Yu-Gi-Oh! / Booster Display

Burst Protocol Booster Display EV Calculator

Estimate this physical product's no-chase expected value with a product-, region-, language-, and printing-specific model, then compare the modeled range with your entered cost. Estimated ROI is a planning metric, not a guaranteed return.

Model assumptions & evidence

Simulation order: complete product contents are drawn first. Included-pool controls and optional Sift are applied only after the draw, and filtered outcomes are never replaced or backfilled.

Release
February 6, 2026
Market scope
English / English North America (US-observed boxes) / 1st Edition; exact manufacturer printing wave undisclosed
Default singles price
TCGplayer Low
Model basis
Publisher + empirical collation

Calculator Settings

Calculation settingsSift off

Selling Fees

Price and Sift

EV RangeMonte CarloAdvanced

Purchase EV

Included poolsChoose which already-drawn pools count toward EV.

Sealed Price / EV

Marketplace rows retain marketplace-only labels and use each marketplace's low sealed-product price.

Low sealed marketplace price compared with the current Mid break-even price.
MarketplaceProduct priceBreak-even priceP/EBasis

Simulation Results

Low, Mid, and High are all derived from this same recalculated result set.

Confidence band: --

Modeled contribution mix

Card Value Breakdown

See which rarities and treatments are carrying the current gross EV.

Waiting for modeled rows

Card contribution data appears after prices load.Contents are drawn first; included-pool controls and optional Sift are applied afterward.
Model & EvidenceHow this calculation is supportedReview the product evidence, price coverage, and chase policy. EvidencePublisher + empirical collationReviewed October 5, 2026 Price coverage (reviewed)100.0% modeled mass100.0% measured rows Chase policyNo-chase baseline2 chase families excluded

Generated model: /data-static/yugioh/burst-protocol/models/booster-display-empirical-no-chase.json

Publisher + empirical collation

Evidence

This calculator is based on Publisher + empirical collation reviewed October 5, 2026.

Empirical sample

Sample unit
Display
Sample size
2
Observation window
Not reported by the source
Region
English North America (US-observed boxes)
Case correlations
Not preserved
Method
Two complete boxes / 48 wrappers. Ruxin34 identifies Tennessee store supply at 00:19-00:30, opens two boxes at 01:53, and finishes the opening at 20:35-20:40 without a Starlight. Twelve ordinary high-rarity hits are identified below. Each wrapper has eight Commons and one foil. The remaining 36 foils are ordinary Super Rare; this complement is a first-order derivation, not a separate observed sheet distribution.

Sources

Limitations

  • Empirical estimate from two US-observed English 1st Edition boxes (48 packs); not publisher odds. Small sample; independent cases were not identified.
  • Observation interval, factory printing detail and printing wave were not reported and remain null. Store supply is identified as Clarksville, Tennessee; US/Canada printing parity is not established.
  • 24 packs per display x 9 cards = 216 physical cards; eight Commons plus one ordinary foil per pack. Foil probabilities 3/4 Super, 1/6 Ultra, 1/12 Secret are marginal estimates, not box/case guarantees.
  • Independent marginal pack draws; no per-box or case guarantees or correlations are claimed.
  • Equal positive 1/1 weights within each ordinary English rarity pool are explicitly reviewed modeling assumptions, not measured per-SKU pull rates or rarity-count probabilities.
  • Starlight cards and branches are removed before drawing. The retained foil probabilities are normalized to one; all 216 physical cards remain modeled. No unknown chase probability is invented.
  • Draw all cards first, then apply disabled pools, user filters and Sift without reroll or backfill.
  • Secret chart has eight blank cells; commentary says 542 each. Ultra chart reports four 660-copy identities and ten 815-copy identities. Factory territory, original collector, opening interval and case-level data were not verified. This is a follow-up research lead, not an independently reconciled North American weighting ledger. Unequal Ultra weights may materially change this equal-within-pool estimate; do not represent the two-box sample as a 230-case sample.
  • Replace or withdraw on publisher odds, a complete attributable English North American product/printing-specific ordinary SKU ledger, or credible contrary exact-variant collation evidence.

Local price snapshots

Pricing

Historical Low-price review: these figures describe the printing pool and observation date used for the original review. They do not establish current price availability or completeness of a later corrected model. Current selected-source coverage is shown separately after loading.

TCGplayer Low is the default singles price for the first calculation and remains selected until changed. Resetting the price source returns to TCGplayer Low.

Row coverage (historical review)
100.0%
Modeled mass coverage (historical review)
100.0%
Coverage observed
October 5, 2026
Low-price source
Available Via Tcgcsv

No catalog-level price fallbacks are recorded. Runtime gaps are disclosed below when data loads.

TCGplayer Low coverage will be checked against the loaded local price snapshot.

