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ROTUN
1. Super Strong Environmental Adaptability: Protection level up to IP68, supporting Ex-d-IIB explosion-proof type, working in the temperature range of -25~65℃. It can resist level 8 wind (20.7m/s), heavy rain (140mm rainfall in 12 hours) and magnitude 5.5 earthquake, adapting to harsh industrial environments.
2. Efficient Motion Performance: Instant maximum speed 35km/h, acceleration only 2.5 seconds, maximum climbing angle 17°, obstacle surmounting height 300mm. Rolling motion has low friction, energy efficiency is 5~6 times that of legged robots, with continuous driving ≥100km, reducing endurance anxiety in industrial scenarios.
3. L4-Level Autonomous Navigation: No need for high-precision electronic maps. It integrates a panoramic perception system (bionic insect compound eye principle) to obtain environmental information in real time. It can automatically adjust posture when encountering potholes and collisions, realizing fully autonomous path planning and obstacle avoidance, reducing manual intervention costs.
4. Flexible Load Expansion: Equipped with multiple standardized external mounting interfaces, supporting users to customize and develop business loads. It can adapt to different needs such as industrial detection, monitoring and disposal, improving scenario reusability.
1. Super Strong Environmental Adaptability: Protection level up to IP68, supporting Ex-d-IIB explosion-proof type, working in the temperature range of -25~65℃. It can resist level 8 wind (20.7m/s), heavy rain (140mm rainfall in 12 hours) and magnitude 5.5 earthquake, adapting to harsh industrial environments.
2. Efficient Motion Performance: Instant maximum speed 35km/h, acceleration only 2.5 seconds, maximum climbing angle 17°, obstacle surmounting height 300mm. Rolling motion has low friction, energy efficiency is 5~6 times that of legged robots, with continuous driving ≥100km, reducing endurance anxiety in industrial scenarios.
3. L4-Level Autonomous Navigation: No need for high-precision electronic maps. It integrates a panoramic perception system (bionic insect compound eye principle) to obtain environmental information in real time. It can automatically adjust posture when encountering potholes and collisions, realizing fully autonomous path planning and obstacle avoidance, reducing manual intervention costs.
4. Flexible Load Expansion: Equipped with multiple standardized external mounting interfaces, supporting users to customize and develop business loads. It can adapt to different needs such as industrial detection, monitoring and disposal, improving scenario reusability.
Basic Specifications Diameter 800mm, Weight 150kg
Power & Endurance Battery Capacity 2400Wh, Charging Time ≤3h; Continuous Operation ≥8h, Continuous Driving ≥100km
Motion Performance Instant Maximum Speed 35km/h, Rated Maximum Speed 18km/h; Acceleration Time 2.5s, Deceleration Time 2.8s; Minimum Turning Radius 1.6m
Protection & Safety Protection Level IP68, Explosion-Proof Type Ex-d-IIB; Maximum Working Noise ≤45dB; Lightning Protection Severe Level 4
Environmental Tolerance Temperature -25~65℃; Resists heavy snowstorm (15mm snowfall in 12h), dense fog (visibility 50m), large hail (diameter 50mm)
Certification Standards Complies with ISO-9001, GB/T19001-2016, ISO8001:2015 Standards
Basic Specifications Diameter 800mm, Weight 150kg
Power & Endurance Battery Capacity 2400Wh, Charging Time ≤3h; Continuous Operation ≥8h, Continuous Driving ≥100km
Motion Performance Instant Maximum Speed 35km/h, Rated Maximum Speed 18km/h; Acceleration Time 2.5s, Deceleration Time 2.8s; Minimum Turning Radius 1.6m
Protection & Safety Protection Level IP68, Explosion-Proof Type Ex-d-IIB; Maximum Working Noise ≤45dB; Lightning Protection Severe Level 4
Environmental Tolerance Temperature -25~65℃; Resists heavy snowstorm (15mm snowfall in 12h), dense fog (visibility 50m), large hail (diameter 50mm)
Certification Standards Complies with ISO-9001, GB/T19001-2016, ISO8001:2015 Standards
1. Petrochemical Parks: Replace manual inspection in corrosive, flammable and explosive environments. Real-time monitor risks such as equipment leakage and abnormal temperature. With explosion-proof design, it reduces personal safety hazards and improves inspection frequency and accuracy.
2. Underground Pipe Galleries: Adapt to dark, narrow and complex terrain. With long endurance (≥8h) and autonomous navigation, it detects pipe gallery structure damage and pipeline leakage, reducing the workload of manual entry into confined spaces.
3. Energy Facilities (Power Plants/Substations): Resist extreme weather such as heavy rain, snowstorm and lightning. 24-hour monitoring of transmission equipment status, timely feedback of fault signals, ensuring stable energy supply and reducing manual operation difficulty in bad weather.
4. Industrial Plant Perimeter: Realize unmanned security patrol. With collision resistance and fast movement capability (35km/h instant speed), it can link with monitoring systems to identify illegal intrusion, improving the efficiency of plant boundary security protection.
1. Petrochemical Parks: Replace manual inspection in corrosive, flammable and explosive environments. Real-time monitor risks such as equipment leakage and abnormal temperature. With explosion-proof design, it reduces personal safety hazards and improves inspection frequency and accuracy.
2. Underground Pipe Galleries: Adapt to dark, narrow and complex terrain. With long endurance (≥8h) and autonomous navigation, it detects pipe gallery structure damage and pipeline leakage, reducing the workload of manual entry into confined spaces.
3. Energy Facilities (Power Plants/Substations): Resist extreme weather such as heavy rain, snowstorm and lightning. 24-hour monitoring of transmission equipment status, timely feedback of fault signals, ensuring stable energy supply and reducing manual operation difficulty in bad weather.
4. Industrial Plant Perimeter: Realize unmanned security patrol. With collision resistance and fast movement capability (35km/h instant speed), it can link with monitoring systems to identify illegal intrusion, improving the efficiency of plant boundary security protection.