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8.20% p.a. Multi Barrier Reverse Convertible (Callable) — Simulation Analysis

Monte-Carlo Simulation Report  |  EUR-denominated structured product  |  ~18-month term
Headline Simulation Results
Expected Annualized Return
2.07%
vs ~1.99% EUR risk-free rate
Probability of a Negative Return
19.41%
~80.6% of scenarios are positive
99% Confidence VaR (1 year)
−37.82%
fat left tail from barrier-delivery scenarios
Expected Total Return (realized holding period)
1.52%
mean pathwise total return
Expected Holding Period
14.83 mo
~1.24 years (early calls shorten the term)
Median Annualized Return
8.04%
coupon-like central outcome

The product is expected to earn a modest premium over the ~1.99% EUR risk-free rate (it outperforms the risk-free rate in 80.51% of scenarios on a pathwise annualized basis), but it carries a fat left tail. In roughly 19.6% of scenarios the worst-performing underlying breaches the 59% barrier and finishes below its strike; the investor then receives that worst-of stock at maturity, with outcomes ranging from near break-even to steep losses (worst simulated total return: −66.30%).

Coupons are still paid in full in these scenarios, so a barrier breach alone is not a loss — the probability of an actual net loss is 19.41%. These tail outcomes dominate the expected result.

Basic Product Information

What it is: A "Multi Barrier Reverse Convertible" (SSPA type 1230) issued in EUR, linked to three German stocks — Douglas (DOU), Fielmann (FIE) and Hornbach Holding (HBH) — and callable by the Issuer. Denomination EUR 1,000 per product, ~18-month term.

How it works (layman's terms):
  • The investor receives a fixed coupon of 8.20% p.a., paid quarterly (2.05% per payment, i.e. EUR 20.50 per EUR 1,000). Over the full 18-month term this amounts to 12.30% of the notional, paid regardless of how the three shares perform.
  • At maturity the capital is returned in full (100%) unless at any time during the product's life at least one of the three shares has traded at or below 59% of its starting level (the "barrier").
  • If the barrier is not touched, the investor gets 100% back plus all coupons — a fully positive outcome.
  • If the barrier is touched and the worst performing share finishes below its starting level, the investor receives (a value equal to) that worst share instead of 100%, converting the coupon income into a capital loss. If the worst share still finishes at or above its starting level, capital is again returned in full.
  • The Issuer may redeem the product early (at 100% plus the coupon then due) on quarterly dates from month 6 onwards — in this analysis the call is assumed to be exercised when all three shares trade at or above their starting level (see assumption note).
  • Upside is capped at the coupons; there is no participation in rising share prices.
Key Statistics — Structured Product vs Underlying Benchmark
Metric (annualized) Structured Product Underlying Basket (w/ div) Risk-free (EUR)
Expected return 2.07% 12.49% 1.99%
Volatility 12.84% 17.75% 0.00%
Probability of loss 19.41% 25.52% 0.00%
99% VaR (1 year) −37.82% −19.30% 1.99%

Benchmark = equal-weight basket of the three underlyings (Douglas, Fielmann, Hornbach), including reinvested dividends, measured over the same holding period as the product in each simulation.

Reading the numbers: the equal-weight basket shows a higher average return and a less negative 99% VaR than the structured product. This reflects the product's worst-of construction — it concentrates downside into the single worst performer while giving up upside. In exchange, the product converts the frequent small losses of the volatile basket into a coupon stream: the probability of any loss is lower for the product (19.41% vs 25.52%) and its median outcome is a tidy ~8% annualized. The product's risk sits almost entirely in the tail of the barrier-delivery scenarios.

Note on holding period: because the product may be called early (34.15% of scenarios end before maturity, at months 6–15), per-simulation returns are annualized from short horizons; the average total return of 1.52% should be read together with the average holding period of 14.83 months and the mean annualized return of 2.07%.

Charts
Simulation outcomes: product return vs underlying basket return

Each dot is one simulated path; the colour shows how long the product was held. The red dashed line is the 1:1 line.

Scatter plot
Distribution of annualized returns — underlying basket (with dividends)

Bars are 1% bins, coloured by holding period of the corresponding simulation.

Underlying histogram
Distribution of annualized returns — structured product

Bars are 1% bins, coloured by holding period. Note the mass near +8% (coupon-like outcomes) and the long left tail from barrier-delivery scenarios.

Product histogram
Scenario probabilities

Worst case = negative total return; best case = all six coupons received plus full capital returned; and outperforming the risk-free rate.

Scenario probabilities
Risk / return profile

Expected annualized return vs volatility for the product, the underlying basket and the risk-free rate.

Risk return scatter
Box plot — annualized return comparison
Box plot
Holding period distribution

The product can end at months 6, 9, 12, 15 (Issuer call) or 18 (maturity).

Pie years
Number of coupons received
Pie coupons
Investment Commentary
Attractive features (worth noting):
  • Coupon is paid regardless of share performance — 8.20% p.a. paid quarterly; even in barrier-loss scenarios all coupons accrued up to the end are still paid (mean 4.94 coupons, ~10.14 points of the 100 notional, across all simulations).
  • Deep conditional protection: the barrier at 59% (41% below initial) with a worst-of trigger is breached in only ~21% of simulated paths (monthly-monitoring approximation), and even then capital is only impaired if the worst share finishes below its start.
  • High probability of a positive outcome: ~80.6% of scenarios deliver a positive return; ~46% produce the maximum outcome (all coupons + full capital), and the median annualized return is 8.04%.
  • Expected return is positive and sits modestly above the EUR risk-free rate.
Trade-offs to be aware of:
  • Worst-of tail risk: losses, when they occur, are severe — the product's 99% VaR (−37.82%) is materially worse than the diversified basket's (−19.30%), because the investor absorbs the decline of the single worst stock rather than an average. Losses only materialise if the worst performer breaches the 59% barrier and ends below ~87.7% of its start (net of the 12.30% coupons); a breach by itself is not a loss.
  • Capped upside: no participation in positive share performance; the best possible outcome is the coupon stream.
  • Issuer call: under the modelling assumption, the Issuer redeems early on strong paths, which shortens the coupon stream. A held-to-maturity (no-call) sensitivity shows a mean total return of 3.68% over the full 18-month term (mean pathwise annualized ≈ 2.02%), versus 1.52% mean total return with the call (mean pathwise annualized 2.07%) — the difference reflects the shortened holding periods under the call, not a materially different annualized expectation.
  • Issuer credit risk (Leonteq Securities AG) applies to all payments.
Key modelling assumption (labelled per term-sheet ambiguity): the term sheet grants the Issuer a discretionary early-redemption right without a mechanical trigger. The primary simulation assumes the Issuer calls on an observation date when all three underlyings trade at or above 100% of their initial level. A "no early redemption" (held-to-maturity) sensitivity is reported above; both variants give an expected annualized return of ≈2.0% with a loss probability of ≈19.4%.
This analysis is a quantitative illustration based on simulated market scenarios; it does not constitute investment advice or a suitability assessment.