Soroush Medical/health drone

Below are some of the uses and features of this drone:

1. Emergency medical response: When time is critical, Soroush UAV can quickly provide emergency medical response. This drone can quickly and easily deliver medical supplies such as defibrillators, vital drugs, blood products, etc. to remote or hard-to-reach areas such as rural areas, hurricane-damaged areas, or urban traffic environments. Send bulk.

2. Delivery of medical supplies: Soroush drones can be used to transport medical supplies, including vaccines, drugs, laboratory samples, etc., between health facilities, especially in areas with limited infrastructure. This can solve logistical problems and ensure timely delivery of essential medical supplies.

3. Telemedicine platform : With “telemedicine” equipment including cameras and communication systems, Soroush medical drone can provide live (real-time) video consultations between the health care provider and the patient in remote areas or with difficult access. These services can include remote diagnosis, medical consultation and triage, which requires the deployment of trained medical-health personnel at the source.

4. Transportation of transplanted organs: Soroush UAV provides the ability to transport organs prepared for transplantation quickly and safely. This bird can maintain optimal conditions such as temperature and stability during transportation, reducing the time and logistical challenges associated with traditional methods.

5. Medical and diagnostic imaging: the medical drone – Soroush Health can be equipped with imaging devices such as high-resolution cameras or ultrasound technology and perform diagnostic scans used for medical imaging in hard-to-reach places; These images can be sent live (real time) to the doctor and enable remote diagnosis and treatment planning.

It is worth noting that currently, medical drones are in the process of development and face challenges such as aviation and medical laws and regulations, logistical needs, and safety considerations that must be addressed before widespread use. However, it is necessary to start research and development projects with the Ministry of Health and large academic hospitals on improving the technology and determining the lines of work for their safe and effective use in health environments.