Strategic Baseby Eurostatecraft
Strategic Base/Decision models/European 155 mm
Derived analytical model · public presentation v1

Where does European 155 mm scale-up actually bind, and what evidence would change the assessment?

A configuration-specific view of the production system, the mechanisms most likely to constrain usable output, and the evidence needed to reverse the call.

AnalysisIN-BOTTLENECK-155MM-V0.1
Evidence cutoff2026-08-18
Stages14
Hypotheses8
01 · Question and current call

Fragmented capacity, not one proven Europe-wide choke point.

Current judgment

No single Europe-wide bottleneck is observed. Fragmented configuration-specific capacity is the strongest system hypothesis; qualification/conformity and configuration-specific energetics supply are the strongest current mechanisms.

What we thinkH7 configuration fragmentation is strongest overall.

H6 qualification/conformity is the strongest institutional mechanism. H4 configuration-specific energetics is the strongest physical candidate.

ConfidenceHigh on the global evidence limit; medium on the ranking.

No Europe-wide observed bottleneck is supported. H7 and H6 are medium-confidence; current Europe-wide H4 is medium-low.

What we do not knowUsable, accepted flow for one exact configuration.

Output, yield, queues, qualified alternatives, commitments and stage-to-delivery loss do not close across one European flow.

What would reverse itA same-configuration accepted-flow record with queues, yields and a named stage-to-delivery transmission event.

A named transmitted loss can upgrade a stage; demonstrated compatible slack can downgrade it.

Scopeconfiguration-specific accepted and deliverable 155 mm ammunition; not a calibre-wide fungible pool. The bounded 2023 French episode below is historical evidence, not a current Europe-wide upgrade.
Bounded pooling can work

Yes. Row A falsifies a universal H7 claim that different-manufacturer 155 mm components cannot be pooled, but only within the published projectile-specific OFdMKM/OFdMKM DV, KZ984, charge-system and KRAB envelopes; it does not prove formal customer acceptance or equal performance.

Qualification is conditional

EDA evidence is strong enough to establish repeated qualification as real conditional friction and a source of delay and cost, not to quantify currently stranded capacity or claim universal retesting.

No usable pool number

A quantitative effective-capacity number is not defensible because no row aligns exact capacity, product state, configuration, platform/customer acceptance, qualification and time basis.

02 · Production-system map

Capacity survives only when the exact configuration survives every gate.

No selected case closes the same-product, same-site, same-period path through production, conformity, customer acceptance and delivery. Missing downstream evidence is an evidence gap—not zero output or observed loss.

  1. 01 ANNOUNCED TARGET
  2. 02 INSTALLED NAMEPLATE
  3. 03 COMMISSIONED CAPACITY
  4. 04 ACTUAL PRODUCTION
  5. 05 CONFORMING OUTPUT
  6. 06 CUSTOMER ACCEPTED OUTPUT
  7. 07 DELIVERED OUTPUT
  8. 08 UNCOMMITTED AVAILABLE OUTPUT Accepted or delivered output demonstrably available after existing commitments. No selected case currently quantifies it.

Not arithmetic: announced or nameplate capacity cannot be converted into production, accepted output, delivery or uncommitted slack. Valid capacity-survival ratios in the reviewed ladder: 0.

  1. 01
    S01_FORMING_FORGING

    shell/hollow-body raw form and forging

    WEAK_BOTTLENECK_CANDIDATEConfidence · low medium
    Capacity / output signal

    Targets, a delivery context and a multi-year contract/conditional capacity lead exist; no accepted stage-output series exists.

    Transmission evidence

    none

    Decisive missing evidence

    Same-configuration accepted bodies, yield, utilization, backlog and downstream loss.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • Werk Niedersachsen / Unterluess
    • Les Forges de Tarbes

    Dependencies

    Exact material, body configuration and downstream machining/LAP acceptance are unresolved.

    Known alternatives

    At least two actors appear, but compatible qualified alternatives and slack are not established.

    Qualification friction

    Tarbes qualification context exists; exact customer/process transfer remains unresolved.

    Ramp evidence

    Unterluess targets and Tarbes conditional allocation are not achieved output.

  2. 02
    S02_MACHINING_BANDING

    rough/finish machining and driving-band work

    UNKNOWNConfidence · low
    Capacity / output signal

    Process and start-up evidence only; no accepted rate or queue.

