Integrated Unmanned Driving Solution for Mines

Business Challenges

Huge Safety Hazards

Mining trucks are large with many blind spots, posing collision or crushing risks.

High personnel operation intensity, lack of rescue facilities, and frequent safety accidents.
Shortage of Practitioners

Located in remote areas, with much dust, loud noise, and harsh environment.

Aging of skilled workers, frequent personnel turnover, and interruption of technical inheritance.
High Operating Costs

High Operating Costs

Non-standard operation leads to high fuel consumption, high loss, and increased operating expenses.
Efficiency Bottleneck

Multiple shifts per day, frequent shift handovers reduce working hours.

Lack of scheduling in manual driving, queuing and waiting affect comprehensive efficiency.

Advantages of the plan

More Efficient

24-hour uninterrupted operation
Efficiency can be as high as 95% of manual work.

More Economical

Reduce labor and fuel expenses.
Comprehensively reduce transportation costs by more than 30%.

Safer

Recognizes and avoids general obstacles from 30 meters away
Distinguishes objects 10 cm high.

Clearer

Based on map crowdsourcing update
Based on map crowdsourcing update

More Reliable

Operable when visibility is less than 30 meters
Unaffected by extreme weather like sandstorms, rain, and snow.

Smarter

Rare strong single-vehicle intelligence in the industry
Capable of offline autonomous operation for 4-5 hours.

More Accurate

Turning radius less than 13 meters
Braking distance reduced by 30%.

Lighter

72-hour rapid solution deployment
No need to build additional roadside units.

Vehicle grade sensor configuration

Millimeter-wave Radar

Uses millimeter waves to detect surrounding objects, enabling all-weather environmental perception and stable recognition of obstacles and vehicles.
Camera

Collects image data for identifying lanes, signs, pedestrians, etc., to enhance perception and decision-making capabilities.
GPS Positioning

Provides high-precision position information to support accurate navigation and path planning for unmanned vehicles, ensuring driving safety.
LiDAR (Light Detection and Ranging)

Emits laser to scan the environment, constructs high-precision maps, and accurately identifies 3D obstacles and driving paths.

Millimeter-wave Radar

Uses millimeter waves to detect surrounding objects, enabling all-weather environmental perception and stable recognition of obstacles and vehicles.
GPS Positioning

Provides high-precision position information to support accurate navigation and path planning for unmanned vehicles, ensuring driving safety.
Camera

Collects image data for identifying lanes, signs, pedestrians, etc., to enhance perception and decision-making capabilities.
LiDAR (Light Detection and Ranging)

Emits laser to scan the environment, constructs high-precision maps, and accurately identifies 3D obstacles and driving paths.