DJI FC30 Drone Painting and Coating System for Insulators, Chimneys,Turbine Blades and Towers, Bridges

DJI FC30 Drone Spraying Painting & Coating System is engineered for professional coating operations on high-altitude and hard-to-reach structures—including high-voltage transmission tower insulators, chimneys, wind turbine blades, tower bases, and bridges. It delivers uniform coverage and efficient material usage while minimizing high-risk manual work. The system supports anti-rust, anti-corrosion, and anti-icing applications, enabling consistent protection, extended maintenance intervals, and reduced downtime across complex industrial environments.

The Aerial Flexible Atomization FC30 drone painting System is designed for classic drone platforms from leading manufacturers, integrating Pliabot® flexible robotics and tactile AI sensing. It focuses on extreme safety, precise control, and high operational efficiency.

Key Advantages & Technologies

• Extreme Safety
  • Flexible joint with tactile AI and adaptive buffering: suppresses and eliminates sway, maintaining flight stability with native collision safety
  • Flexible morphology with active/passive adaptation: cushions external impacts to enhance operational safety
  • 50 N accidental collision buffering reduces damage from extreme machine–structure impacts
• High Efficiency & Ease of Use
  • Rapid deployment: on-site setup and checks in 10 minutes; 1-minute flight tuning
  • Automated route planning: supports route recording for fast reuse
  • OTA remote upgrades: easily load additional spraying processes and automation programs
  • Seamless integration with mainstream flight control systems: single-operator control of “aircraft + spraying,” with options for custom integration across more platforms
• Precision Control
  • Precise pneumatic control of spraying and painting direction: real-time large-angle adjustments with 90° adjustable precision spraying to cover structural blind spots
  • Adaptive focusing via flexible joints: vertical ±20° and horizontal ±90° angle adjustment for curved surfaces and wind interference
  • Tactile AI adaptive balancing: dynamically resists flight disturbances and spraying recoil to ensure stable, safe flight
• Structure & Protection
  • Innovative motor protection: physical prevention of liquid ingress with high-precision temperature monitoring (±1°C)
  • Lightweight high-performance build: polymer “muscle units” for motion control deliver low weight, strong controllability, and superior response

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Atomization Process & Results

• Innovative atomization technology: fine, uniform coating with ~95% reduction in overspill and sagging
• Distance-adaptive paint output: automatically adjusts paint volume and air pressure based on working distance for consistent results
• Safer, longer reach: up to 3m operating distance—about 6× greater than direct-spray solutions—enhancing flexibility and safety
• Broad paint compatibility: supports color coatings, latex paints, insulating paints, fluorocarbon paints

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 Attitude & Control Range

• Angle capabilities: reference markers +15° / −5°; flexible joints offer vertical ±20° and horizontal ±90° precise adjustment
• Spraying angle: 90° adjustable precision spraying
• Real-time stability: tactile AI adaptive balancing mitigates flight disturbances and spraying recoil

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Typical Application Scenarios

• Wind power O&M: anti-icing coating spraying for turbines to increase efficiency and reduce costs and risks
• Road & bridge maintenance: touch-up painting of road facilities and bridges with high efficiency, flexibility, and low risk
• High-tower insulator painting: replaces manual high-altitude operations to eliminate hazardous risks
• Building façades and other high structures: high-standard spraying for walls, towers, and hard-to-reach areas