Hunter Wing: Single-Operator UAV Mapping & Recognition System

Offline single-person operation, efficient real-time situational awareness, lightweight and portable UAV solution with real-time mapping, ultra-fast recognition and accurate positioning.

Core Advantages

Leading the Innovation of 3D Reconstruction Technology

Ultra-High Robustness

99.9%+ aerial triangulation success rate, sparse control point-assisted adjustment, effortlessly handles complex/massive data scenarios.

Blazing-Fast Efficiency

26x faster than traditional algorithms, 20-minute bundle adjustment for 13,682 images, single calculation for millions of data.

Multi-Source Compatibility

Full support for diverse inputs: satellite images, aerial photography, UAV data, mobile shots, laser/structured light scanning.

High-Precision Reconstruction

Adaptive matching for weak texture areas, combined LiDAR point cloud modeling, superior detail restoration.

Multi-System Adaptation

Works with global mainstream OS & hardware, outputs international standard results (DEM, DSM, DOM, TDOM).

Intelligent Operation

One-click auto-classification, smart mosaic line optimization, reduces expertise requirements & boosts efficiency.

Industry Pain Points

Efficiency Barriers of Traditional UAV Operations

Bulky Equipment with Poor Adaptability

Traditional surveying and mapping equipment is large and heavy, relying on vehicle transportation. It cannot access mountains, ruins or complex terrain, making solo operation difficult.

Cumbersome Operation with High Threshold

Professional training and complex hardware modification are required. Untrained personnel cannot operate quickly, causing costly delays in emergency missions.

Delayed Data Processing Leading to Passive Decision-Making

Mapping and recognition require offline processing after UAV recovery. The process from data collection to result output is time-consuming, and critical information may become outdated during rescue and real-time monitoring.

Five Core Functions — Reshaping the Efficiency of Spatial Data Collection and Processing

All-Scenario Compatibility, Plug-and-Play Efficiency

This is a lightweight drone solution integrating real-time mapping, target recognition and precise positioning. It is fully compatible with mainstream industrial drones, featuring an ultra-lightweight design and simple operation with no hardware modification or professional training required. Just connect the AI Computing Box to the remote control to quickly perform on-site situational awareness, target inspection and location marking.

It provides fast and real-time spatial information support for emergency rescue, public security, security patrols and environmental inspections, making complex on-site operations more efficient and hassle-free.

Solution Highlights

Four Core Advantages: Setting the New Standard for Lightweight UAV Operations

Ultra-Lightweight Design

Additional components (intelligent computing module, power supply) weigh < 600g—light, portable and ideal for complex terrains like mountains and reservoirs.

High Compatibility & Easy Deployment

Deeply compatible with multiple series of DJI industrial UAVs – simply connect the remote controller to the Hunter Wing Box for quick deployment, with only 3 operation steps: power on → connect → set flight routes.

Low Power Consumption, Long Endurance

Intelligent computing module consumes < 25W; paired with a 24V 2000mAh mobile power source, supports up to 4 hours of continuous operation—ideal for long-duration missions such as patrol, surveying, and monitoring.

End-to-End Real-Time Processing

Full real-time mapping, recognition and positioning during flight. Data streams back to the ground station continuously, enabling immediate access to full results upon landing—accelerating decision-making.

Four Core Capabilities: Forging an End-to-End Intelligent Operational Closed Loop

Real-Time Mapping: Map as You Fly

Generates orthoimages and on-site terrain data in real time during flight — no post-flight offline processing required, with complete, clear scene information available immediately after mission completion.
Supports offline single-person operation; simply connect the smart computing box to the remote controller for real-time mapping to meet rapid on-site perception and decision-making demands for emergency rescue, security patrols and similar scenarios.

Ultra-Fast Recognition: 0.5s Capture, Intelligent Aggregation

Built-in multiple customizable object recognition algorithms (e.g., for people, vehicles, hazard points, etc.) with a recognition response time of ≤0.5 seconds.
The system auto-aggregates target quantity, type, confidence levels and other key data, eliminating manual statistics and greatly boosting the efficiency of target inspection.

Precise Positioning: Intuitive Annotation, Traceable Positions

Captures the precise coordinates of targets in real time for overlay display with orthomosaic imagery, enabling intuitive position labeling and supporting multi-dimensional position information tracing and verification.
Sub-meter-level positioning accuracy meets the precise requirements of rescue, security, monitoring and other scenarios, providing accurate spatial coordinate references for target inspection and on-site disposal.

Data Flow & Integration: Real-Time Viewing, Flexible Reuse

During operation, images, recognition results, and location data are streamed in real time to the ground station for live monitoring;
Mission results can be uploaded to the cloud center and exported flexibly—supporting downstream analysis, archiving, reporting, and more.

Accurate Classification & Intelligent Efficiency Boost

Multi-Format Compatibility: Supports multiple point cloud formats (las, txt, ply, xyz, etc.), enabling fast loading & saving to flexibly meet data processing needs.

Dual-Mode Intelligent Classification: One-click auto-classification (90% accuracy, supports custom parameters); supervised classification with random forest algorithm, allowing custom category training (over 80% accuracy) and trainable model parameter reuse.

Professional Editing Tools: Dual-window synchronous viewing, custom coloring, TIN/Delaunay triangulation generation & quick selection, intuitively displaying terrain & data details; processed DEM can be directly imported for orthophoto production.

Application Scenarios

Emergency Response

Real-time mapping for disaster sites such as earthquakes and floods, quickly identifying personnel positions to provide real-time spatial information for rescue decision-making.

Environmental Monitoring

Patrol for parks, borders and large-scale event sites, quickly identifying suspicious persons and vehicles, marking positions in real time and issuing early warnings.

Security Patrol