Army Encyclopedia MAPSWhat the inventory on record could form, man and sustain, by published norms — the same engine and the same figures as the Analysis tab of the interactive map. Models of what the equipment allows, not the real order of battle, training or readiness.
Inventory: a 30-brigade army, a 13-squadron combat air force and a navy of 11 major surface combatants and 6 submarines.
| formation · what it means | equivalents |
|---|---|
Tank battalion-equivalents495 tanks ÷ 36·3 companies of 10–14 tanks; light tanks at half weight derived | 13.8 |
Mechanised battalion-equivalents2,273 carriers ÷ 30·3 companies × 10 IFV / APC sourced | 75.8 |
Motorised (protected mobility) battalion-equivalents1,903 vehicles ÷ 30·3 companies × 10 MRAP / protected 4×4; not added to brigade-equivalents derived | 63.4 |
Manoeuvre brigade-equivalents89.5 battalion-eq ÷ 3·3 manoeuvre battalions (tank + mechanised) per brigade sourced | 29.8 |
Division-equivalents29.8 brigade-eq ÷ 3·3 brigades per division sourced | 9.9 |
Artillery battalion-equivalents134 guns ÷ 18·3 batteries × 6 guns, self-propelled and towed sourced | 7.4 |
Rocket-artillery battalion-equivalents33 launchers ÷ 18·3 batteries × 6 launchers derived | 1.8 |
Mortar battery-equivalents46 mortars ÷ 6·6 mortars per manoeuvre battalion sourced | 7.7 |
SAM battalion-equivalents11 launchers ÷ family norms·Patriot 11 ÷ 24 sourced | 0.5 |
SAM battery-equivalents67 launchers ÷ family norms·other 67 ÷ 4 (fallback) derived | 16.8 |
Attack-helicopter battalion-equivalents51 helicopters ÷ 24·24 helicopters per attack battalion (US Army) sourced | 2.1 |
Transport-helicopter battalion-equivalents250 helicopters ÷ 30·30 helicopters per assault battalion (US Army) sourced | 8.3 |
Fighter squadron-equivalents227 aircraft ÷ 18·18 fighter / attack aircraft per squadron (NATO 12–24) derived | 12.6 |
Transport squadron-eq61 aircraft ÷ 9·9 aircraft per squadron (placeholder: half a fighter squadron) assumption | 6.8 |
Tanker squadron-eq7 aircraft ÷ 9·9 aircraft per squadron (placeholder: half a fighter squadron) assumption | 0.8 |
AEW&C squadron-eq14 aircraft ÷ 9·9 aircraft per squadron (placeholder: half a fighter squadron) assumption | 1.6 |
UAV squadron-eq58 aircraft ÷ 9·9 aircraft per squadron (placeholder: half a fighter squadron)·830 small tactical / loitering drones not counted assumption | 6.4 |
Not on record: bombers
| naval class | hulls | crews needed |
|---|---|---|
| major surface combatants | 11 | 1,650 |
| corvettes & fast attack craft | 5 | 400 |
| submarines | 6 | 300 |
| mine warfare | 12 | 600 |
| auxiliaries | 27 | 1,610 |
Formation equivalents by published tables of organisation — an estimate of what the inventory could form, not the actual order of battle.
