WHOLEFIELD

Applications

Mountains & Remote Regions


Explores the mission roles aircraft may take on in mountainous and remote areas, along with scenario conditions and operating limits.

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Core Value

Reach Further. Keep Possibilities Open.


Establishing remote access and operational support frameworks driven by aircraft-led mountainous mission scenarios.

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Operational Needs

Complex Challenges in Mountainous and Remote Areas


Addressing potential constraints including distance, terrain/meteorology, ground connectivity, and mission diversity. In vast, harsh environments, conventional transport and communication often fail to reach. WHOLEFIELD is dedicated to leveraging advanced airborne intelligence to break physical boundaries and reshape remote connectivity and high-altitude operations.

Distance Challenge

Beyond-visual-line-of-sight flights spanning hundreds of kilometers impose rigorous demands on aircraft routine endurance, payload efficiency, and high-altitude stability standards.

Terrain and Meteorology

Complex alpine canyons bring strong, shifting winds, low visibility, and sharp temperature and pressure changes, making operations heavily dependent on high-precision obstacle avoidance and all-weather autonomous environmental adaptation.

Ground Connectivity

With conventional ground base station coverage limited, airborne relay and ad-hoc mesh networking are essential to establish stable, low-latency emergency links that ensure the delivery of control commands.

Mission Diversity

From search and rescue, essential supply delivery, and high-altitude power line inspection to border surveillance, a single operational solution must allow seamless switching across multiple core payload modules.

Mission Workflow

WHOLEFIELD adheres to rigorous, efficient mission standards for aviation and uncrewed aircraft, ensuring coordinated efficiency and a closed-loop safety architecture for every sortie.

01

Assessment

Multi-dimensional digital simulation evaluations are conducted across target airspace, meteorological conditions, payload distribution, and ground safety parameters to confirm flight feasibility.

02

Preparation

Multi-redundant equipment self-checks, preset route algorithm loading, and two-way handshake integration testing between the ground control system and the onboard link.

03

Airborne Transit

Entering autonomous navigation and cruise phases, real-time attitude correction commands are uplinked through the self-developed mission control center to maintain optimal flight trajectories.

04

Handover / Action

Upon reaching the designated target, precise payload delivery or operational actions are executed, while full-link flight logs are simultaneously archived for downstream analysis.

Mission Capabilities

Core Capabilities

Built on an advanced adaptive control system and air-ground connectivity infrastructure, S05 offers fully autonomous flight and intelligent dispatch for complex terrain and severe weather.

Obstacle Avoidance

Environmental Adaptability

Tiered Takeoff & Landing

Cloud Fleet Intelligent Dispatch

Scenario Directory

Autonomous Flight Scenario Catalog

Unmanned aerial transport and monitoring solutions engineered for extreme geographical environments and complex industrial requirements.

Key Scenarios

Routine High-Altitude Heavy Delivery

Optimized for plateau extreme cold and turbulent airflow. Establishing a routine high-altitude lifeline across wilderness and mountain ranges unreachable by conventional transport, ensuring efficient turnaround for high-value supplies and heavy payloads.

Other Scenarios

Logistics & Emergency Support

Bridging terrain barriers for last-mile transport. A point-to-point unmanned intelligent transfer network provides all-weather response, rapid delivery, and contactless aerial delivery support for sudden natural disasters and medical emergencies.

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IMG-03 Logistics & Emergency Support
Other Scenarios

Inspection & Environmental Monitoring

Deploying unmanned inspections for ultra-long power lines, wind farms, and remote natural gas pipelines. Conducting fully autonomous condition scans and high-precision environmental compliance monitoring via onboard AI vision and multispectral imagers.

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Related Areas

Links to related technologies and government/commercial collaboration channels.