HEQ Swan Voyager K8T-V2 Thermal Combo
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Swan Voyager K8T-V2
Product Introduction
The Swan Voyager K8T-V2 is an advanced VTOL fixed-wing UAV platform designed for professional aerial observation, thermal inspection, and intelligent monitoring applications. Combining vertical takeoff and landing with efficient fixed-wing cruise, it offers flexible deployment without requiring a conventional runway, with a stated flight endurance of up to 60 minutes and a video transmission range of up to 15 km.
At the core of the system is the HEQ K8T-V2 dual-sensor gimbal camera, integrating a thermal imaging sensor and an 8MP visible-light camera in a three-axis stabilized gimbal. The thermal sensor supports infrared imaging at 640 × 512 resolution, with a 1280 × 1024 thermal super-resolution mode, while the visible-light camera records 4K video at up to 30 fps.
Powered by an integrated 4 TOPS AI computing chip, the camera supports intelligent recognition and tracking of people and vehicles. These capabilities make the Swan Voyager K8T-V2 suitable for infrastructure inspection, security observation, emergency response, and other applications requiring both thermal and visible-light imagery.
The complete kit includes the Swan-K1 aircraft, K8T-V2 dual-sensor gimbal camera, display-equipped radio controller, 5500mAh flight battery, charger, and carrying case, providing an integrated platform for advanced aerial observation.
Key Features
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VTOL Fixed-Wing Platform: Combines vertical takeoff and landing with efficient fixed-wing flight for flexible deployment and extended aerial operations.
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Dual-Sensor Imaging: Integrates thermal imaging and an 8MP visible-light camera in one compact payload for complementary infrared and daylight observation.
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Thermal Imaging with Super-Resolution: Features a 640 × 512 thermal detector and a 1280 × 1024 thermal super-resolution mode for enhanced infrared image detail.
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4K Visible-Light Video: Captures high-resolution aerial footage at up to 4K 30 fps, supporting detailed visual inspection and documentation.
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AI-Powered Target Recognition: Built-in 4 TOPS AI computing supports automatic recognition and tracking of people and vehicles.
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Three-Axis Mechanical Stabilization: Helps maintain stable camera orientation and smooth imagery during aircraft movement.
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Extended Flight Endurance: Provides a stated flight duration of 50–60 minutes and a flight range of 35–40 km under suitable operating conditions.
-
Integrated Control and Accessories: Includes a display-equipped radio controller, flight battery, charger, and carrying case for a coordinated operating setup.
Why Choose This Platform?
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Day-and-Night Observation: Combines thermal imaging with visible-light video to support observation across a wider range of lighting and environmental conditions.
-
More Informative Inspection: Thermal and visible imagery provide complementary information, helping operators identify potential heat anomalies and visually inspect the surrounding scene.
-
Intelligent Tracking Capabilities: AI-assisted recognition and tracking of people and vehicles can help operators monitor relevant subjects during compatible missions.
-
Flexible Deployment: VTOL capability reduces dependence on runways, while fixed-wing cruise supports efficient coverage over larger areas.
-
Integrated Professional Payload: The dual-sensor camera, stabilized gimbal, and onboard AI processing are combined into a compact payload weighing approximately 162 g.
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Ready-to-Configure Complete Kit: Includes the aircraft, imaging payload, controller, battery, and charger, reducing the need to source core hardware separately.
Ideal For
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Infrastructure Inspection: Thermal and visible-light observation of electrical facilities, industrial equipment, buildings, and other infrastructure.
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Security and Perimeter Monitoring: Aerial observation with AI-assisted recognition and tracking of people and vehicles, subject to applicable laws and operating permissions.
-
Emergency Response and Search Support: Supporting aerial situational awareness through thermal and visible-light imagery.
-
Industrial and Facility Monitoring: Identifying potential thermal anomalies and capturing detailed visual records for further assessment.
-
Environmental Observation: Monitoring designated areas using complementary thermal and visible-light imaging.
-
UAV Research and Integration: Developing applications involving VTOL aircraft, dual-sensor payloads, AI-assisted tracking, and aerial data collection.
Swan Voyager K8T-V2
Product Introduction
The Swan Voyager K8T-V2 is an advanced VTOL fixed-wing UAV platform designed for professional aerial observation, thermal inspection, and intelligent monitoring applications. Combining vertical takeoff and landing with efficient fixed-wing cruise, it offers flexible deployment without requiring a conventional runway, with a stated flight endurance of up to 60 minutes and a video transmission range of up to 15 km.
At the core of the system is the HEQ K8T-V2 dual-sensor gimbal camera, integrating a thermal imaging sensor and an 8MP visible-light camera in a three-axis stabilized gimbal. The thermal sensor supports infrared imaging at 640 × 512 resolution, with a 1280 × 1024 thermal super-resolution mode, while the visible-light camera records 4K video at up to 30 fps.
Powered by an integrated 4 TOPS AI computing chip, the camera supports intelligent recognition and tracking of people and vehicles. These capabilities make the Swan Voyager K8T-V2 suitable for infrastructure inspection, security observation, emergency response, and other applications requiring both thermal and visible-light imagery.
The complete kit includes the Swan-K1 aircraft, K8T-V2 dual-sensor gimbal camera, display-equipped radio controller, 5500mAh flight battery, charger, and carrying case, providing an integrated platform for advanced aerial observation.
Key Features
-
VTOL Fixed-Wing Platform: Combines vertical takeoff and landing with efficient fixed-wing flight for flexible deployment and extended aerial operations.
-
Dual-Sensor Imaging: Integrates thermal imaging and an 8MP visible-light camera in one compact payload for complementary infrared and daylight observation.
