Engineered once, deployable many times.
A project-based field hospital is a custom-engineered medical facility built to the specific requirements of your tender, RFP or ministry specification. structmod engineering begins with your functional brief — patient throughput, clinical capabilities, climate, logistics envelope, duration of deployment — and delivers a bespoke design that meets the exact performance standard required by the procuring authority, whether NATO, WHO, UN agency, national health ministry or private healthcare operator.
Every project-based field hospital is validated against its governing standard. NATO procurements reference STANAG 2560 and AMedP-9.1 with Medical Evaluation Team (MET) acceptance. WHO EMT procurements reference Emergency Medical Team Minimum Standards for Type 1 (outpatient), Type 2 (inpatient + surgery) or Type 3 (referral). National ministry procurements reference in-country building codes, electrical standards, medical device regulation and local seismic / climate design codes. structmod design-build workflow integrates all governing specifications into a single coordinated technical submission.
Typical project-based field hospital scopes include bespoke bed count (25-500 beds), specialty services beyond standard Role 2 (cardiac surgery, paediatrics, obstetrics, oncology, dialysis), extreme-environment variants (Arctic, desert, tropical), extended-endurance configurations (180+ day autonomy), and integration with host nation infrastructure. Design timeline is 4-8 weeks for concept-to-detail engineering, followed by 16-24 weeks for manufacture, factory acceptance, shipment and on-site commissioning.
Secuencia de despliegue típica
- Horas 0–2 — unidades de remolque o contenedor llegan al emplazamiento
- Horas 2–6 — posicionamiento, nivelación y conexión entre unidades
- Horas 6–12 — sellado de envolvente, conexión MEP, gas médico
- Horas 12–24 — instalación de equipos, puesta en marcha, FAT
- Horas 24–72 — formación de usuarios, entrega operacional
Spec sheet — STR-2789
| Longitud total | 14.9 m · 48.9 ft |
|---|---|
| Anchura (transporte) | 2,99 m |
| Anchura (desplegado) | 2,99 m |
| Altura (transporte) | 3.20 m |
| Superficie (desplegado) | 44.6 m² |
| Peso en seco | 17.9 t |
| Chasis | Acero laminado en caliente EN 10025 S355JR · EN 1090 |
| Calidad de soldadura | EN ISO 3834-2 · coordinador de soldadura certificado (IWE) |
| Envolvente | Panel sándwich, núcleo PIR 80 mm · λ ≈ 0,023 W/(m·K) |
| Resistencia al fuego | EI-30 · ensayado según EN 13501-2 |
| Suelo | Contrachapado marino sobre EPDM · clasificación antideslizante R-10 |
| Instalación eléctrica | 120/240 V · 60 Hz (especificación EE.UU.) · conforme IEC 60364 |
| Climatización | Unidad compacta de cubierta · MERV-13 |
| Rango de operación | −25 °C a +50 °C ambiente |
| Clasificación de viento | Diseñado para viento básico de 150 km/h (EN 1991-1-4) |
| Diseño sísmico | Según EN 1998-1 (Eurocódigo 8) · clase de ductilidad DCM |
| Transporte | Huella ISO 668 · apto para placa CSC (variantes contenedor) |
| Tiempo de montaje | 24–72 horas · equipo de 4–6 personas |
Full drawings, calculation notes, DoP, O&M manual and FAT report included with every unit. Specs indicative — configurable to project requirements.