    Transmission evidence

    none

    Decisive missing evidence

    Accepted rate, queue, scrap/rework and qualified alternatives.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • Werk Niedersachsen / Unterluess
    • KNDS Belgium / Petit-Roeulx-lez-Nivelles

    Dependencies

    Requires compatible formed bodies and downstream acceptance.

    Known alternatives

    Two actors are named, but compatibility and spare capacity are unknown.

    Qualification friction

    Tooling, process transfer and accepted configuration scope are unknown.

    Ramp evidence

    A new dedicated unit was inaugurated; usable throughput is not reported.

  3. 03
    S03_HEAT_SURFACE

    heat and surface treatment

    UNKNOWNConfidence · low
    Capacity / output signal

    Process topology only.

    Transmission evidence

    none

    Decisive missing evidence

    Rate, utilization, yield and a delayed downstream lot.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • Werk Niedersachsen / Unterluess

    Dependencies

    Body configuration and downstream conformity.

    Known alternatives

    No compatible alternative is established.

    Qualification friction

    Current process-specific state, yield and transfer scope are unknown.

    Ramp evidence

    none

  4. 04
    S04_EXPLOSIVE_MANUFACTURE

    high-explosive manufacture

    WEAK_BOTTLENECK_CANDIDATEConfidence · low
    Capacity / output signal

    The reviewed Europe-wide topology identifies high explosives as a constraint class; no named site/product output closes.

    Transmission evidence

    none at named site/product scope

    Decisive missing evidence

    Exact product/site output, inventory, alternatives and a LAP delay.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • UNKNOWN — no named actor or site in the reviewed stage evidence.

    Dependencies

    Exact explosive product, fill configuration and safety regime.

    Known alternatives

    UNKNOWN — no compatible alternative is established.

    Qualification friction

    Safety and regulatory friction is identified only at aggregate scope.

    Ramp evidence

    none

  5. 05
    S05_FILLING_LAP

    projectile filling / load-assemble-pack

    WEAK_BOTTLENECK_CANDIDATEConfidence · low medium
    Capacity / output signal

    Process topology and a projectile delivery exist; no European accepted output rate closes.

    Transmission evidence

    none

    Decisive missing evidence

    Accepted fill rate, yield, queue, explosive availability and delivery loss.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • Werk Niedersachsen / Unterluess

    Dependencies

    Accepted bodies, energetic fill, assembly and lot acceptance.

    Known alternatives

    No qualified alternative LAP capacity is established.

    Qualification friction

    X-ray inspection and lot conformity are part of the topology; rates are unknown.

    Ramp evidence

    Plant ramp targets are not stage output.

  6. 06
    S06_PROPELLANT

    propellant manufacture

    STRONG_BOTTLENECK_CANDIDATEConfidence · medium low
    Capacity / output signal

    A dedicated line lead, an exact Pionki input and external delivery allocation exist; same-scope accepted output is unknown.

    Transmission evidence

    External allocation is observed; shortage transmission is not.

    Decisive missing evidence

    Uncommitted qualified output/inventory, alternatives and a named downstream delay.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • EURENCO Bergerac (research lead)
    • MESKO propellant product (manufacturing site unresolved)
    • other Rheinmetall sites for one reviewed delivery (unnamed)

    Dependencies

    Exact projectile/charge/gun/customer configuration.

    Known alternatives

    No compatible qualified alternatives set closes.

    Qualification friction

    Source and configuration transfer are likely material but unmeasured.

    Ramp evidence

    Bergerac commissioning is reported; achieved configuration-specific output is not.

  7. 07
    S07_MODULAR_CHARGE_KIT

    modular-charge kit manufacture

    STRONG_BOTTLENECK_CANDIDATEConfidence · medium low
    Capacity / output signal

    Dedicated-line and exact-input signals exist; no Pionki-upstream accepted rate closes.

    Transmission evidence

    Product-input relation observed; indispensability and constraint transmission are unproven.

    Decisive missing evidence

    Kit output, backlog, inventory, alternative-source qualification and delayed assembly.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • EURENCO Bergerac (research lead)
    • EURENCO France-sourced kit used at Pionki (manufacturing facility unresolved)

    Dependencies

    Input applicability at exact BMCS configuration; indispensability is not established.

    Known alternatives

    No compatible qualified alternative kit is established.

