Target Clients
· Core Clients:
Urban management enforcement agencies, public security bureaus, emergency response departments (fire/rescue/earthquake), traffic control authorities
· Extended Users:
Maritime patrol fleets, border patrol units, industrial zone security teams, municipal facility maintenance groups
Key Pain Points
Bottlenecks of Traditional Drone Operations:
· Low Deployment Efficiency:
Manual transport, assembly, and calibration cause delays in emergency response.
· Fragmented Endurance:
≤30min flight time per battery; frequent battery swaps disrupt continuous missions (e.g., monitoring or lighting).
· High Operational Threshold:
Reliance on professional pilots; operator exposure to risk during inclement weather.
· Poor Equipment Management:
Drones stored in open conditions or subjected to vehicle vibration damage—leading to high failure rates.
Insufficient Coverage in Special Scenarios:
· Inadequate lighting for night enforcement
· Communication blind zones at disaster sites
· Visual dead zones over water bodies, mountains, or rugged terrain
Our Solution: AIRFLY Fully-Automated Tethered Drone Hangar System
A Tri-Core Smart Platform:
· High-Strength Protective Hangar: IP54-rated all-metal shell
· J3 Tethered Drone: For continuous aerial operations
· Vehicle/Marine-Mounted Integration: Deployable on land or sea platforms
Feature Module |
Technical Implementation |
User Value |
Unmanned Operation |
One-click remote control → Hangar opens → Drone auto takeoff → Auto recovery post-mission |
Fully autonomous; eliminates manual risk |
24/7 Continuous Ops |
Direct DC24V tether power from hangar → Drone stays airborne 24/7 |
Solves all endurance constraints |
Rapid Mobile Deployment |
Vehicle/boat-mounted system → Deployed & airborne in 3 minutes |
Seizes golden window in emergency response |
Extreme Environment Adaptability |
IP54 rated, operates from -20°C to +50°C, withstands Level 7 winds (15 m/s) |
Performs reliably in rain, dust, extreme cold |
Modular Payload Expansion |
Built-in lighting & loudspeaker, optional relay, payload drop, gas detection, etc. |
Enables multi-role missions: surveillance, comms, rescue |
Breakthrough Functional Modules & Value
Proven Outcomes
Revolutionizing Urban Governance (Urban Mgmt / Police Use Case)
Mounted on law enforcement vehicle rooftops → 24/7 patrol of key zones
Violations detected → Auto-hover for video capture → Remote warning broadcast → Coordinated on-ground response
✅ Results:
· Nighttime law enforcement efficiency ↑ 300%
· Labor costs ↓ 60%
Bridging the “Last Mile” in Emergency Response
Emergency response vehicles deploy drone hangar in disaster core zone within 10 minutes
Airborne lighting + relay node built instantly
On-Site Capabilities:
· 50W high beam covers 5,000 m² search zone
· Loudspeaker guides survivors
· Mesh relay streams live video
✅ Results:
· During 2023 South China flood response, a single hangar system supported 72 hours of continuous comms and lighting
Setting a New Benchmark for Industrial O&M
Deployed at fixed locations in chemical plants for daily routines:
· 8 infrared inspections of hazardous tanks per day
· Gas leak detection + perimeter patrol
✅ Results:
· Replaced manual high-risk inspections
· Annual cost savings > CNY 2 million
System Reliability Validated
· 5,000+ hours of fault-free operation across environments: salt mist, high humidity, rugged terrain
· Mass deployment in 32 Chinese cities for municipal enforcement
Summary Highlights
Target Users |
Emergency/government agencies, urban management, public security needing mobile & unmanned ops |
Pain Points |
Slow deployment, short endurance, operator burden, poor storage, limited environmental adaptability |
Solution |
Vehicle/boat-mounted tethered drone hangar: 3-min auto takeoff, 24h continuous ops, IP54, wind-resistant |
Outcomes |
300% enforcement efficiency ↑ | 72h emergency ops guaranteed | CNY 2M+ annual cost savings |
Parameter
Parameter |
Specification |
Dimensions of J3 drone |
600*600*300mm |
Wheelbase between diagonal motors |
735mm |
Weight |
2.75kg(including tethered battery) |
Maximum load |
3kg |
Hovering accuracy |
±0.1 m |
RTK Location accuracy |
1cm+1ppm(Horizontal)1.5cm+1ppm(Vertical) |
Maximum wind speed tolerance |
7级(Force 7),15m/s |
UAV flight stability power |
≤300W |
Product dimensions |
Closed:长Length 1175mm宽Width*1172mm高Height*900mm |
Opened:长Length2295mm*宽Width1172mm*高Height 900mm |
|
Product weight |
100 kg |
IP rating |
IP54 |
Material |
Full - metal sheet metal processing |
Operating power |
Standard operating conditions:≤150w |
Peak operating conditions:≤350w |
|
Power supply requirements |
DC24V |
Quantity of UAVs accommodated |
1unit |
Installation method |
Roof, flat ground, car trunk, etc. |
Operation mode |
Fully automatic |
Operation interval cycle |
Continuously |
Power supply methods for UAVs |
Tethered power supply |
Working life |
≥5000 Hours |