Personnel needed to man the inventory: 106,208 (crews 35,068 / maintainers 31,312 / support 39,828)·on strength: 179,850·manning 169%·the force is infantry-heavy or much equipment is in storage
| group | units | availability | effective fleet |
|---|---|---|---|
| Land | 41,166 | 70% assumption | 28,816 |
| Air | 1,516 | 65% sourced | 985 |
| Sea | 61 | 36% sourced | 22 |
Effective fleet is shown next to the nominal count, never instead of it. Support coefficient 0.6 derived
| tier | at altitude | vs low-flying |
|---|---|---|
| Long-range (100 km and more)1.8 batteries·MIM-104 Patriot 160 km | 25% | 1% |
| Short-range (under 30 km)16.8 batteries·Ozelot 8 km | 0.6% | 0.6% |
Long-range SAM could cover ~25% of the territory at altitude, ~1% against low-flying targets·Short-range SAM could cover ~0.6% of the territory at altitude, ~0.6% against low-flying targets·all tiers against low-flying targets: up to ~2%
Territory area from the outline: 354,015 km²·overlap factor assumption·radar horizon derived
| system | km |
|---|---|
| Eurofighter TyphoonFTR·combat radius·with tankers ≈ 2,084 km | 1,389 |
| Eurocopter TigerAH·≈ ½ of the published range | 370 |
| M270 MLRSMLRS·missile range | 300 |
rings for the 3 longest-range systems (at most 2 per kind)·2 strike types without a documented range
| Inventory value29 of 145 types priced·7% of units covered | $51B |
| Annual budgetSIPRI 2025 | $114B |
| Operation & support / year7% of budget·benchmark O&M 40%·incl. +30% for equipment families·O&S from estimated unit prices for 107 types | $8.52B |
| Personnel cost / yearassumed cost per service member $120K (model tier: high, fitted to the budget)·19% of budget·benchmark 22% | $21.6B |
| Implied procurement sharebenchmark 20% (NATO ≥ 20%) | 74% |
| Years to re-buy the inventoryinventory value ÷ (budget × procurement share) | 0.6 |
Support equipment not documented (MED, C3)·figures are a lower bound
Budget structure compared with US FY2025 / NATO guideline shares; national accounting differs — read as an order of magnitude. Cost-per-service-member tiers derived
| Active personneltop 36% (9th of 25 documented countries) | 179,850 |
| Main battle tankstop 59% (13th of 22 documented countries) | 295 |
| Infantry carriers (IFV + APC)top 29% (7th of 24 documented countries) | 2,273 |
| Artillery (SP + towed + MLRS)top 67% (16th of 24 documented countries) | 167 |
| SAM launchers / systemstop 50% (10th of 20 documented countries) | 78 |
| Combat aircrafttop 32% (7th of 22 documented countries) | 227 |
| Helicopters (all)top 24% (6th of 25 documented countries) | 301 |
| Major surface combatantstop 50% (7th of 14 documented countries) | 11 |
| Submarinestop 58% (7th of 12 documented countries) | 6 |
| Military budgettop 17% (4th of 24 documented countries) | $114B |
Closest inventories: Netherlands (10,450 units, 93% similar), France (33,688 units, 92% similar), Austria (3,440 units, 90% similar)
Transparent index: published weights × counts, normalised to the leading documented country per block; quality factor 1 for every type until stage 2; mass categories on a square-root scale above 100 units. It measures inventory, not training, doctrine, readiness or will — like every such index. Weights assumption mass rule assumption
| category | type entered service | older than 30 y | past life by 2036 |
|---|---|---|---|
| Multiple Launch Rocket Systems1 of 1 types with a year few types·M270 MLRS 1983 | 1983 | 100% | 100% (30 y) |
| Surface-to-Air Missile Systems1 of 2 types with a year few types·MIM-104 Patriot 1981 | 1981 | 100% | 100% (30 y) |
| Radar Systems1 of 9 types with a year few types·RRP 117 1980 | 1980 | 100% | 100% (25 y) |
| Fighter Aircraft1 of 1 types with a year few types·Eurofighter Typhoon 2003 | 2003 | 0% | 0% (35 y) |
| Attack Aircraft1 of 2 types with a year few types·Panavia Tornado IDS 1979 | 1979 | 100% | 100% (35 y) |
| AEW&C Aircraft1 of 1 types with a year few types·Boeing E-3 Sentry 1977 | 1977 | 100% | 100% (35 y) |
| Attack Helicopters1 of 1 types with a year few types·Eurocopter Tiger 2003 | 2003 | 0% | 100% (25 y) |
| Transport Helicopters2 of 3 types with a year few types·Sikorsky CH-53 1966 … NH90 TTH 2007 | 1989 | 45% | 100% (25 y) |
| Submarines1 of 1 types with a year few types·Type 212 2005 | 2005 | 0% | 0% (33 y) |
| Frigates3 of 3 types with a year·F123 Brandenburg class 1994 … F125 Baden-Württemberg class 2019 | 2006 | 36% | 64% (30 y) |
| Corvettes1 of 1 types with a year few types·K130 Braunschweig class 2008 | 2008 | 0% | 0% (30 y) |
| Mine Warfare Vessels2 of 2 types with a year few types·Type 352 Ensdorf class 1989 … Frankenthal class 1992 | 1992 | 100% | 100% (30 y) |
Year the type entered service, not the airframes: fleets built long after the type's debut (Mi-8, F-16, Tu-95) look older here than they are.·Service life by category low-confidence source
Figures are static: they are rendered at build time from the same data as the map and change with every data update. Norms, sources and statuses: the method page.