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P300 P300
P300

Autonomous Aerial Robot

P300 autonomous aerial robot designed for industrial applications. It represents a revolutionary leap in autonomous unmanned systems for unknown environment exploration. .P300 operates without reliance on prior environmental data, GPS , operator expertise or remote controller. simply define the survey area by drawing a 3D bounding box on the digital map interface- a single command initiates fully autonomous mission execution from initialization to finalization.
Product Features
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Meet diverse scenario requirements
The chassis design accommodates diverse application scenarios, featuring waterproof, dustproof, and corrosion-resistant capabilities.
High-Precision Real-Time Volume Data Acquisition
Real-time data includes spatial volume information with absolute accuracy reaching 3 cm.
Multi-Node Relay Exploration System
Relay-based exploration algorithm, combined with hot-swappable batteries, enables real-time task reconfiguration across multiple nodes.
Application Scenarios
Smart Mine
Emergency Management
Energy and Chemical Engineering
Lin Yan Surveying
Construction
Urban Transportation
Product Specifications
Hardware Specifications
Work Environment
Battery
Camera Mount
Output Format
LiDAR
Hardware Specifications
Weight
≤2.8kg
Dimensions
510mm×510mm×310mm
Housing Material
Carbon fiber composite materials
Rated Power
600W
续航Range
20min
Work Environment
Operating temperature range
-10°~50°C
Battery
Battery capacity
9000mAh
Battery energy
180Wh
Charging Limit Voltage
25.2V
Camera Mount
Imagery
1/2.7-inch CMOS sensor with 2.0 megapixels effective resolution
Lens FOV
Level 160
Output Signal Interface
Ethernet port
Signal Input Method
S.Bus, PWM, Ethernet UDP
Operating Voltage Range
12V
Power consumption
Average power consumption: 2W Peak power consumption: 12W
Range of tilt and rotation
-90°~+25°
Output Format
Point Cloud Output Format
.las .ply
Video Output Format
.mp4
LiDAR
FOV
360° * 59°
Laser Class
Class1/905nm
Relative Accuracy
1cm
Absolute Accuracy
3cm
Near blind spot
0.1m
Effective scanning distance
40m at 10% reflectivity 70m at 80% reflectivity
Dot frequency
200,000 points per second