Generated model and price snapshot dates load with this calculator.

No-chase model

Chase Exclusions

Excluded chase families are removed from the model entirely. They are never retained as zero-EV occupied outcomes. Each affected physical position is instead filled from its disclosed supported ordinary pool before the product draw is completed.

  • Starlight Rare
  • Serialized cards

Basis: Starlight cards and branches are removed before drawing. The retained foil probabilities are normalized to one; all 216 physical cards remain modeled. No unknown chase probability is invented.

Product snapshot

Modeled Product Structure

Cards per pack
9
Packs per booster display
24
Draw order
Complete draw, then filters

All modeled slots are resolved before pool toggles or Sift score the opened product. This ordering prevents replacement draws from inflating EV.

Release-specific model analysis

What drives Burst Protocol Booster Display

Product profile. This booster display resolves 216 card positions across 100 named outcomes. The model snapshot dated October 5, 2026 contains 50 Common, 26 Super Rare, 14 Ultra Rare, 10 Secret Rare. Its largest slot groups are 50 common, 26 super rare, 14 ultra rare, 10 secret rare. Every listed outcome contributes to the published baseline unless the visitor applies a post-draw filter.

Largest modeled weights. Archfiend Playtime #BPRO-EN073 (3.84 expected per booster display), Archfiend Strategy #BPRO-EN060 (3.84 expected per booster display), Archfiends Fervor #BPRO-EN074 (3.84 expected per booster display), Arsenal Audit #BPRO-EN078 (3.84 expected per booster display), Assault Lich #BPRO-EN009 (3.84 expected per booster display). These are frequency leaders in the product model, not a promise that any individual opening will contain them.

Release-specific card examples. Archfiend Emperor #BPRO-EN031, AssistYummy #BPRO-EN076, BES Derringer Core #BPRO-EN021, Darklord Eveningstar #BPRO-EN036, Rokket Loader #BPRO-EN001, Hollowrokket Dragon #BPRO-EN002, Rokket Detonator #BPRO-EN003, Tellusion the Magna Warrior #BPRO-EN004. Seeing the named pool makes it possible to compare this release with adjacent sets instead of treating every sealed product as the same generic pack calculation.

Reference snapshot value concentration. At the TCGplayer Low snapshot dated October 5, 2026, 100 modeled outcomes have a usable direct or documented fallback price. The largest deterministic contributions come from Ecclesia and the Dark Dragon #BPRO-EN041 ($11.80), Forbidden Crown #BPRO-EN067 ($9.60), Fallen of the White Dragon #BPRO-EN024 ($8.70), Elfnote Lucina #BPRO-EN010 ($4.70), Spenta the Magistus Sealer #BPRO-EN098 ($2.13). Together those five rows account for 77.2% of the modeled gross value. This dated reference does not update with the live calculator's prices or Sift settings.

The baseline product model is constructed first, including any documented chase exclusions. The calculator then draws the complete baseline product. Included-pool controls and optional Sift evaluate that completed draw afterward and do not alter its collation.

Pack & Booster Display EV

Pack and per-product Low, Mid, and High expected value ranges from one recalculation. Each physical unit is simulated separately. Fractional display-rate slots are coupled as needed to keep the full pack card count and preserve expected slot weights; factory pack correlations remain an approximation.
MetricLowMidHigh
Pack EV (gross)$0.00$0.00$0.00
Booster Display EV × 24 packs (gross)$0.00$0.00$0.00
Seller fees$0.00$0.00$0.00
Net after fees$0.00$0.00$0.00
Profit after purchase$0.00$0.00$0.00
Break-even price (Mid)$0.00

Purchase EV & Estimated ROI

Purchase Low, Mid, and High EV and estimated ROI values from the same recalculated simulation.
MetricLowMidHigh
Gross EV$0.00$0.00$0.00
Total fees$0.00$0.00$0.00
Net after fees$0.00$0.00$0.00
Profit after expenses$0.00$0.00$0.00
Modeled ROI vs entered cost------

booster displays: 0 · Price/booster display: $0.00 · Total cost: $0.00

How is estimated ROI calculated? It equals modeled profit divided by the entered product cost. Modeled profit subtracts that product cost, selected seller fees, and any entered order or shipping costs from the modeled resale value. It is not a guaranteed return; pull variance, market price changes, taxes, and other unmodeled selling costs can change actual resale results.

Expected contribution

Card Value Breakdown

Modeled card rows, current values, fees, and expected products per copy.
NameSetCard #RarityTreatmentValueSeller feesProducts / copy
Expected cards/booster display after toggles and Sift0.00
Preparing calculator...

The simulator draws the full physical product first, then applies disabled pools and optional Sift. Filtered outcomes occupy their actual slots and are never backfilled.