Lexting E Luda 7.3Ton 4X2 6.8Meter Pure Electric Box-Type Cargo Truck

SUMMARY

• Powered by a pure – electric system, this truck is an eco – friendly solution for cargo transportation. It emits no tailpipe pollutants, making it ideal for urban and environmentally – sensitive areas. The use of electricity as a power source also contributes to reducing the overall carbon footprint associated with the transportation of goods.
• With a maximum payload capacity of 7.3 tons, it can handle a substantial amount of cargo, making it suitable for a wide range of commercial applications.

• The 4X2 drive configuration offers a balance between power and efficiency. It provides sufficient traction for normal driving conditions while optimizing energy consumption. The 6.8 – meter length of the box – type cargo area offers a large space for loading various types of goods, from palletized items to bulky but not – too – large freight.
• The box – type design encloses the cargo, protecting it from external elements such as rain, dust, and wind. This is especially important for goods that are sensitive to environmental conditions.

• In the logistics and freight industry, it can be used for short – to medium – distance transportation within cities or between nearby regions. It is well – suited for transporting consumer goods, industrial parts, and other non – hazardous materials. For businesses aiming to meet environmental sustainability goals, this pure – electric truck is an attractive option for their fleets.

FEATURES

Powertrain and Energy Management

• Pure – Electric Powertrain
  • The pure – electric powertrain is the cornerstone of this truck. It not only provides a clean and emissions – free operation but also offers a quiet driving experience. The electric motor delivers instant torque, which is beneficial for starting from a standstill and accelerating in traffic.
  • The battery management system is likely designed to optimize charging and discharging. It may incorporate advanced features such as regenerative braking, which recovers energy during deceleration and braking, thereby enhancing the overall energy efficiency and potentially extending the driving range.
• Power and Performance
  • With a payload capacity of 7.3 tons, the truck is engineered to handle heavy loads. The powertrain is configured to ensure that the vehicle can move efficiently with a full load, maintaining acceptable speeds on different terrains and gradients. The acceleration and top – speed characteristics are likely optimized for its intended use in commercial freight transportation.

Vehicle Design and Dimensions

• 4X2 Drive Configuration
  • The 4X2 drive configuration is a practical choice. It provides adequate power transfer to the wheels while being relatively simple and cost – effective. This configuration offers good traction on paved roads and can handle normal driving conditions associated with cargo transportation.
• 6.8 – Meter Box – Type Cargo Area
  • The 6.8 – meter length of the box – type cargo area is a significant feature. It offers a large volume for cargo storage, allowing for efficient loading and unloading of goods. The box – type construction provides a secure and enclosed environment for the cargo, protecting it from weather conditions and potential damage during transit.
  • The interior of the cargo box may be designed with features such as tie – down points, side rails, or shelving to facilitate the organization and securing of different types of cargo.

Safety and Operator Comfort

• Safety Features
  • The truck is likely to be equipped with standard safety features such as reliable braking systems, stability control, and proper lighting for both day and night driving. The box – type design may also contribute to safety by preventing cargo from falling out during transit.
  • There may be additional safety features related to the electric powertrain, such as isolation of high – voltage components to protect the operator and other road users.
• Operator Comfort
  • The cab of the truck is probably designed with operator comfort in mind. It may have ergonomic seating, good visibility, and easy – to – reach controls for driving and operating the vehicle. The quiet operation of the electric powertrain can also contribute to a more pleasant working environment for the operator.

Cost – Efficiency and Sustainability

• Cost – Efficiency
  • In the long – run, the pure – electric nature of the truck can lead to cost savings. Electricity is generally less expensive than traditional fuels, which can result in lower operating costs. Additionally, with fewer moving parts compared to internal combustion engines, the maintenance requirements may be reduced, leading to further cost – efficiency.
• Sustainability
  • As a pure – electric vehicle, it plays a significant role in promoting sustainability. By producing no tailpipe emissions, it helps in reducing air pollution and greenhouse gas emissions, which is crucial for environmental protection and meeting regulatory requirements in the transportation sector.

SPECIFICATIONS