    Qualification friction

    Source transfer and product certification time are unknown.

    Ramp evidence

    Bergerac commissioning is reported; output attribution is unresolved.

  8. 08
    S08_BMCS_ASSEMBLY

    modular-charge assembly

    UNKNOWNConfidence · low medium
    Capacity / output signal

    Released upper-bound nameplate observation of 100000 BMCS/year; actual output and utilization are unknown.

    Transmission evidence

    none

    Decisive missing evidence

    Accepted output, utilization, inventory, orders and input-constrained downtime.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • MESKO Pionki BMCS assembly line

    Dependencies

    The reviewed BMCS uses the named EURENCO kit and MESKO propellant; indispensability and alternatives are not established.

    Known alternatives

    No qualified alternative line is established.

    Qualification friction

    Certification context exists outside the released facts.

    Ramp evidence

    Launch/readiness context exists; no accepted-output time series.

  9. 09
    S09_INSPECTION_ACCEPTANCE

    inspection, process yield and lot acceptance

    UNKNOWNConfidence · low
    Capacity / output signal

    No European yield or acceptance rate exists.

    Transmission evidence

    none in Europe

    Decisive missing evidence

    First-pass yield, rejection cause, WIP age and accepted-lot delay.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • Werk Niedersachsen / Unterluess
    • customer and acceptance authorities unresolved

    Dependencies

    Product-process-customer conformity.

    Known alternatives

    Rework and acceptance-route alternatives are unknown.

    Qualification friction

    Inspection topology exists; the causal gate and acceptance performance are unknown.

    Ramp evidence

    none

  10. 10
    S10_PRIMER

    primer supply

    UNKNOWNConfidence · very low
    Capacity / output signal

    No reviewed site-level evidence.

    Transmission evidence

    none

    Decisive missing evidence

    Supplier, accepted output, inventory, qualified alternatives and delay.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • UNKNOWN — no named actor or site in the reviewed stage evidence.

    Dependencies

    Exact complete-shot configuration.

    Known alternatives

    UNKNOWN — no compatible alternative is established.

    Qualification friction

    unknown

    Ramp evidence

    none

  11. 11
    S11_FUZE

    fuze supply

    UNKNOWNConfidence · very low
    Capacity / output signal

    The shortlist explicitly lacks a site-level fuze relation.

    Transmission evidence

    none

    Decisive missing evidence

    Supplier, accepted output, inventory, qualified alternatives and delay.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • UNKNOWN — no named actor or site in the reviewed stage evidence.

    Dependencies

    Exact projectile/gun/customer configuration.

    Known alternatives

    UNKNOWN — no compatible alternative is established.

    Qualification friction

    unknown

    Ramp evidence

    none

  12. 12
    S12_COMMISSIONING_RAMP

    facility commissioning and production learning

    WEAK_BOTTLENECK_CANDIDATEConfidence · low
    Capacity / output signal

    Openings, targets and one rapid commissioning claim exist; accepted ramp curves do not.

    Transmission evidence

    migration not directly observed

    Decisive missing evidence

    Time to first and sustained accepted output at each new line.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • Werk Niedersachsen / Unterluess
    • MESKO Pionki
    • EURENCO Bergerac
    • KNDS Belgium
    • Les Forges de Tarbes

    Dependencies

    Equipment, labour, process yield, inputs and acceptance.

    Known alternatives

    Stage- and configuration-specific.

    Qualification friction

    European time to accepted output is unknown.

    Ramp evidence

    Multiple launches/expansions; no matched European achieved-output series.

  13. 13
    S13_QUALIFICATION_CONFIGURATION

    product/configuration qualification and customer acceptance

    STRONG_BOTTLENECK_CANDIDATEConfidence · medium
    Capacity / output signal

    Milestones exist; no common qualification matrix or lead-time series.

    Transmission evidence

    no named European delivery loss

    Decisive missing evidence

    Qualification matrix, transfer time, acceptance yield and delayed lot.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • national procurement and acceptance authorities
    • MESKO Pionki (certification context)
    • Les Forges de Tarbes (qualification context)

    Dependencies

    Exact product, gun, source, process and customer combination.

    Known alternatives

    Calibre alone does not prove interchangeability.

    Qualification friction

    Directly identified as material in reviewed evidence.

    Ramp evidence

    Approval lag and yield are unknown.

