principal returned, no gain) — an opportunity cost versus the risk-free rate.
  • Because many simulations end within the first two years, annualized figures should be interpreted together with the expected total return (31.05%) and holding period (≈2.55 years).
  • The notes carry issuer/guarantor credit risk and are subject to early-redemption (call) risk; secondary-market value may differ from the payoff profile shown.

This analysis is for informational purposes only and does not constitute investment advice or a suitability assessment.