Smart Logistics Scenarios (To B)
Drone solutions for smart logistics scenarios enhance efficiency through autonomous 24/7 transport, ensure stable cargo delivery with secure containers, navigate complex environments via obstacle avoidance and 3D mapping, and adapt to harsh conditions, reducing manual intervention.
Smart Logistics Scenarios (To B) Key Benefits
Inter-Warehouse Cargo Transfer
MMC's drone solutions for inter-warehouse cargo transfer utilize Skylle Ⅱ's unattended autonomous flight with preset routes for 24/7 efficient transfer, B2 transport box with automatic locking for stable cargo securing, and front visual obstacle avoidance system for safe navigation in dense logistics parks.
Industrial Park Delivery
MMC's drone solutions for industrial park delivery utilize 3D model map annotation with CAD drawing import for precise detour route planning to avoid obstacles, scheduled task functionality for preset delivery schedules and automatic takeoff/landing to reduce manual intervention, and IP54 protection with anti-corrosion components to adapt to dusty/oily environments and extend maintenance cycles to 3 months.
Port/Airport Cargo Dispatch
MMC's drone solutions for port/airport cargo dispatching enhance efficiency by addressing time-consuming short-distance transport, electromagnetic interference, and weather sensitivity through high payload capacity, anti-interference transmission, and all-weather reliability.

Traditional Challenges For Inter-Warehouse Cargo Transfer
- Scattered warehouses in large logistics parks lead to low efficiency and long time consumption with manual forklifts.
- Inter-warehouse cargo, mostly tote boxes/packages, requires high transportation stability to prevent falling.
- Dense vehicles and personnel in the park demand real-time obstacle avoidance for flight paths.
How Can MMC Cargo Drones be Competent for Inter-Warehouse Cargo Transfer
- Supports unattended fully autonomous flight from the hangar, with preset fixed routes between warehouses for 24/7 uninterrupted transfer; single-flight efficiency equals 2 manual forklifts.
- Equipped with B2 transport box featuring an automatic locking device, securing cargo stably during flight with a fall risk < 0.1%.
- Equipped with a front visual obstacle avoidance system, detecting obstacles 0.5m away and automatically detouring to ensure flight safety.
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Traditional Challenges For Industrial Park Delivery
- Dense production lines/equipment in factory areas result in complex flight paths and high collision risk.
- Production materials (parts, tools) require scheduled delivery, with manual scheduling prone to errors.
- Industrial environments with high dust/oil contamination cause equipment to be prone to damage and high maintenance costs.
How Can MMC Cargo Drones be Competent for Industrial Park Delivery
- Supports 3D model map annotation, allows import of factory CAD drawings, precisely plans detour routes to avoid equipment obstacles.
- Supports scheduled task functionality, presets daily/hourly delivery schedules, automatically takes off/lands to reduce manual intervention.
- Features industrial-grade triple protection design (IP54), with anti-corrosion treatment for body components, adapts to dusty and oily environments, and extends maintenance cycle to 3 months.
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Traditional Challenges For Port/Airport Cargo Dispatch
- Large port/airport area leads to time-consuming short-distance dispatching of cargo documents and emergency supplies (fuel, tools).
- Complex electromagnetic environment (numerous radars and communication devices) in ports causes video transmission to be prone to interference.
- Outdoor operations are greatly affected by wind and rain, requiring high equipment reliability.
How Can MMC Cargo Drones be Competent for Port/Airport Cargo Dispatch
- 10kg high payload capacity enables transport of over 100 documents or 5kg of emergency supplies per flight, reducing dispatching time by 50% compared to ground vehicles.
- Adopts anti-interference frequency hopping technology with dual-band switching (2.4G/5.8G) and 10km video transmission distance, ensuring stable data transmission in complex electromagnetic environments.
- Features a full carbon fiber body and rainproof design, enabling normal operation in light rain (≤5mm/h) and 6-level wind conditions, meeting all-weather dispatching needs of ports.