Protected patient environment
A pod-based care space intended to shield the casualty while supporting monitoring, warming, oxygen, power, and future therapy-node integration.
Combat Medevac • Remote Transfer • Protected Care
AITB Mobile Military Platform
A battlefield-ready trauma transport concept designed around protected patient stabilization, realistic helicopter loading geometry, powered low-profile movement, and rapid integration with field medical evacuation workflows.
Mission of AITB
Preserve life between point of injury and definitive care.
AITB is built around a simple operational premise: reduce handling time, protect the patient, support clinicians, and create a smarter bridge from field trauma to aircraft, ambulance, shipboard, or hospital critical care.
Battlefield movement
A powered chassis concept that lowers for travel, raises to aircraft deck height, and folds under the pod like a military-grade ambulance cot.
Aircraft-aware loading
Concept geometry is oriented for side-door and cabin constraints instead of unrealistic crane or sideways loading assumptions.
Operational Concept
Loading that fits the mission, not just the poster.
- Low-profile powered chassis with smaller base footprint for combat mobility.
- Raise/lower mechanism for deck alignment, litter transfer, and aircraft cabin entry.
- Fold-under chassis to minimize helicopter interior obstruction.
- Manual override, hot-swap power module, emergency lowering, and service panel access.
- Designed for soldiers to guide and secure the system, not carry the entire pod load.
Mission Workflow
From field casualty to receiving aircraft.
- Casualty protected: Patient is secured inside AITB with monitored stabilization and environmental protection.
- Travel mode: Chassis remains low and compact for rough surface movement and reduced exposure profile.
- Deck alignment: Lift mechanism raises pod to receiving aircraft deck height with guided approach.
- Cabin transition: Pod is aligned longitudinally with aircraft interior and locked to receiving rails or tie-down points.
- Transport care: Clinicians maintain access to patient monitoring, power, oxygen, and therapy systems during evacuation.
Defense Readiness
Built for proposal review, engineering refinement, and operational testing.
Next development priorities include dimensional validation against target airframes, chassis footprint refinement, bay-door clearance modeling, vibration isolation, tie-down compatibility, power endurance, and human-factors review.