Brief: Our team walks you through how the NEWBASE Z8 Max Autonomous Refrigerated Truck performs in common urban cold chain logistics scenarios. You'll see a detailed demonstration of its ultra-wide temperature control system, autonomous navigation capabilities in city centers and industrial parks, and its dual-zone temperature management for mixed cargo loads.
Related Product Features:
Ultra-wide temperature control maintains cargo between -20°C and 12°C for diverse goods.
L4 autonomous driving technology enables seamless navigation in urban and industrial settings.
Dual-zone temperature management supports chilled and frozen goods in the same vehicle.
Eco-friendly design reduces carbon emissions and supports green logistics initiatives.
8.8 m³ cargo volume with 1000 kg payload capacity for substantial delivery loads.
135 km urban driving range with 240 km unladen range for extended operations.
Fast charging option reduces charging time from 30% to 80% in just 4.5 hours.
IP55 waterproof rating ensures reliable performance in various weather conditions.
FAQs:
What is the temperature range of the NEWBASE Z8 Max refrigerated truck?
The truck supports an ultra-wide temperature-controlled cargo system ranging from -20°C to 12°C, ensuring optimal conditions for diverse goods including frozen and chilled products.
What autonomous driving level does this refrigerated truck feature?
The NEWBASE Z8 Max is an L4 autonomous refrigerated vehicle, equipped with intelligent autonomous driving systems for seamless navigation in urban and industrial settings, enabling round-the-clock operations.
How does the dual-zone temperature management system work?
The system supports separate temperature zones for chilled and frozen goods within the same vehicle, allowing you to transport different types of temperature-sensitive products simultaneously while maintaining their specific temperature requirements.
What is the charging time for the vehicle's battery?
Standard charging from 30% to 80% takes 9.2 hours, while an optional fast charging system reduces this time to just 4.5 hours for quicker turnaround between delivery cycles.