The Latest HOWO Electric Tractor Truck Models and Prices
Current HOWO Electric Tractor Truck Models
The current HOWO electric tractor truck lineup includes the G7X EV high-roof model, the G7X EV low-roof model, the HOWO TX EV 6×4 with a 400 kWh battery, and electric port tractors. Each model offers distinct features in terms of design, powertrain, and operating equipment.
HOWO G7X EV 342 kWh High-Roof Electric Tractor Truck
The HOWO G7X EV 342 kWh High-Roof Electric Tractor Truck features a modern design, a high-roof cab, and a large-capacity battery system, supporting businesses transitioning to electric transportation. Its key advantages include:
Spacious high-roof cab: Provides a comfortable living and resting space for drivers, complemented by a premium exterior design.
Cab based on MAN technology and German standards: Focuses on safety, build quality, and driver comfort.
342 kWh battery capacity: Supplies power to the electric powertrain for freight transportation operations.
Dual-gun DC fast charging with CCS2 connectors: Supports rapid energy replenishment and reduces waiting time when used with compatible charging infrastructure.

HOWO G7X EV 342 kWh High-Roof Electric Tractor Truck
HOWO SITRAK G7X EV Low-Roof Electric Tractor Truck
The HOWO SITRAK G7X EV low-roof model is designed for short-distance transportation, featuring several notable technologies and equipment:
342 kWh CATL battery: The published maximum charging power is 250 kW, with support for dual-gun DC fast charging using CCS2 connectors.
Integrated powertrain: The motor, transmission, and axle are integrated into a single assembly to simplify the structure and improve powertrain efficiency.
Comfortable cab: Equipped with a four-airbag suspension system, an air-suspension seat, and a 12.3-inch display with an integrated 360-degree camera.
Advanced safety features: Includes Electronic Stability Control (ESC), Anti-Slip Regulation (ASR), and Forward Collision Warning (FCW).
Multi-level regenerative braking: Allows drivers to select an appropriate energy recovery level during operation.
HOWO TX EV 6×4 400 kWh Electric Tractor Truck
The HOWO TX EV 6×4 400 kWh is designed for interprovincial logistics transportation and port connectivity, with the following key features:
Powerful electric motor: Delivers 520 kW of power and a maximum torque of 3,000 Nm, providing strong traction during startup and uphill driving.
6-speed AMT automatic transmission: Helps distribute tractive force and enables flexible gear shifting according to operating conditions.
400 kWh LFP battery: Features a top-and-bottom bidirectional thermal management system to help maintain stable battery operating conditions.
Comfortable flat-floor cab: Equipped with a 900 mm-wide sleeper berth, a 10.1-inch display, and a multifunction steering wheel.
Modular chassis: Facilitates maintenance. High-voltage and low-voltage wiring are routed separately, and high-voltage components meet the IP68 protection rating.
Electric Port Tractor Truck
The electric port tractor truck features a specialized offset cab design for container handling and transfer operations at port terminals, warehouses, and internal logistics areas. Its key features include:
Designed for port operations: The offset cab configuration supports container transportation and transfer activities.
Dual electric motors: Delivers a maximum output of 440 kW, providing traction at low speeds.
310 kWh battery: VIMID states a driving range of over 180 km.
Dual DC charging support: The published charging time from 20% to 95% is 50 minutes; actual charging time depends on charging conditions.
Convenient cab access: Well-positioned steps and handrails, combined with warning-colored paint, improve visibility and support safer entry and exit.
HOWO Electric Tractor Operating Range and Charging
When choosing a HOWO electric tractor, three key factors are commonly considered: driving range per charge, load-hauling capability, and charging time.
How Far Can a HOWO Electric Tractor Travel on a Single Charge?
HOWO electric tractors currently offer a driving range of approximately 180–260 km per charge, depending on the model and operating conditions. Specifically:
Port electric tractor, 310 kWh battery: Driving range of over 180 km.