  14. 14
    S14_PACKAGING_TRANSPORT_STORAGE

    packaging, transport and storage

    UNKNOWNConfidence · very low
    Capacity / output signal

    No transport or storage capacity/output evidence.

    Transmission evidence

    none

    Decisive missing evidence

    A named transport/storage constraint and downstream delivery effect.

    Inspect dependencies, alternatives and qualification boundary

    Actors / sites in evidence

    • Werk Niedersachsen / Unterluess (packaging context only)

    Dependencies

    Route, storage and regulatory scope unknown.

    Known alternatives

    UNKNOWN — no compatible alternative is established.

    Qualification friction

    unknown

    Ramp evidence

    none

03 · Competing explanations

Eight hypotheses remain discrete—not collapsed into a score.

Each classification is copied from the reviewed v0.1 sidecar. UNKNOWN, weak candidate, strong candidate and observed bottleneck remain different analytical states.

H1WEAK_BOTTLENECK_CANDIDATE

Shell-body forging/forming is the binding constraint

Confidence · low medium

Mechanism
Inadequate accepted bodies starve machining or LAP.
Falsifier / reversal
Accepted same-configuration bodies exceed downstream take-up with spare qualified capacity while another stage causes the delay.
Support, counterevidence and unknowns

Support

  • The European constraint topology names shells.
  • Unterluess and Tarbes expose body/forming stages and capacity-response signals.

Counterevidence

  • An Unterluess projectile delivery occurred.
  • At least two European actors appear, although that does not prove compatible slack.

Unknowns

  • same-configuration accepted output and yield
  • utilization, WIP, backlog and qualified alternatives
  • downstream transmission

Evidence descent ITC_EVIDENCEEUROPE_RESEARCHUNTERLUESS_PACKET

H2UNKNOWN

Precision machining/banding is the binding constraint

Confidence · low

Mechanism
Formed bodies accumulate before precision and conformity work.
Falsifier / reversal
Spare qualified machining/banding capacity exists for the same body/customer while delay originates elsewhere.
Support, counterevidence and unknowns

Support

  • Unterluess topology and a dedicated KNDS Belgium unit isolate the stage.

Counterevidence

  • Two actors/sites and start-up evidence suggest the process is not unique, without proving slack.

Unknowns

  • accepted rates and queues
  • scrap/rework and utilization
  • tooling transfer and qualified alternatives

Evidence descent EUROPE_RESEARCHCOUNTERCASE_SHORTLISTUNTERLUESS_PACKET

H3WEAK_BOTTLENECK_CANDIDATE

Explosive filling/LAP is the binding constraint

Confidence · low medium

Mechanism
Accepted bodies wait for explosive fill, assembly or lot acceptance.
Falsifier / reversal
Qualified LAP slack exists for the same configuration while another input independently delays output.
Support, counterevidence and unknowns

Support

  • Filling is in the European constraint topology.
  • Unterluess has explicit LAP process topology.

Counterevidence

  • Unterluess delivered projectiles, although the evidence does not isolate an accepted LAP rate or prove spare capacity.

Unknowns

  • European accepted fill rate and yield
  • energetic availability and utilization
  • queue and complete-shot transmission

Evidence descent ITC_EVIDENCEEUROPE_RESEARCHUNTERLUESS_PACKET

H4STRONG_BOTTLENECK_CANDIDATE

Propellant/modular-charge energetics are the binding constraint

Confidence · medium low

Mechanism
Projectiles cannot become usable shots when exact qualified charge/propellant configurations are unavailable or non-substitutable.
Falsifier / reversal
Adequate uncommitted inventory, spare qualified output and rapid alternate-source qualification exist while another stage causes the delay.
Support, counterevidence and unknowns

Support

  • Reviewed European evidence names powder, energetic inputs and high explosives among constraints.
  • Pionki has two exact product-input relations.
  • Unterluess delivery-specific charges came from other sites and Bergerac has dedicated line leads.

Counterevidence

  • Bergerac reportedly commissioned lines quickly.
  • Pionki has a released capacity ceiling and no named European delay is attributed to energetic scarcity.

