JX-1900 PRO Fire Emergency Rescue Drone
DIDIOK MAKINGS new generation of locomotive-linked high-rise fire fighting and rescue system is a powerful fire fighting equipment with multiple functions of "tethered spraying, ground fighting, fire inspection, emergency power supply and mobile command", which greatly improves the actual combat capability of fire fighting drones and further improves the efficiency of fire fighting and rescue.
JX-1900 PRO Fire Emergency Rescue Drone
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JX-1900
- Symmetrical motor wheelbase:2064mm
- Fuselage size (L*W*H)
Expanded: 2710mm x 2704mm x944mm
Folded: 1100mm x 970mm x 944mm - Paddle Specifications
Diameter: 48 inches
Material: carbon fiber - Maximum take-off weight:145 kg (sea level)
- Maximum rise speed:5m/s
- Maximum descent speed:3m/s
- Maximum horizontal flight speed:GPS mode: 5m/s Motion mode: 3-10m/s adjustable (windless environment) Attitude mode: 15m/s (windless environment)
- Maximum wind speed:17.7m/s
- Maximum flight altitude:5000m
- power cell:High Pressure LiHV 14S
- W(Battery version) Maximum flight time:60 minutes.
- Recommended working temperature:-20°C to +55°C
- image sensor:1/2.3-inch SONY IMX117 CMOS
- Lens Pixels:12 million
- zoom magnification:30x optical zoom
- Recording resolution:4K 30fps
- Photo resolution:3840x2160
- Material:carbon fiber
- Expansion length:Unfolded length 4.33m (can be reduced to a minimum of 1.5m)
- Measuring range:100m
- Obstacle Sensing Range:3-20m adjustable
- FOV:20° horizontal, 3° vertical
- Measurement frequency:10kHz
- output power:1W
- Spot form:punctiform
- Beam Style:Continuous linear
- Operating temperature:-10°C to +60°C
- Storage temperature:-10°C to +40°C
Fire engine fire fighting
DIDIOK MAKINGS new generation of locomotive-linked high-rise fire fighting and rescue system is a powerful fire fighting equipment with multiple functions of "tethered spraying, ground fighting, fire inspection, emergency power supply and mobile command", which greatly improves the actual combat capability of fire fighting drones and further improves the efficiency of fire fighting and rescue.
