“Orca” “Tiger den”
fully autonomous UAV inspection system

Open the new era of industrial UAV 2.0

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  • “Orca” industrial UAV
  • “Tiger Den” fixed fully automated airport
  • “Tiger vision” four-dimensional holographic control platform

“Tiger Den” fully automated airport

As the energy field and treasure box of the “orca” industrial drone, the “Tiger den” fully automatic airport can cooperate with the industrial drone to complete the construction of unmanned entire-process autonomous inspection; and as an important information collection and transmission node of the ground-based IoT, it will also serve as an important intelligent computing node for fog-computing in the future.

  • Reliable industrial quality
  • Automatically replace batteries and pods
  • Off-site take-off and landing

Automatically replace battery and pod

There are precision mechanical instruments and electrical control systems built in the “Tiger dens” fully automatic airport. Thanks to this configuration, the “Tiger dens” can automatically replace the batteries and pods for the “Orcas”. It only takes 3 minutes from landing, replacing the battery and taking-off to continue.

System Automatic detection

Before each task, “Tiger dens” will automatically test a series of parameters, including the battery power of the UAV system, whether the sensor pod is working properly, the meteorological environment of the practical condition and the number of navigation satellites, to ensure a safe travel.

Reliable industrial quality

The industrial protection level of “Tiger dens” can reach IP55, with constant temperature and drainage system. And coordinated with the micro-meteorological system, strong security protection is ready in industrial scenarios for the airport system and drones.

“Orca” industrial drone

Independently developed by I-KINGTEC. Through using the designing schemes of bionics and aerodynamics, the “Orcas” do not need drone pilots to manipulate during the working process for they can flexibly respond to multi-scene tasks.

Multi-sensor pod

The capability that the collaborative perception data can be automatically replaced during working, the system becomes powerful in various skills.

30x optical zoom pod

  • 30x optical zoom, 60x Photoelectric hybrid zoom
  • Picture resolution: 20 million pixels
  • Video resolution: 1920X 1080/30 fps
  • Stabilization gimbal: three-axis fully self-stabilizing gimbal
  • Storage capacity: 128 G

Full frame pod

  • Picture pixel: 61 million
  • Video resolution: 3840×2160（based on 6k supersampling）
  • Lens: 50mm/35mm
  • Sensor size :36×24mm
  • Anti-shake level: Five-axis anti-shake

Tweeter megaphone pod

  • Effective speaker distance: ≥300m
  • Sound pressure: ≥100dp
  • Working temperature: -10~+40℃
  • Communication distance: unlimited
  • Protection level: IP43

Laser-image fusion modeling instrument

  • Point density: >100/㎡
  • Range-measuring accuracy: ±2cm
  • Range: 200m/260m
  • IMU update rate: 200Hz
  • Scanning angle: 360°×30°/38°

Infrared thermal pod

  • Temperature range: -20~+600℃
  • Resolution: 640+512
  • Thermal sensitivity: 60mk@f/1,30°，50Hz
  • Precision: Measuring range ±2% or ±2°C
  • Detector type: Uncooled vanadium oxide VOx focal plane detector

30x optical zoom pod

Full frame pod

Tweeter megaphone pod

Laser-image fusion modeling instrument

Infrared thermal pod

“Orca” industrial drone

Independently developed by I-KINGTEC. Through using the designing schemes of bionics and aerodynamics, the “Orcas” do not need drone pilots to manipulate during the working process for they can flexibly respond to multi-scene tasks.

Multi-sensor pod

the capability that the collaborative perception data can be automatically replaced during working, the system becomes powerful in various skills.