Unknowns

  • conforming output, inventory, utilization and commitments
  • manufacturing sites and qualified alternatives
  • source-transfer time and transmission

Evidence descent ITC_EVIDENCEPIONKI_INPUT_RELEASEPIONKI_CAPACITY_RELEASEEUROPE_RESEARCHUNTERLUESS_PACKET

H5UNKNOWN

Fuze/primer availability is the binding constraint

Confidence · very low

Mechanism
Otherwise complete configurations wait for a compatible fuze or primer.
Falsifier / reversal
Positive same-configuration slack and qualified alternatives are documented while another stage transmits the delay.
Support, counterevidence and unknowns

Support

  • Fuzes and primers may be indispensable for a bounded complete-shot configuration, but the European material has no stage-level supply evidence.

Counterevidence

  • No reviewed evidence establishes either scarcity or adequate slack.

Unknowns

  • named suppliers and sites
  • accepted output, inventory and lead times
  • qualified alternatives and transmission

Evidence descent COUNTERCASE_SHORTLISTITC_EVIDENCE

H6STRONG_BOTTLENECK_CANDIDATE

Qualification, conformity and acceptance are the binding constraint

Confidence · medium

Mechanism
Nominal capacity remains unusable until the product-process-customer configuration passes conformity and acceptance.
Falsifier / reversal
Broad cross-qualification, short approval time and high first-pass acceptance coexist with a separately transmitted physical shortage.
Support, counterevidence and unknowns

Support

  • National approvals and repeated tests obstruct interoperability.
  • Testing and qualification appear in the European constraint topology.
  • Pionki and Tarbes have certification/qualification context.

Counterevidence

  • Several European and licensed-production cases reached milestones.
  • No reviewed European delivery is directly shown as delayed by qualification.

Unknowns

  • product-by-gun/customer matrix
  • approval lead time and transfer tests
  • first-pass acceptance, rework and delayed lots

Evidence descent ITC_EVIDENCEEUROPE_RESEARCHPIONKI_INPUT_CANDIDATE

H7STRONG_BOTTLENECK_CANDIDATE

No single physical stage binds; configuration fragmentation makes capacity non-poolable

Confidence · medium

Mechanism
Capacity islands cannot be pooled into the exact accepted complete-shot configuration.
Falsifier / reversal
A broad qualified interchangeability matrix and transferable spare capacity behave as one pool for the bounded demand case.
Support, counterevidence and unknowns

Support

  • The European topology is multi-stage and calibre does not prove interchangeability.
  • European cases occupy different product states and no compatible alternatives set closes.
  • Pionki product-input relations and Unterluess external charges show distinct supply-chain joins whose indispensability, alternatives and qualification scope remain unresolved.

Counterevidence

  • Cross-border delivery and licensed technology transfer show mobility and substitution can sometimes occur.

Unknowns

  • complete product/gun/customer qualification matrix
  • interchangeable inventory
  • uncommitted capacity by configuration

Evidence descent ITC_EVIDENCEITC_ANALYTICAL_V01PIONKI_INPUT_RELEASEEUROPE_RESEARCHUNTERLUESS_PACKET

H8WEAK_BOTTLENECK_CANDIDATE

Bottlenecks migrate as expansion resolves one stage and exposes the next

Confidence · low

Mechanism
Investment relaxes one constraint until another stage or acceptance gate limits flow.
Falsifier / reversal
Repeated matched observations show the same stage remains binding despite capacity changes elsewhere.
Support, counterevidence and unknowns

Support

  • European stage-specific expansions are staggered across Unterluess, Pionki, Bergerac, KNDS Belgium and Tarbes.

Counterevidence

  • No European longitudinal record shows one stage cease binding and another begin.

Unknowns

  • matched-date utilization and queues
  • accepted output by stage
  • time-ordered causal delay

Evidence descent EUROPE_RESEARCHCOUNTERCASE_SHORTLIST

04 · Historical transmission

One bounded case shows what “bottleneck” means.

French procurement episode · 13 April 2023 · FR_155MM_20K_POWDER_CRITICAL_PATH_2023OBSERVED_BOTTLENECK

High confidence in the causal link; medium confidence in configuration granularity.

