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T-Series
1. L4-level true unmanned operation, cost reduction and efficiency improvement: Both models are equipped with L4-level autonomous driving capability, requiring no safety officer in the entire process, and can independently complete path planning and trailer hitching/unhitching. For example, the T30W Overseas Version can tow 30,000 kg of cargo unmanned, reducing labor costs and avoiding human operation errors in industrial scenarios.
2. All-weather multi-environment adaptation, breaking limitations: They support 24/7 continuous operation and are not affected by harsh weather. The T05E has a maximum no-load climbing capacity of 30% to adapt to factory ramps, and the T30W Overseas Version adapts to high and low temperatures through a battery management system, meeting the operational needs of industrial workshops, outdoor parks, and other scenarios.
3. High-precision positioning + wide load coverage, adapting to diverse needs: Front-end docking accuracy reaches 3 cm, meeting precise loading and unloading requirements; the T05E has a maximum traction of 5,000 kg for small and medium-sized factories, while the T30W Overseas Version handles 30,000 kg for heavy airport cargo transportation, covering different industrial transport needs.
4. Intelligent monitoring and dispatching, ensuring transportation efficiency: The backend monitors vehicle and trailer status in real time, and the T30W Overseas Version additionally supports independent card-swipe authority management; the remote operation and maintenance platform enables precise dispatching, combined with acoustic and visual battery alarms, reducing industrial logistics downtime.
5. Flexible energy supplement design, adapting to continuous operations: The T05E supports fast charging + battery swapping (only 70 minutes from 10% to 80%), and the T30W Overseas Version can be fully charged via DC fast charging in 4 hours. Combined with a no-load range of 100–110 km, it supports 24-hour continuous transportation in industrial scenarios and avoids operational interruptions due to energy replenishment.
1. L4-level true unmanned operation, cost reduction and efficiency improvement: Both models are equipped with L4-level autonomous driving capability, requiring no safety officer in the entire process, and can independently complete path planning and trailer hitching/unhitching. For example, the T30W Overseas Version can tow 30,000 kg of cargo unmanned, reducing labor costs and avoiding human operation errors in industrial scenarios.
2. All-weather multi-environment adaptation, breaking limitations: They support 24/7 continuous operation and are not affected by harsh weather. The T05E has a maximum no-load climbing capacity of 30% to adapt to factory ramps, and the T30W Overseas Version adapts to high and low temperatures through a battery management system, meeting the operational needs of industrial workshops, outdoor parks, and other scenarios.
3. High-precision positioning + wide load coverage, adapting to diverse needs: Front-end docking accuracy reaches 3 cm, meeting precise loading and unloading requirements; the T05E has a maximum traction of 5,000 kg for small and medium-sized factories, while the T30W Overseas Version handles 30,000 kg for heavy airport cargo transportation, covering different industrial transport needs.
4. Intelligent monitoring and dispatching, ensuring transportation efficiency: The backend monitors vehicle and trailer status in real time, and the T30W Overseas Version additionally supports independent card-swipe authority management; the remote operation and maintenance platform enables precise dispatching, combined with acoustic and visual battery alarms, reducing industrial logistics downtime.
5. Flexible energy supplement design, adapting to continuous operations: The T05E supports fast charging + battery swapping (only 70 minutes from 10% to 80%), and the T30W Overseas Version can be fully charged via DC fast charging in 4 hours. Combined with a no-load range of 100–110 km, it supports 24-hour continuous transportation in industrial scenarios and avoids operational interruptions due to energy replenishment.
