Scenic Area/Park Delivery
MMC's drone solutions for scenic area/park delivery mitigate high pedestrian density safety risks via electronic fences, enable quick transport box replacement for high-frequency small-item fresh food delivery through modular mounting, and adapt to complex terrain with lightweight full carbon fiber bodies and short takeoff/landing capabilities.
Painpoints
- – High pedestrian density in scenic areas increases flight safety risks, requiring strict flight range restrictions.
- – In-park deliveries are mostly small-item, high-frequency (e.g., snacks, beverages, office supplies), with time-consuming equipment mounting switching.
- – Scenic areas often have mountainous/hilly terrain, lack fixed takeoff and landing points, and demand high equipment portability.
Advantages
- Supports electronic fence function, enabling the designation of exclusive flight corridors within scenic areas, avoiding crowded tourist areas, and ensuring ground safety.
- Features modular mounting with a unified interface, supporting quick replacement of transport boxes (switching time < 3 minutes) to adapt to different types of goods (snacks/documents/tools).
- Adopts a full carbon fiber body with lightweight design, supporting short takeoff and landing on unpaved ground (takeoff/landing distance < 10m), adapting to complex scenic terrain.
Solution
Flight Corridor Designation for Pedestrian Safety in High-Density Scenic Areas
Mitigates flight safety risks in crowded scenic areas through restricted and controlled flight path management.
- Supports electronic fence function (Tianmujiang System) to designate exclusive flight corridors within scenic areas.
- Avoids crowded tourist areas to minimize potential ground safety hazards.
- Ensures compliant and secure flight operations by restricting flight ranges to pre-approved zones.
Drone Platform
Skylle Ⅱ
Hexacopter Industrial Heavy-Lift Drone - 10kg Payload | 60min Flight Time | RTK cm-Level Positioning | IP54 Rated Read More
Learn MorePayload And Software
Electronic Fence-Enabled Flight Corridor Design for Pedestrian Safety in High-Density Scenic Areas
High-density scenic areas pose critical safety risks for drone operations due to heavy pedestrian traffic. Unregulated flight paths risk collisions or ground hazards, endangering visitors and disrupting tourism. The Skylle Ⅱ cargo drone addresses this through controlled flight corridor management, prioritizing pedestrian safety.
Central to the solution is the electronic fence function, which designates exclusive flight corridors within scenic areas. These corridors are pre-mapped to avoid crowded zones like viewpoints or plazas, isolating drone paths from high-traffic areas and minimizing ground risks.
By restricting flight ranges to pre-approved zones, the system ensures compliant operations. It prevents unauthorized incursions into pedestrian spaces, even during signal interference or pilot error, fostering secure and predictable drone movement in busy scenic environments.
Rapid Mounting Switching for High-Frequency Small-Item Deliveries
Optimizes efficiency for small-item, high-frequency delivery scenarios via quick and versatile equipment adaptation.
- Features modular mounting with a unified interface, enabling rapid replacement of transport boxes.
- Supports quick switching of transport boxes (switching time < 3 minutes) to adapt to diverse goods types (e.g., snacks, documents, tools).
- Reduces downtime between deliveries, enhancing responsiveness to high-frequency order demands.
Drone Platform
Skylle Ⅱ
Hexacopter Industrial Heavy-Lift Drone - 10kg Payload | 60min Flight Time | RTK cm-Level Positioning | IP54 Rated Read More
Learn MorePayload And Software
Modular Mounting for Swift Adaptation in High-Frequency Small-Item Scenic Deliveries
High-frequency small-item deliveries in scenic areas (e.g., snacks, beverages, tools) demand quick equipment adaptation to avoid delays. Traditional fixed-setup drones struggle with frequent item swaps, leading to prolonged downtime. The Skylle Ⅱ addresses this via modular mounting, optimizing efficiency for dynamic delivery needs.
At its core is a unified interface enabling rapid transport box replacement. This modular design allows quick switching between boxes tailored for diverse goods—whether fragile snacks, documents, or small tools—without complex reconfiguration.
Critical to performance is its fast switching time (<3 minutes), drastically reducing gaps between deliveries. This agility enhances responsiveness to high-frequency orders, ensuring timely service even during peak tourist hours in scenic areas.
Terrain-Resilient and Portable Delivery for Complex Scenic Landscapes
Addresses challenging terrain and portability requirements in mountainous/hilly scenic areas with lightweight and adaptive design.
- Adopts a full carbon fiber body with a lightweight structure, ensuring easy transportation and deployment.
- Supports short takeoff and landing on unpaved ground (takeoff/landing distance < 10m), adapting to uneven or non-fixed landing sites.
- Enhances operational flexibility in complex scenic terrain lacking dedicated takeoff/landing infrastructure.
Drone Platform
Skylle Ⅱ
Hexacopter Industrial Heavy-Lift Drone - 10kg Payload | 60min Flight Time | RTK cm-Level Positioning | IP54 Rated Read More
Learn MorePayload And Software
Lightweight Carbon Fiber Design for Terrain-Resilient Delivery in Mountainous Scenic Areas
Complex scenic landscapes, often mountainous or hilly, lack dedicated takeoff/landing infrastructure, posing deployment challenges for drones. Heavy or rigid models struggle with portability and uneven terrain, limiting delivery reach. The Skylle Ⅱ addresses this through a terrain-resilient, portable design optimized for such environments.
Its full carbon fiber body ensures a lightweight structure, enabling easy transportation and quick on-site deployment. This material reduces weight without sacrificing durability, critical for navigating narrow trails or remote scenic zones where equipment mobility is essential.
The drone supports short takeoff and landing on unpaved ground (distance <10m), adapting to uneven or temporary landing sites like gravel paths or grassy clearings. This eliminates reliance on flat runways, expanding operational scope in rugged terrain.
By combining lightweight portability with short-field capability, the Skylle Ⅱ enhances flexibility in complex scenic areas. It delivers reliably even where traditional infrastructure is absent, ensuring seamless small-item delivery across challenging landscapes.