NSquare

Product Introduction

Drone Control Station - NS Station

Drone Control Station
- NS Station

To prevent drone crashes and ensure safe flights,
"Drone Integrity Management Technology" is applied to
the Drone Control Station

Drone Integrity Management Drone Mission Management

To prevent drone crashes and ensure safe flights,
"Drone Integrity Management Technology" is applied to
the Drone Control Station

Drone Integrity Management Drone Mission Management

Product Description

Drone Integrity Management

Integrity management technology includes three main functions: fault detection, fault diagnosis, and fault prediction and prevention. It manages internal and external components of drones throughout the entire operation cycle before, during, and after flights, thereby improving the operational stability and availability of drones. NSquare's integrity management technology is based on flight data and image defect detection technology, providing features such as determining flight feasibility, diagnosing flight data and external defects, and suggesting the optimal timing for component replacement based on the drone's operational status.

Fault Detection Monitors images of the drone's exterior or flight data to recognize abnormalities or defects in components.

Fault Diagnosis Identifies the location of detected faults and evaluates their severity.

Fault Prediction and Prevention Predicts fault occurrence timing based on fault diagnosis results. It also suggests or implements measures to prevent crashes in the current state.

Before Drone Flight

During Drone Flight

After Drone Flight

Review flight plan System check and checklist display Determine flight feasibility Provide causes and solutions for non-feasibility

Real-time fault detection based on flight data
  - Detect abnormal battery voltage
  - Detect flight path deviation
  - Detect communication signal loss Diagnose flight data Emergency drone return functionality

Image-based external defect detection Diagnosis of exterior images and flight data Display required maintenance items Display defects and remaining lifespan for each component Suggest optimal component replacement timing

Provide tailored functionality based on drone operation status

Functions are provided according to the current operation status of the drone.

Drone Mission Management

Support for Autonomous Flight Planning

Establish flight schedules by setting latitude, longitude, and altitude, or plan autonomous flights using 3D grid or waypoints.
Autonomous flight planning uses data from LiDAR sensors attached to the drone or generates 3D map data, enabling safe and efficient autonomous flight through grid-based algorithms.

Flight Control and Remote Monitoring

Control the drone's flight and emergency situations, and display its location and operational path on a 3D spatial map, allowing users to monitor if the drone is following the correct path.
Additionally, real-time flight video streaming enables users to observe the surroundings of the drone, even from remote locations, providing insights into the environment around the drone.

Provide Flight Environment Information

Since drones are heavily influenced by weather conditions, understanding the surrounding flight environment is crucial for safe operations.
By integrating with real-time weather information systems such as meteorological services, it provides current and near-future weather information necessary for understanding the flight environment.

Wind Direction and Speed

Hourly Precipitation

Temperature

Humidity

Product Specifications

- Hardware -

Power

220V

Storage Type

Top-opening drone storage type

Number of Stored Drones

Dimensions

W1240 x D 1020 x H1250 (mm)

Weight

150kg

- Software -

Supported Data File Formats

Exterior Images All image file formats supported Flight Data .csv, .json

Detection and Analysis Data

Exterior Images Propellers Landing Gear Flight Data Battery Voltage

Weather Information Data

Wind Direction (˚) Wind Speed (m/s) Precipitation (mm) Temperature (℃) Humidity (%)