Long-Endurance Intelligent Aeromagnetic System - Fengpeng Zhengju CH-Aeromagnetic Detection System-Qingdao Haiyue Hui Technology Co., Ltd.

System Composition

Optical Pump Magnetometer

Magnetic Compensator

Neural Network Compensation Algorithm

Hongyan Changfei Real-Time Acquisition Software

Haitian Yise Post-Processing Software

Multi-Rotor UAV

Product Highlights

Long-Endurance Performance

Endurance of 55 minutes with magnetic payload, meeting diverse mission requirements.

Ultra-Low Terrain Following

Terrain-following flight altitude down to 1 m, flexible adjustment of line spacing. Easily adapts to complex terrain for high-precision detection.

Long-Range Real-Time Communication

Aeromagnetic real-time communication distance up to 8–10 km to ensure smooth information transmission during remote operations.

Multi-Modal Observation via Hand Controller

Integrates flight control and communication links. The remote controller screen synchronously displays magnetic information and visual data to assist pilots in precise operations.

Technical Parameters

Operating Temperature: -20 ℃ – +40 ℃

Transmission Mode: Wireless Transmission + Local Storage

Local Storage: 16 GB (approx. 2000 hours)

Wireless Data Rate: 10 kb/s

Sampling Rate: 20 Hz (adjustable)

Resolution: 0.0001 nT

Background Noise: ≤20 pT/√Hz

Measurement Range: 1000 nT – 150000 nT

Operating Voltage and Power Consumption: 12 V, 3 W

System Structure

Basic Package (Mandatory)

a) UAV Magnetic Detection System

b) Real-Time Data Acquisition Software

c) Optical Pump Magnetometer (Select One)

• Single Optical Pump Magnetometer

• Dual Optical Pump Magnetometer

Value-Added Package (Optional)

a) Haitian Yise Post-Processing Software System

Acquisition Software

a) Real-time Performance: Capable of real-time parsing, display and storage of data, as well as real-time filtering and compensation of data.

b) Magnetic Compensation: Equipped with algorithms including optimized filtering for magnetic anomalies, ITL, and ITL-ACNN intelligent magnetic interference compensation.

c) One-click Mapping: Rapidly generate magnetic field distribution maps from preprocessed data.

d) Coordinate Conversion: Support coordinate conversion for generated magnetic maps and view magnetic field curves of selected trajectory segments.

e) Target Localization: Integrated with the YOLO recognition algorithm to quickly inspect magnetic maps and mark positions of suspected targets.

f) Historical Data Processing: Support loading, previewing, deleting and exporting data.