Commercial Vehicle Steer-by-Wire Technology is transforming the future of truck and bus steering systems.

BYD has unveiled its latest e-Bus Platform 3.0, marking a significant step forward in the evolution of electric bus platforms.

This article outlines the key engineering considerations for designing battery packs used in heavy-duty construction machinery.

Discover the best electric heavy-duty truck drive system options, including central drive and integrated solutions for power, efficiency, and reliability.

What is the best battery layout in electric heavy-duty trucks? Compare rear-mounted, bottom-mounted, and mid-mounted battery designs, including advantages, limitations, and ideal applications.

Learn how electric axles work, including key components, system types, and advantages that improve efficiency and integration in modern EVs.

Explore electric drive axle performance in heavy-duty trucks, including torque output, efficiency, durability, and system integration factors.

Learn how to choose electric drive axles for trucks by comparing integrated, distributed, and side-mounted systems for different duty cycles.

Explore how different electric drive axle architectures affect performance, reliability, and packaging in heavy-duty truck design.

Brogen‘s integrated Centralized Electric Drive Axle system offers a mature, production-ready platform designed specifically for commercial vehicles ranging from 4.5 to 49 tons. Let’s explore why this technology represents the future of electric freight transport.