  1. 01

    German-supplied propellant powder and modular-charge availability

  2. 02

    critical path for the bounded French approximately 20000-item 155 mm procurement lot

  3. 03

    delivery slower than hoped; first rounds expected the following year, with acceleration expected from 2025

What it establishes
  • Powder and modular-charge timing was explicitly connected to slower delivery for this bounded procurement lot.
  • The downstream consequence was procurement delivery delay.
  • Faster modular-charge delivery was described as capable of advancing components of the lot.
What it does not establish
  • a current bottleneck in 2026
  • a Europe-wide bottleneck
  • the exact projectile, fuze, gun or customer-acceptance configuration
  • the number of rounds delayed or the duration of each delay
  • the date the constraint cleared or any successor constraint
  • that every alternative source was unavailable
  • a permanent German or sole-source dependency
  • accepted-output loss at a named plant
Decisive remaining record

The exact configuration, planned versus actual accepted delivery dates, monthly qualified powder and modular-charge receipts, WIP age, units delayed specifically by the critical-path material, alternative-source qualification time and the date the constraint cleared.

Open the French National Assembly hearing →
05 · Decision value

The model ends with evidence that can change the call.

01

For one named European configuration, what are monthly accepted output, first-pass yield, WIP, queue and lost/delayed downstream output from body through complete shot?

Discriminates H1 · H2 · H3 · H4 · H5 · H6 · H7

What changes the judgment A named stage-to-delivery causal loss upgrades that stage to OBSERVED_BOTTLENECK; balanced slack shifts attention elsewhere.

02

What qualified propellant, modular-charge-kit and high-explosive output, inventory, utilization, commitments and alternative sources are available for the Pionki/Unterluess-relevant configurations?

Discriminates H4 · H7

What changes the judgment Demonstrated uncommitted compatible slack downgrades H4; a named shortfall delaying output upgrades it.

03

What is the product-by-gun/customer qualification matrix, alternate-source approval time and first-pass yield for bodies, charges, fuzes and primers?

Discriminates H1 · H2 · H3 · H4 · H5 · H6 · H7

What changes the judgment Broad fast interchangeability downgrades H6/H7; long configuration-specific approval tied to delay strengthens them.

04

For the same configurations, who supplies fuzes and primers, with what accepted output, inventory, backlog and qualified alternatives?

Discriminates H4 · H5 · H6 · H7

What changes the judgment A transmitted fuze/primer shortage elevates H5; positive compatible slack narrows it toward not-bottlenecked for that exact case.

05

After each recent European line commissioning, which stage's accepted-output queue became longest at 3, 6 and 12 months?

Discriminates H8 · H1 · H2 · H3 · H4 · H5 · H6 · H7

What changes the judgment A sequenced change in the binding queue strengthens H8; a persistent same-stage delay weakens it.

System-level reversal conditions

  • Upgrade a stage to OBSERVED_BOTTLENECK only when a named constraint is directly tied to reduced or delayed accepted downstream output or delivery.
  • Downgrade H4 when same-configuration energetic inventory and uncommitted qualified output exceed downstream demand and alternatives qualify quickly.
  • Downgrade H6/H7 when broad interchangeability, short approval times and transferable spare capacity are demonstrated.
  • Elevate H5 only when a named fuze/primer shortfall transmits to an otherwise ready configuration.
  • Elevate H8 only with a time-ordered record showing one accepted-output queue relax and another become binding.
Inspect newer capacity and poolability unknowns

Capacity ladder

  1. A dated AU/customer record joining exact Pionki BMCS/BCME produced quantities to accepted and delivered quantities under one configuration and period.
  2. Exact monthly or annual RH1412 production, conformity, acceptance and delivery counts at Werk Niedersachsen against one achieved capacity denominator.
  3. A same-site, same-calibre, same-period ledger from produced hollow bodies through conformity, customer acceptance and delivery.

Poolability

  1. The approval-and-configuration portion of DGRSZ record DTU-3.2.5.8.71/74(B), including its cited test/certification basis, exact charge-family scope, authority, restrictions and customer-acceptance state.
  2. The event-specific Row B WITU instrument, exact propellant and charge-family mapping, formal customer acceptance, post-event series start, accepted or delivered output under the December 2023 agreement and available volume.
  3. One exact cross-national 155 mm case showing whether prior qualification was recognized or repeated, with dated process milestones.
  4. The French lot's exact energetic product state, charge and platform configuration, candidate alternatives and French acceptance envelope.
  5. For any candidate supply, time-aligned allocatable accepted capacity rather than nameplate or cumulative fielding history.
06 · Evidence descent

Run the judgment backwards into the reviewed record.

