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Aerospace Science and Industry Inspection Vehicle Design
Reducing Labor Costs and Protecting Personnel Safety
Innovation Insights
Market Insight
Project Background
This product is a security patrol robot designed specifically for industrial parks and public parks. It was jointly developed by an aerospace science and industry research institute and LKK Design Beijing.
The robot can replace manual workers by conducting fast, safe, and autonomous inspections at night. It identifies potential hazards in a timely manner while minimizing labor costs and protecting personnel safety.
Innovation Value
The robot is capable of autonomous outdoor patrols.
It is equipped with two high-power GPS antennas to ensure accurate patrol routes, together with LiDAR, ultrasonic obstacle avoidance, and multiple other sensors.
A pan-tilt camera with night vision is installed at the top of the robot. It transmits live video to operators and actively analyzes potential hazards.
Design Strategy
Exterior Design
The exterior design skillfully combines the robot’s technological and intelligent character with the authority expected of a patrol vehicle, achieving an appropriate balance between the two.
The color scheme uses large areas of contrasting black and white, similar to a police vehicle, with blue and red light strips added as visual accents.
This gives the product a clear patrol identity while maintaining a strong sense of advanced technology.
Experience Optimization
The robot’s exterior draws on selected automotive design methods, creating a sense of speed and dynamic movement while also expressing the intelligence and lifelike character expected of a robot.
The exterior styling reduces the visual prominence of the LiDAR unit and the two GPS antennas, allowing them to integrate more naturally into the overall form.
💡 Solution
1. Autonomous Patrol Operation
The robot can complete patrol tasks autonomously without requiring manual operation.
Users only need to set the patrol route and schedule before operation.
2. Modular Maintenance and Automatic Charging
Each component adopts a modular design for easier removal and maintenance.
The modular structure also supports the future expansion of additional functions.
After completing a task, the robot can autonomously return to its charging station and recharge automatically, further reducing labor costs and protecting personnel safety.
It pioneered the development of unmanned hotels and standardized hotel service processes and is expected to bring significant transformation to the hotel industry.
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