Foton Ambulance for Zambia

This negative pressure ambulance is specially designed for emergency rescue and infectious disease transport. The fully sealed isolation cabin creates stable negative pressure inside, helping prevent cross-infection during patient transfer.

The ambulance is equipped with high-efficiency HEPA filtration, blocking up to 99.97% of viruses and fine particles. It also supports both left-hand drive and right-hand drive configurations, making it suitable for different global markets.

Inside, the vehicle can be equipped like a mobile ICU, including patient monitor, ventilator, defibrillator, and automatic stretcher systems. The layout is designed to support safe and stable treatment during transportation.

Built for international export, the ambulance meets ISO and CE standards, offering reliable quality, easy maintenance, and flexible customization.

This product is a diesel-powered ambulance vehicle for emergency medical transportation.
It integrates patient transport capability with onboard medical support equipment.
The vehicle is designed for emergency rescue and medical aid operations.

Typical Applications
Used for emergency patient transfer and pre-hospital medical support.
Applicable in hospital, clinic, and government emergency response operations.
Suitable for urban medical transport and remote rescue missions.

Key Technical Characteristics
The vehicle uses a 4×2 drive configuration with manual transmission system.
It is powered by a EURO 5 compliant diesel engine with maximum speed of 120 km/h.
The seating layout supports 2+4 occupants including driver, medical staff, and patients.
The body length range is from 3 meters to 8 meters depending on configuration.

Configuration & Selection Guidance
Multiple chassis brand configurations are available including Iveco, Ford, Foton, Maxus, and Dongfeng.
Drive orientation and interior medical layouts can be configured according to regional requirements.
Medical equipment selection should match operational and emergency treatment needs.
Vehicle dimensions and body structures can be adapted for different transport applications.

Safety & Operational Considerations
The vehicle is designed for stable transport during emergency medical operations.
Medical equipment should be inspected regularly before operational deployment.
Operators should follow local emergency response and patient transport procedures.
Routine maintenance of chassis, braking systems, and medical components is recommended.

Recommended Configuration
Select interior layouts based on patient capacity and medical treatment requirements.
Use integrated medical equipment configurations for emergency response operations.
Choose suitable chassis platform according to regional road and operational conditions.
Maintain standard servicing schedules to support long-term operational reliability.

Conclusion
This emergency ambulance vehicle provides a practical solution for medical transport applications.
It combines diesel-powered mobility with configurable medical support equipment.
The design supports emergency rescue and healthcare transport operations across multiple environments.