G7X EV high-roof, 342 kWh battery: Approximately 260 km under mixed loaded and unloaded driving conditions.
The actual driving range varies depending on payload, terrain, and driving style. When planning routes, businesses should calculate the total distance covered per shift and reserve sufficient battery capacity.
To determine whether a vehicle meets operational requirements, businesses should assess the following factors:
Cargo and semi-trailer weight: Record the actual vehicle combination configuration during the site survey or test drive.
Route characteristics: Distinguish between flat roads, hilly routes, and areas prone to frequent traffic congestion.
Daily trips: Calculate the total distance covered throughout an entire working shift.
Charging opportunities: Determine whether the vehicle must complete an entire shift on a single charge or can recharge between trips.
Load-Hauling Capability
The TXEV and port electric tractor models deliver power outputs of 440–520 kW, serving different transportation requirements:
HOWO TXEV 6×4 400 kWh: Delivers 520 kW of power and 3,000 Nm of maximum torque, paired with a 6-speed AMT transmission to support starting and hill climbing.
Port electric tractor: Two electric motors deliver a combined peak output of 440 kW, making the vehicle suitable for container transfers within ports and warehouse facilities.
G7X EV 342 kWh high-roof and low-roof versions: Equipped with two permanent magnet synchronous electric motors on the second and third axles, delivering a peak output of 2 × 275 kW and maximum torque of 2 × 500 Nm. The integrated powertrain combines the electric motors, AMT transmission, and electric axles to provide rapid traction response, efficient power delivery, and automatic gear shifting.
Charging Time and Standards
The reference charging time ranges from 50 to 90 minutes, depending on the battery charge range and model:
Port electric tractor: Dual-gun DC charging from 20% to 95% takes approximately 50 minutes.
G7X EV low-roof: Charging takes approximately 90 minutes, with a charging acceptance power of 250 kW and two DC charging guns using the CCS2 standard.
HOWO Electric Tractor Prices
Reference prices for HOWO electric tractors range from VND 2.8 billion to VND 3.8 billion, depending on the model, battery capacity, powertrain configuration, and cab version. Businesses should select the appropriate configuration based on transportation routes, cargo weight, and operating shifts to balance investment costs.
In addition to the vehicle purchase price, businesses should budget for charging equipment and suitable electrical infrastructure. Actual prices and included items should be confirmed at the time of ordering.
For a detailed quotation, contact VIMID via hotline 1900 1089 and provide your transportation requirements to receive advice on a suitable solution.

Explore Electric Tractors with VIMID
Choosing an electric tractor should be based on each business’s routes, cargo volume, and charging capabilities. The HOWO G7X EV, TXEV, V9X, and specialized port electric tractors should be evaluated according to their specific versions and intended applications.
To learn more about these products, contact VIMID via hotline 1900 1089 or submit a consultation request to receive configuration details and a quotation tailored to your business needs.
Related news
Continuing its partnership in green transportation, Vietnam Machine Investment Development Joint Stock Company (VIMID) recently held a handover ceremony for a new batch of G7X-EV electric tractor trucks to Xuan Loc Logistics Joint Stock Company, marking the second time the company has chosen VIMID’s electric tractor trucks to expand its fleet. More than a testament […]
The shift toward green transportation is reshaping how logistics companies invest in and operate their fleets. Among the emerging solutions, electric trucks are attracting increasing attention thanks to their ability to reduce operating costs, deliver stable performance, and support the long-term sustainability goals of modern transportation businesses. As one of Vietnam’s pioneers in green transportation […]
In transport operations, costs are not only driven by fuel or vehicle investment, but also by periods when vehicles are out of service. Every instance of downtime—whether for repairs, waiting for spare parts, or prolonged maintenance—directly impacts operational timelines and efficiency. Reducing technical turnaround time and ensuring vehicle readiness have therefore become critical priorities for […]