-
Thermal Imaging with Super-Resolution: Features a 640 × 512 thermal detector and a 1280 × 1024 thermal super-resolution mode for enhanced infrared image detail.
-
4K Visible-Light Video: Captures high-resolution aerial footage at up to 4K 30 fps, supporting detailed visual inspection and documentation.
-
AI-Powered Target Recognition: Built-in 4 TOPS AI computing supports automatic recognition and tracking of people and vehicles.
-
Three-Axis Mechanical Stabilization: Helps maintain stable camera orientation and smooth imagery during aircraft movement.
-
Extended Flight Endurance: Provides a stated flight duration of 50–60 minutes and a flight range of 35–40 km under suitable operating conditions.
-
Integrated Control and Accessories: Includes a display-equipped radio controller, flight battery, charger, and carrying case for a coordinated operating setup.
Why Choose This Platform?
-
Day-and-Night Observation: Combines thermal imaging with visible-light video to support observation across a wider range of lighting and environmental conditions.
-
More Informative Inspection: Thermal and visible imagery provide complementary information, helping operators identify potential heat anomalies and visually inspect the surrounding scene.
-
Intelligent Tracking Capabilities: AI-assisted recognition and tracking of people and vehicles can help operators monitor relevant subjects during compatible missions.
-
Flexible Deployment: VTOL capability reduces dependence on runways, while fixed-wing cruise supports efficient coverage over larger areas.
-
Integrated Professional Payload: The dual-sensor camera, stabilized gimbal, and onboard AI processing are combined into a compact payload weighing approximately 162 g.
-
Ready-to-Configure Complete Kit: Includes the aircraft, imaging payload, controller, battery, and charger, reducing the need to source core hardware separately.
Ideal For
-
Infrastructure Inspection: Thermal and visible-light observation of electrical facilities, industrial equipment, buildings, and other infrastructure.
-
Security and Perimeter Monitoring: Aerial observation with AI-assisted recognition and tracking of people and vehicles, subject to applicable laws and operating permissions.
-
Emergency Response and Search Support: Supporting aerial situational awareness through thermal and visible-light imagery.
-
Industrial and Facility Monitoring: Identifying potential thermal anomalies and capturing detailed visual records for further assessment.
-
Environmental Observation: Monitoring designated areas using complementary thermal and visible-light imaging.
-
UAV Research and Integration: Developing applications involving VTOL aircraft, dual-sensor payloads, AI-assisted tracking, and aerial data collection.
Aircraft Platform
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Model: Swan Voyager K8T-V2
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Aircraft Type: VTOL Fixed-Wing UAV
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Wingspan: 1.1 m
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Empty Aircraft Weight: 1.12 kg
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Maximum Takeoff Weight: 1.75 kg
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Package Dimensions: 580 × 470 × 202 mm
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Wind Resistance: Level 5
Flight Performance
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Flight Duration: 50–60 minutes
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Flight Speed: 10–25 m/s
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Flight Range: 35–40 km
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Maximum Flight Altitude: 500 m
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Takeoff and Landing: Vertical Takeoff and Landing (VTOL)
Communication and Control
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Radio Controller: Display-equipped radio controller
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Image Transmission Distance: Up to 15 km (advertised maximum)
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Remote Control and Image Transmission Frequency: 5.8 GHz
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Image Transmission Resolution: 1080p
K8T-V2 Dual-Sensor Gimbal Camera
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Gimbal Type: Three-Axis Mechanical Stabilization
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Weight: 162 g ± 5 g
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Operating Voltage: 12–18 V
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Power Consumption: 8 W
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Protection Rating: IP44
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Operating Temperature: -40°C to +65°C
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Communication Protocol: HEQ Proprietary Protocol
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Interfaces: Network Interface / TTL / SBUS
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Gimbal Modes: Target Recognition, Auto-Tracking
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Maximum Control Speed: 180°/s
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Angular Vibration Accuracy: ±0.005°
Thermal Imaging Camera
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Detector Type: Uncooled VOx Infrared Focal Plane Detector
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Thermal Resolution: 640 × 512
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Thermal Super-Resolution Mode: 1280 × 1024
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Pixel Pitch: 12 μm
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Frame Rate: 25 Hz / 30 Hz
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Spectral Response Band: 8–14 μm
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Focal Length: 13.5 mm
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Field of View: 31.9° × 25.7°
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Aperture: F1.0
Visible-Light Camera
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Sensor Size: 1/2.8-inch CMOS
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Effective Pixels: 8 MP
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Focal Length: 8 mm
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Aperture: F1.6
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Horizontal Field of View: 42.2°
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Vertical Field of View: 23.4°
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Diagonal Field of View: 48.8°
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Maximum Video Resolution: 4K at 30 fps
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Photo Format: JPG
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Video Format: MP4
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Video Encoding: H.264 / H.265
AI Capabilities
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AI Computing Power: 4 TOPS
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Person Recognition: Supported
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Vehicle Recognition: Supported
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Target Recognition and Tracking: Supported
Power System
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Battery Type: LiPo
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Battery Configuration: 4S
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Battery Capacity: 5500 mAh
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Battery Voltage: 15.2 V
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Battery Charger: Included
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1 × Swan-K1 VTOL Aircraft
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1 × HEQ K8T-V2 Dual-Sensor Gimbal Camera (Thermal Imaging + Visible Light)
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1 Set × Quick-Detachable Nylon Propellers
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1 × Display-Equipped Radio Controller
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1 × 5500mAh 15.2V LiPo Flight Battery
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1 × Power Charger
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1 × Dedicated Carrying Case
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1 × Aircraft User Manual and Disclaimer
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