Elbit System x ParaZero's DropAir System

Drone Delivery Under Fire: ParaZero Integrates with Elbit Systems to Deliver Blood Transfusions to Forces Across the Battlefield
Elbit’s Tzur drone, equipped with ParaZero’s DropAir System, begins a pilot program in Gaza. The drone can deliver 5-6 transfusions in minutes, cutting the critical time needed to save lives.
Two Israeli Companies Join Forces to Save Lives on the Battlefield
The Israeli Ministry of Defense is in the final stages of developing drones designed to deliver blood for emergency transfusions by IDF medics in the field. A pilot program is set to launch with a brigade operating in Gaza during the ceasefire and will remain in use if hostilities resume.
The Ministry’s Directorate of Defense, Research & Development selected Elbit Systems’ Tzur drone for this mission due to its extensive operational experience. The drone has accumulated thousands of flight hours and has proven highly effective in battlefield intelligence and reconnaissance missions. The Tzur can carry various payloads, including blood transfusions, with a capacity of 6-7 kilograms (13-15 lbs.), sufficient for 5-6 transfusions.
A Solution to Battlefield Blood Loss
Excessive blood loss is the leading cause of death among wounded soldiers. The IDF has been a pioneer in introducing field transfusions, even before the current war, achieving record-breaking survival rates. Only 7% of wounded soldiers succumb to their injuries, compared to significantly higher fatality rates in past conflicts and among other Western militaries.
The Tzur drone, developed by Elbit Systems, is designed to deliver blood within minutes using advanced technology that factors in wind conditions and other environmental variables to ensure precise and safe delivery.
Safe and Accurate Airdrop Technology
The Tzur carries specially designed packages equipped with ParaZero’s parachute system and unique precision airdrop mechanism. A Defense Ministry official explained, “Going forward, we will be able to deliver other materials. The landing method softens the impact to protect the blood, reduces acceleration during descent, and enhances precision.”
Originally developed for emergency wartime needs, this technology has the potential for broader applications. It could be deployed in dangerous or inaccessible areas where ground transportation poses risks. Additionally, the drone is capable of autonomously determining the optimal flight path to ensure the fastest and safest delivery.