The FlySpark SF-91X-100M Dual-Tethered Water Spray System is an advanced aerial cleaning and spraying drone solution engineered for high-rise building facades, power plants, and chemical plant maintenance. Designed to replace traditional “Spider-Man” manual cleaning, this system offers superior safety, efficiency, and precision in external surface cleaning and industrial spraying tasks.
Powered by a dual tethered electric system, the SF-91X-100M provides continuous power and water supply to the UAV, enabling uninterrupted long-duration flight operations. This eliminates the limitations of battery-based drones, ensuring stable performance and reducing operational downtime.
The complete system integrates the AF-J30 high-load hexacopter drone, WF-12K airborne tethered power unit, AF-G30 ground power box, and a pressurized water spray tank, delivering unmatched stability, range, and spraying power.
✅ Key Highlights
Replaces Traditional Cleaning Methods: Automates curtain wall and facade cleaning safely—no scaffolding or manual risk.
Continuous Power & Water Supply: Dual tethering technology supports unlimited flight duration and stable operation.
Industrial-Grade Components: Built from carbon fiber and aircraft-grade aluminum alloy for strength and durability.
High-Pressure Spray System: Delivers 12MPa water pressure and over 10m spray distance, ideal for vertical surfaces.
Fully Automated Retraction: Smart tether system with torque control and overload protection for safety and efficiency.
Custom Power Range: Supports tethering platforms from 12kW to 60kW and heights up to 300 meters.
Product Specifications
1. Drone (AF-J30 Tethered Hexacopter)
Specification | Details |
---|---|
Material | Carbon Fiber + Aircraft Aluminum Alloy |
Rotor Count | 6 Rotors |
Wheelbase | ≤1840mm |
Deployed Dimensions | 2780 × 2780 × 820mm |
Folded Dimensions | 820 × 940 × 880mm |
Empty Weight | ≤20kg |
Max Payload | ≤30kg |
Max Takeoff Weight | ≤65kg |
Positioning System | RTK (4G Version) |
Battery | 14S High-Density Battery |
Remote Control | 7-inch Integrated Display |
Safe Wind Resistance | ≤6 Rating |
Operating Temperature | -20°C to 50°C |
Obstacle Avoidance | Front Radar (Expandable) |
2. Airborne Tether Power Supply (WF-12K)
Specification | Details |
---|---|
Model | WF-1000S60-12K |
Input Voltage | 800–1000VDC |
Output | 59VDC / 200A |
Power | 12kW |
Weight | 3.21 ± 0.5kg |
Dimensions | 277 × 202 × 70mm |
Input Connector | XT60 |
Output Connector | XT150 |
3. Ground Tether Power Box (AF-G30)
Specification | Details |
---|---|
Cable Length | 120m |
Input Voltage | 380VAC |
Output Voltage | 1000VDC |
Power | 16kW |
Cable Strength | 50kg |
Retraction System | Automatic |
Dimensions | 500 × 480 × 460mm |
Weight | 41.5 ± 1kg (with cable) |
4. Ground Pressurized Water System
Specification | Details |
---|---|
Case Dimensions | 720 × 620 × 1000mm |
Input Voltage | 380VAC |
Power | 7.5kW |
Startup | Manual / Automatic |
Tank Capacity | 70L |
Water Pressure | 12MPa (Adjustable) |
Spray Distance | ≥10m |
Hose Length | 100m |
Hose Material | Carbon Fiber Reinforced Hose |
⚙️ Operation Overview
Unfold & Inspect: Unpack the drone, unfold propellers, attach booms, and secure all clips and connectors.
Connect Power System: Link the tethering cable to the UAV via the XT60 connector; ensure all plugs are tight and secure.
Activate Systems: Power on the mooring box, water pump, and remote controller sequentially.
Water Test: Verify water pump operation and adjust pressure gradually using the remote control.
Flight Operation: Take off, activate tether power, and maintain steady torque on the reel to keep cable tension stable.
Spraying: Begin controlled water spraying using the boom nozzle; maintain safe distance from the surface.
Landing & Shutdown: Power off water pump, then tether box; descend slowly and retract cables with care.
Post-Mission Maintenance: Drain, dry, and inspect water systems and cables before storage.
⚠️ Safety Notes
Do not operate in rain or extreme heat.
Avoid exposing cables to direct sunlight or wet environments.
Always wear insulated gloves when handling high-voltage cables.
Use shock-resistant packaging during transport.
Damages from overload, overheating, or improper handling are not covered under warranty.
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