30x optical zoom pod

  • 30x optical zoom, 60x Photoelectric hybrid zoom
  • Picture resolution: 20 million pixels
  • Video resolution: 1920X 1080/30 fps
  • Stabilization gimbal: three-axis fully self-stabilizing gimbal
  • Storage capacity: 128 G

Full frame pod

  • Picture pixel: 61 million
  • Video resolution: 3840×2160（based on 6k supersampling）
  • Lens: 50mm/35mm
  • Sensor size :36×24mm
  • Anti-shake level: Five-axis anti-shake

Tweeter megaphone pod

  • Effective speaker distance: ≥300m
  • Sound pressure: ≥100dp
  • Working temperature: -10~+40℃
  • Communication distance: unlimited
  • Protection level: IP43

Laser-image fusion modeling instrument

  • Point density: >100/㎡
  • Range-measuring accuracy: ±2cm
  • Range: 200m/260m
  • IMU update rate: 200Hz
  • Scanning angle: 360°×30°/38°

Infrared thermal pod

  • Temperature range: -20~+600℃
  • Resolution: 640+512
  • Thermal sensitivity: 60mk@f/1,30°，50Hz
  • Precision: Measuring range ±2% or ±2°C
  • Detector type: Uncooled vanadium oxide VOx focal plane detector

30x optical zoom pod

Full frame pod

Tweeter megaphone pod

Laser-image fusion modeling instrument

Infrared thermal pod

  • Heterogeneous carbon fiber integrated molding
  • Maximum battery life in a single flight: 66min
  • Weight: only 6.5kg
  • Maximum load of the drone: 7kg
  • Industrial protection rate: IP55
  • A-level resistance to strong electromagnetic interference
  • Resistance to Moderate Gale
  • Transfer data in real-time in unlimited distance with mobile network
  • Independent ID Realize multi-drone coordinated inspection
  • AI intelligent analysis

Body integral molding technology Perfect quality control

The application of “2k carbon fiber integrated molding process” achieves an effective reduction of the “Orca” weight, without affecting the solid structure of the fuselage. The whole machine weighs only 6.5kg with battery. Cooperating a strong power motor, the maximum load can reach 7kg.

Super flighting performance The maximum operating time of a single sortie can last up to

6-kilometer coverage area

Through the effective and autonomous coordination of the fully autonomous drones and the mobile fully automatic airports, a single product system can achieve a maximum of 8-hour inspecting operation within a 6-kilometer inspection range, uninterruptedly and independently.

IP55

Largest industry

Protection level

A

Anti strong Electromagnetic interference

7 Wind resistance

Build a three-dimensional space-earth integrated IoT inspection system

  • 5G adaptability

    The system uses the mobile communication network as the transmission and control link, which is perfectly compatible with 5G communication, achieving low latency, high bandwidth and large-scale connections.

  • Clustered control

    Each “Orca” has its own independent ID, which can match any fully automatic airport. After a grid-like deployment of the whole system, clustered management of the drones can be realized.

  • Three-dimensional IoT construction

    The system software platform has an open API interface, which can be connected to the ground-based intelligent IoT equipment, cooperating with the fully autonomous UAV inspection system, a three-dimensional space-earth integrated IoT system will shine on the moment.

“Tiger vision” four-dimensional holographic control system

The digital twin-type integrated control platform realizes the systematic, intelligent, visual and streamlined management of the industry scene operation.

  • Artificial intelligence recognition system
  • Digital map management system
  • Ultra-low-altitude flight control system
  • “Age of Empires” precision scheduling system
  • Mind-reading big data analysis system

“Tiger vision” four-dimensional holographic control system

The digital twin-type integrated control platform realizes the systematic, intelligent, visual and streamlined management of the industry scene operation.

  • Artificial intelligence recognition system
  • Digital map management system
  • Ultra-low-altitude flight control system
  • “Age of Empires” precision scheduling system
  • Mind-reading big data analysis system

Fully autonomous and precise landing

Use GPS, RTK, UWB, vision and other positioning technologies to ensure that the aircraft can accurately land back to the fixed airport, then change the battery and sensor before taking-off again for the next mission.

Falcon - C100

Fully autonomous and precise landing

Use GPS, RTK, UWB, vision and other positioning technologies to ensure that the aircraft can accurately land back to the fixed airport, then change the battery and sensor before taking-off again for the next mission.