Fast Times
Green wheels

Mober launches Philippines' first fully electric tractor head

MOBER, a leader in green logistics services in the Philippines, has taken a major step in advancing sustainable transport by introducing the country's first fully electric tractor head.

The groundbreaking vehicle marks a significant expansion of its electric vehicle (EV) fleet. Also, it is designed for large-scale logistics operations.
The new electric tractor head truck boasts an 18-ton payload capacity and a range of up to 220 kilometers on a single charge, powered by a robust 282.6-kilowatt battery. Its ability to fully charge in just two hours at a 120-kilowatt Fast DC Charging station makes it an ideal solution for predictable daily routes.
Engineered for efficiency and sustainability, the truck delivers instant torque, quiet operation, and regenerative braking for smoother performance. These features not only enhance its operational efficiency but also contribute to reducing the environmental impact of logistics services, an increasingly important factor for industries ranging from retail to fast-moving consumer goods.
'We're thrilled to introduce the Philippines' first 100-percent electric tractor head truck. This achievement underscores Mober's unwavering dedication to transforming the logistics landscape with sustainable transport solutions,' said Mober Founder and CEO Dennis Ng. He added that this new addition supports the company's goal of expanding its EV fleet to 500 units by the end of the year. 'We're proud of this milestone and excited to provide our partners and the Filipino people with even greener and more efficient delivery services,' Ng stated.
Beyond the impressive vehicle specifications, Mober is also pioneering innovation in commercial EV technology. Its proprietary Battery Management System (BMS) offers real-time monitoring of battery health and performance, enabling predictive maintenance and extending the fleet's lifespan. In addition, Mober's Transport Management System (TMS) optimizes delivery routes, minimizing energy consumption and emissions while maximizing operational efficiency.