Xiangling 3.5T 4.05Meter Single Row Pure Electric Cage Grille Type Micro Truck

SUMMARY

• This micro – truck is powered by a pure – electric system. It represents an environmentally friendly alternative in the transportation sector, as it emits no tailpipe pollutants. This not only helps in reducing air pollution but also makes it suitable for use in urban areas with strict environmental regulations.
• With a payload capacity of 3.5 tons, it can carry a substantial amount of cargo. This makes it useful for various small – to – medium – scale transportation tasks, especially those involving goods that can be transported in a cage – grille – type setup.

• Measuring 4.05 meters in length and having a single – row design, it is relatively compact. The single – row configuration provides a clear view for the driver, enhancing safety during operation. Its compact size allows it to navigate through narrow streets and tight spaces with relative ease, which is a great advantage for urban delivery and transportation in areas with limited space.
• The cage – grille – type design of the cargo area is a distinct feature. It offers a particular way of containing and transporting cargo, perhaps providing better ventilation or visibility for certain types of goods.

• In the field of urban logistics, it can be used for transporting a variety of items. It may be well – suited for transporting livestock, small – scale building materials like fencing or mesh products, or other goods that benefit from the cage – grille – type cargo area. Additionally, its pure – electric nature makes it an attractive option for businesses looking to reduce their carbon footprint and meet sustainability goals.

FEATURES

Powertrain and Energy Management

• Pure – Electric System
  • The pure – electric system is a key aspect of this micro – truck. It provides a clean and quiet operation. The electric motor offers instant torque, which is beneficial for starting and accelerating, especially when carrying a load. The battery management system is likely designed to optimize charging and discharging, and may incorporate regenerative braking to recover energy during deceleration, thereby increasing the overall energy efficiency and potentially extending the vehicle’s range.
• Payload and Performance
  • With a payload capacity of 3.5 tons, the micro – truck can carry a significant amount of cargo. The vehicle is engineered to ensure that the electric powertrain can support this load effectively. It should be able to operate smoothly when fully loaded, with performance aspects such as speed, climbing ability, and handling optimized for its intended use, which may include traversing different terrains and traffic conditions in urban and suburban areas.

Vehicle Design and Dimensions

• Single – Row Design
  • The single – row design offers multiple benefits. It gives the driver a clear view, which is crucial for safe driving. Additionally, it contributes to the vehicle’s compactness, allowing for better maneuverability in tight spaces. The interior of the cab may be designed with a focus on the driver’s comfort and ease of operation.
• 4.05 – Meter Length
  • The 4.05 – meter length is an important characteristic. It is short enough to enable the truck to make tight turns, which is essential for accessing narrow alleys and delivery locations in urban areas. At the same time, it is long enough to carry a reasonable amount of cargo, with the length being optimized to balance cargo – carrying capacity and maneuverability.
• Cage – Grille – Type Cargo Area
  • The cage – grille – type cargo area is a defining feature. It provides a unique way of transporting goods. For example, if transporting livestock, it allows for proper ventilation and containment. For other items like fencing materials, it may offer better visibility and easier loading and unloading. The design may also include features to secure the cargo, such as locking mechanisms or attachment points.

Environmental and Cost – Efficiency

• Environmental Impact
  • As a pure – electric vehicle, it has a positive impact on the environment. It emits no exhaust gases, which helps in reducing air pollution and greenhouse gas emissions. This makes it a sustainable choice for transportation, especially in areas with environmental concerns.
• Cost – Efficiency
  • In the long – run, the pure – electric system can lead to cost savings. Electricity is generally less expensive than traditional fuels, resulting in lower operating costs. Moreover, electric vehicles typically have fewer moving parts compared to internal combustion engines, which may lead to reduced maintenance costs over time.

SPECIFICATIONS