The page is a deterministic presentation of the versioned analysis below. It creates no factual row, production write, public API or new evidence authority.

current judgment→hypothesis / stage→basis reference→reviewed artifact→primary source
BOTTLENECK_ANALYSIS_V01

155 mm bottleneck analysis v0.1

canonical stage hypothesis unknown and reversal state

Versioned record: 155mm-bottleneck-analysis-v0.1.json

Reviewed StrategicBase analytical authority — public link not exposed
EMPIRICAL_TRANSMISSION_TRANCHE_01

155 mm empirical transmission tranche 01

bounded historical transmission overlay

Versioned record: 155MM-EMPIRICAL-TRANSMISSION-TRANCHE-01.md

Reviewed StrategicBase analytical authority — public link not exposed
QUALIFICATION_POOLABILITY_V01

155 mm qualification and poolability matrix v0.1

current poolability and qualification counterevidence

Versioned record: 155mm-qualification-poolability-v0.1.json

Reviewed StrategicBase analytical authority — public link not exposed
CAPACITY_OUTPUT_LADDER_V01

155 mm capacity-output ladder v0.1

canonical capacity measurement states

Versioned record: 155mm-capacity-output-ladder-v0.1.json

Reviewed StrategicBase analytical authority — public link not exposed
Baseline repository evidence map
PIONKI_INPUT_RELEASE

PRODUCTION PIONKI P05 P06 STAGE 2 CLOSURE 2026 08 13

production registered fact

Internal reviewed record — public link not exposed
PIONKI_CAPACITY_RELEASE

PRODUCTION PIONKI P07 P08 CAPACITY STAGE 2 CLOSURE 2026 08 13

production registered fact

Internal reviewed record — public link not exposed
ITC_EVIDENCE

155mm evidence packet v0.1

reviewed evidence packet

Internal reviewed record — public link not exposed
ITC_ANALYTICAL_V01

155mm analytical projection v0.1

analytical precedent only

Internal reviewed record — public link not exposed
ITC_EVIDENCE_CLOSURE

155MM EVIDENCE CLOSURE v0.1

analytical precedent only

Internal reviewed record — public link not exposed
COUNTERCASE_SHORTLIST

155MM COUNTERCASE SHORTLIST

reviewed preparation only

Internal reviewed record — public link not exposed
EUROPE_RESEARCH

155MM SHELL ENERGETICS RESEARCH PACKET

reviewed preparation only

Internal reviewed record — public link not exposed
UNTERLUESS_PACKET

UNTERLUESS PROMOTION PACKET

reviewed preparation only

Internal reviewed record — public link not exposed
PIONKI_INPUT_CANDIDATE

PIONKI BMCS INPUT CANDIDATE

reviewed preparation only

Internal reviewed record — public link not exposed
PIONKI_CAPACITY_CANDIDATE

PIONKI BMCS CAPACITY CANDIDATE

reviewed preparation only

Internal reviewed record — public link not exposed
POLAND_ROW_A_CLOSURE

POLAND KRAB QUALIFICATION CLOSURE v0.1

analytical precedent only

Internal reviewed record — public link not exposed
PIONKI_ROW_B_BRIDGE

POLAND PIONKI CSG QUALIFICATION BRIDGE v0.1

analytical precedent only

Internal reviewed record — public link not exposed
Primary-source links used by current qualification and capacity refinements
PL_MAP_REPLY_13068

Polish Ministry of State Assets / Sejm

official primary research evidence

Open public source →
PL_WITU_CERT_REGISTER_2026

WITU Certification Centre

official primary research evidence

Open public source →
PL_DGRSZ_KRAB_TABLES_2023

Polish Ministry of National Defence / DGRSZ

official primary research evidence

Open public source →
PL_DGRSZ_KRAB_INSTRUCTIONS

Polish Ministry of National Defence / DGRSZ

official primary research evidence

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PL_WITU_BALLISTICS_2024

WITU / Problemy Techniki Uzbrojenia

official primary research evidence

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NITROCHEMIE_MCS_BROCHURE

Rheinmetall / Nitrochemie

manufacturer primary research evidence

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EUROPLASMA_TARBES_CAPACITY_TRAJECTORY_2023

Europlasma

manufacturer primary research evidence

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Strategic Base public-source research · Derived analysis, not a capacity forecast, procurement recommendation or claim of official endorsement.