DW-Pilot

DW-Pilot is our proprietary, Windows-based software designed to seamlessly plan, control, and manage missions for the DW-10 UAV system. Featuring a intuitive user interface, it provides operators with complete operational command across every flight phase, from initial pre-flight diagnostics through to autonomous mission execution and real-time telemetry analysis.

Advanced 3D Mission Planning

DW-Pilot utilizes a high-fidelity 3D world map to optimize and simplify mission preparation:
 

• Rich Visual Overlays:
  Satellite imagery is rendered natively in 3D, allowing operators to overlay custom geo-referenced maps, real-time weather layers, and imported KML paths.

• Flexible Mission Profiles: 
  Supports full configuration workflows, specifically for both area and corridor-based mission profiles.

• Smart GSD Management: 
  Flight heights can be managed dynamically by targeting a specific ground sampling distance (GSD) or through precise manual altitude constraints. Our software intelligently adjusts individual flight legs to maintain the optimal desired spatial resolution.

• Precision Surveying: 
  Enables detailed definition of forward and side overlap parameters. Operators can visually validate coverage accuracy prior to launch utilizing built-in predictive heatmaps for expected GSD and photographic footprint overlap.

• Offline Capabilities: 
  Advanced map data caching minimizes network dependencies, enabling seamless mission planning and full operational flight execution in remote areas lacking active internet access.
  
  
  
   

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Pre-Flight Verification

To maximize system safety and ensure high mission success rates, DW-Pilot guides the user through a rigorous, multi-point pre-flight validation protocol:
 

• Automated Diagnostics:
  The software establishes a data link connection to perform automated hardware health checks, reporting on vital system states including real-time battery voltage/capacity, GPS satellite reception quality, and RF signal link health.

• Guided Manual Verrifications
  An interactive checklist guides the remote pilot through physical and operational validation of propulsion motors, control surface servos (elevons), emergency parachute deployment actuation, pitot-static airspeed sensors, and primary payload functionality.

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​Autonomous Flight & Real-Time Telemetry Control

Missions flown with the DW-10 wing operate under fully autonomous flight control, requiring zero mandatory operator manipulation under standard profiles. However, the ground control station keeps the pilot fully informed and actively empowered:
 

• Live Telemetry Dashboard: 
  A high-refresh telemetry dashboard streams critical situational awareness data including real-time battery status, GPS/RF system integrity, calibrated airspeed, computed wind vector data, relative line-of-sight distance, and explicit altitude metrics.

• In-Flight Command Overrides: 
  Remote pilots maintain the ability to immediately alter live mission behavior via simple control interventions, including commands to loiter at the current location, resume the active path, return-to-home (RTH), or execute immediate controlled landings.

• Emergency Safety Systems: 
  A dedicated, hardware-independent safety control allows the operator to manually trigger and deploy the emergency recovery parachute sequence instantly at any point during flight.
  
   

Pix4D Integration & Data Interoperability Guide
To ensure a seamless processing pipeline within photogrammetry suites like Pix4D, data exchange should align with the following structure based on the specific operational phase:
 

• Image Processing Pipeline (Post-Flight Import)
  Pix4D primarily relies on the raw, geotagged imagery captured by the DW-10 sensor payload. Images should be written in industry-standard JPEG or TIFF file formats. For optimal, high-accuracy mapping results, the embedded EXIF metadata must include precise global positioning coordinates (Latitude, Longitude, ellipsoidal/orthometric Altitude) alongside exact camera attitude metrics (Pitch, Roll, and Yaw angles) synchronized at the precise timestamp of sensor exposure.

• Flight Path Interoperability (Pre-Flight Planning)
  Because DW-Pilot includes robust native support for KML paths, flight planning boundaries or complex corridor centerlines can be effortlessly exported from Pix4D, ArcGIS, or QGIS as standard .kml file, and then imported straight into DW-Pilot to automatically populate safe, optimized survey grids.