— Emergency & Medical Platforms

EN1789-compliant platforms, specified from the chassis up.

Medical-grade electrical isolation, certified anchorage, and a full type-approval dossier delivered with every build. Compliance is structural — not a final inspection.

/ Regulatory Framework

Three compliance pillars. All structural.

• EN 1789 / CEN
• Type-Approval Dossier
• Anchorage Certification

Structural compliance by design

Full documentation on delivery

Certified equipment restraint systems

Every platform ships with a complete type-approval package, weight-distribution report, and axle-load calculations — formatted for fleet registration and public-sector procurement audit.

Body structure, interior geometry, and anchorage loads are calculated against EN 1789 and CEN ambulance standards at specification stage — not retrofitted to pass inspection.

Stretcher mounts, equipment rails, and oxygen-cylinder brackets are load-tested and certified to rated g-force thresholds, with individual anchorage certificates per installed item.

Close overhead study of an ambulance vehicle wiring loom installation — colour-coded conduit bundles segregated into medical-device and chassis-power rails, blue cable management ducts, terminal blocks labelled with spec identifiers, cool studio strobe light illuminating every connector and ferrule, no people, no warmth, technical manual framing
Close overhead study of an ambulance vehicle wiring loom installation — colour-coded conduit bundles segregated into medical-device and chassis-power rails, blue cable management ducts, terminal blocks labelled with spec identifiers, cool studio strobe light illuminating every connector and ferrule, no people, no warmth, technical manual framing
+ Electrical Architecture

Isolated power. Documented failover.

Medical-device power circuits are fully isolated from the vehicle's chassis electrical system. Surge protection, inverter sizing, and battery reserve capacity are calculated against the installed device load manifest.

Failover logic is documented in the electrical architecture report — every circuit, every rated component, every tested condition. The wiring schematic is delivered as part of the type-approval dossier.

Thermal load modelling for inverter placement, cable gauge selection by continuous-draw calculation, and documented overcurrent protection at each branch — nothing is assumed.

Ready to review the specification?

Submit a platform enquiry and receive a full spec sheet, compliance framework overview, and weight-distribution summary within one business day.