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SP-D-FV150
Supported loading loads
Optical-electronic suspension, Lidar, an inclined chamber, a reset container, a loudspeaker.
Unique technical solutions
• Folding rotary system:
It uses a multi -engine mode for vertical take -off/landing, then folds the rotors and goes into a fixed wing mode for a long flight.
• Fast deployment:
Preparation/laying time ≤2 minutes, suitable for emergency tasks.
Stones and maneuverability
• Compact design in cruising flight mode.
• The maximum speed is 150 km/h + resistance to wind 10 points for work in difficult conditions.
Exposure integration
• Optical-electronic suspension:
30 × optical zoom + thermal imager, tracking and recognition of goals.
• Disputed container:
Point delivery of food, medicines, sparse focus at emergency.
• Loudspeaker:
Management of a crowd or evacuation from a height.
• Lidar:
Measurement of height drops, a dense cloud of points, a range of 150+ km per flight.
• Inclined camera:
210 MP (5 lenses), accuracy 5 cm, coating area 40+ km² for flight.
Data and tasks
• Management up to 100 km through a super -long communication.
• Take -off/landing accuracy 0.5 m for complex environments.
Supported loading loads
Optical-electronic suspension, Lidar, an inclined chamber, a reset container, a loudspeaker.
Unique technical solutions
• Folding rotary system:
It uses a multi -engine mode for vertical take -off/landing, then folds the rotors and goes into a fixed wing mode for a long flight.
• Fast deployment:
Preparation/laying time ≤2 minutes, suitable for emergency tasks.
Stones and maneuverability
• Compact design in cruising flight mode.
• The maximum speed is 150 km/h + resistance to wind 10 points for work in difficult conditions.
Exposure integration
• Optical-electronic suspension:
30 × optical zoom + thermal imager, tracking and recognition of goals.
• Disputed container:
Point delivery of food, medicines, sparse focus at emergency.
• Loudspeaker:
Management of a crowd or evacuation from a height.
• Lidar:
Measurement of height drops, a dense cloud of points, a range of 150+ km per flight.
• Inclined camera:
210 MP (5 lenses), accuracy 5 cm, coating area 40+ km² for flight.
Data and tasks
• Management up to 100 km through a super -long communication.
• Take -off/landing accuracy 0.5 m for complex environments.
Design parameters
• Wingspan: 3.95 m
• Length: 2.36 m
• Maximum payload: 10 kg (at sea level)
Flight characteristics
• Flight time with load: 4.5 hours (wind 2 wind, height 20 m, load 1.5 kg, with a reserve of 5% charge)
• Flight range without load: up to 500 km
• Maximum cruising speed: 150 km/h
• Practical ceiling: 7000 m
• Communication range: 30 km, 50 km, 100 km (optionally)
• Take -off/landing accuracy: 0.5 m
• Wind resistance: 10 points
• Rain protection: weak rain
• Working temperature: -20 ...+55 ° C
• Deployment/switching time: ≤2 min
【Engine and design】
• Engine type: completely electric
• Method of take -off/landing: vertical (VTOL) using folding rotary technology - after takeoff, the rotors are removed, and the device goes into a fixed wing mode.
Design parameters
• Wingspan: 3.95 m
• Length: 2.36 m
• Maximum payload: 10 kg (at sea level)
Flight characteristics
• Flight time with load: 4.5 hours (wind 2 wind, height 20 m, load 1.5 kg, with a reserve of 5% charge)
• Flight range without load: up to 500 km
• Maximum cruising speed: 150 km/h
• Practical ceiling: 7000 m
• Communication range: 30 km, 50 km, 100 km (optionally)
• Take -off/landing accuracy: 0.5 m
• Wind resistance: 10 points
• Rain protection: weak rain
• Working temperature: -20 ...+55 ° C
• Deployment/switching time: ≤2 min
【Engine and design】
• Engine type: completely electric
• Method of take -off/landing: vertical (VTOL) using folding rotary technology - after takeoff, the rotors are removed, and the device goes into a fixed wing mode.
Public safety: monitoring, emergency response, control of the crowd.
Land resources: high -precision survey, geodetic intelligence, patrolling of extensive zones.
Emergency fire extinguishing: reconnaissance of fire zone, cargo delivery, fire fighting monitoring.
Inspectorate of energy facilities: long -term infrastructure monitoring (electric lines, oil and gas pipelines, etc.).
Public safety: monitoring, emergency response, control of the crowd.
Land resources: high -precision survey, geodetic intelligence, patrolling of extensive zones.
Emergency fire extinguishing: reconnaissance of fire zone, cargo delivery, fire fighting monitoring.
Inspectorate of energy facilities: long -term infrastructure monitoring (electric lines, oil and gas pipelines, etc.).