Medical Cold Chain Transportation
MMC's drone solutions for medical cold chain transportation enable precise temperature control, efficient delivery to remote/scattered areas, real-time monitoring, and cost reduction for blood products, transplant organs, and vaccines.
Medical Cold Chain Transportation Key Benefits
Blood Product Transportation
MMC's drone solutions for Blood Product Transportation utilizes modular cold chain interface (±0.5°C accuracy with real-time temperature data), 75-minute endurance covering 30km radius, and multi-waypoint planning to enable stable, time-efficient, and efficient multi-hospital blood delivery.
Transplant Organ Transportation
MMC's drone solutions for Transplant Organ Transportation address short ischemia tolerance time, simplify cross-regional procedures, and enable real-time organ status monitoring via high-speed flight, regulatory compliance, and real-time data transmission.
Vaccine Cold Chain Delivery
MMC's drone solutions for vaccine cold chain delivery enable remote area coverage via flexible access, multi-temperature zone control through compatible cold chain equipment, and cost-effective high-frequency autonomous delivery with reduced operational costs.
Blood Product Transportation
Traditional Challenges For Blood Product Transportation
- Blood requires a constant temperature of 2-8°C; traditional transportation is prone to temperature fluctuations, affecting activity
- Urgent transportation time (≤4 hours); high risk of delays in ground transportation
- Dispersed delivery points (hospitals, emergency centers); complex route planning
How Can MMC Cargo Drones be Competent for Blood Product Transportation
- Modular cold chain mounting interface, compatible with medical incubators (temperature control accuracy ±0.5°C), with real-time temperature data transmission throughout the process
- 75-minute endurance + 10km image transmission, covering hospital delivery within a 30km radius; transportation time reduced by 50% compared to ambulances
- Ground station multi-waypoint mission planning, supporting multi-hospital delivery in a single takeoff to improve scheduling efficiency
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Skylle Ⅱ
Hexacopter Industrial Heavy-Lift Drone - 10kg Payload | 60min Flight Time | RTK cm-Level Positioning | IP54 Rated Read More
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Transplant Organ Transportation
Traditional Challenges For Transplant Organ Transportation
- Short organ ischemia tolerance time (4–6 hours), requiring extreme timeliness.
- Intercity transportation involves coordination with multiple departments (air traffic control, airports), leading to complex procedures.
- Real-time monitoring of organ status during transportation is necessary, but information feedback is often delayed.
How Can MMC Cargo Drones be Competent for Transplant Organ Transportation
- Addressing Timeliness Requirements: Equipped with 10kg high payload capacity and high-speed flight (cruise speed ≥15m/s), Skylle Ⅱ reduces intercity transportation time by 40% compared to helicopters, critical for meeting the 4–6 hour ischemia tolerance window in Transplant Organ Transportation.
- Simplifying Cross-Regional Procedures: As a listed model in the Ministry of Public Security 012 procurement catalog, Skylle Ⅱ boasts strong compliance, enabling rapid approval for cross-regional flights. This minimizes bureaucratic hurdles in Transplant Organ Transportation, where interdepartmental coordination (e.g., air traffic control, airports) is traditionally cumbersome.
- Enhancing Real-Time Monitoring: With 10KM high-definition video transmission, Skylle Ⅱ supports real-time feedback of temperature, humidity, and vibration data from inside the organ container to the command center. This eliminates information lag in Transplant Organ Transportation, ensuring continuous oversight of organ conditions during transit.
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Skylle Ⅱ
Hexacopter Industrial Heavy-Lift Drone - 10kg Payload | 60min Flight Time | RTK cm-Level Positioning | IP54 Rated Read More
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Vaccine Cold Chain Delivery
Traditional Challenges For Vaccine Cold Chain Delivery
- Scattered distribution points in rural areas/pastoral regions, where cold chain vehicles struggle to reach, resulting in many coverage gaps.
- Vaccines require multi-temperature zone control (-20°C ~ 8°C), but equipment compatibility is insufficient.
- Small delivery volume but high frequency, leading to low cost-effectiveness of manual delivery.
How Can MMC Cargo Drones be Competent for Vaccine Cold Chain Delivery
- Lightweight design + short takeoff and landing capability: Can take off and land in village open spaces, covering areas inaccessible to traditional cold chain vehicles.
- Unified mounting interface: Compatible with multi-temperature cold chain boxes (-20°C / 2-8°C dual-mode), meeting storage needs of different vaccines.
- Supports hangar scheduled tasks: Enables unmanned autonomous flight, reducing monthly operating costs by 60% compared to manual delivery.
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Skylle Ⅱ
Hexacopter Industrial Heavy-Lift Drone - 10kg Payload | 60min Flight Time | RTK cm-Level Positioning | IP54 Rated Read More
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