# Jungheinrich Launches New Electric Forklifts for Asia Pacific Market German manufacturer expands regional portfolio with versatile EFG MB and MC electric models. - **Source:** [Electrive](https://www.electrive.com) - **Published:** 2026-11-04 - **Topic:** [Business](https://brifing.si/c/business) - **Original article:** - **On Brifing:** https://brifing.si/s/e09c9c83-43f1-4462-9d5e-df0748361ade ## Regional Product Expansion German industrial manufacturer Jungheinrich has officially introduced its latest generation of electric counterbalance forklifts to the Asia Pacific market. This strategic launch includes two distinct series, the EFG MB and EFG MC models, specifically engineered to address the evolving material handling requirements of businesses operating within this diverse and rapidly growing economic region. ## Three-Wheel Maneuverability Focus The EFG MB series features a three-wheel design optimized for high-density warehouse environments where space is limited. These units are specifically built to handle load capacities ranging from 1.6 to 2.0 tonnes. Their compact footprint allows operators to navigate narrow aisles and confined storage areas with significantly higher precision and operational efficiency. ## Four-Wheel Heavy Duty Capacity Complementing the smaller units, the four-wheel EFG MC series provides increased stability for heavier lifting tasks. These forklifts are designed to manage load capacities between 2.0 and 3.0 tonnes. By offering this higher weight threshold, the manufacturer ensures that industrial facilities can maintain consistent electric-powered operations across various heavy-duty logistics and manufacturing applications. ## Strategic Market Positioning By launching these specific models in Asia Pacific, Jungheinrich aims to capture demand for sustainable material handling solutions. The transition toward electric equipment is a priority for many regional logistics hubs seeking to reduce carbon footprints. These forklifts represent a core component of the company's broader strategy to modernize regional industrial supply chains. ## Design for Operational Efficiency The engineering focus for both the MB and MC series centers on balancing power output with energy consumption. Jungheinrich utilizes advanced electric drive technology to ensure that these vehicles maintain performance levels comparable to internal combustion alternatives. This design philosophy helps warehouse managers optimize their daily throughput while simultaneously lowering long-term maintenance costs. ## Logistics Infrastructure Impact The introduction of these forklifts directly impacts how regional distribution centers manage their internal inventory flows. As e-commerce and manufacturing sectors expand across Asia, the need for reliable, agile equipment becomes critical. These new models provide the necessary technical specifications to support high-frequency picking and stacking operations in modern, automated warehouse facilities. ## Technological Evolution in Handling Jungheinrich continues to iterate on its counterbalance technology to improve operator ergonomics and safety. The latest EFG series incorporates features that assist in complex maneuvering tasks, reducing the physical strain on drivers. These improvements are essential for companies aiming to increase shift productivity while maintaining rigorous safety standards in busy industrial work environments. ## Future Market Outlook The rollout of the EFG MB and MC series signals a continued commitment to the Asia Pacific industrial sector. As regional businesses prioritize electrification, the availability of these specialized forklifts will likely influence future procurement decisions. Industry observers should monitor how these specific load capacities align with the shifting requirements of regional logistics providers. ## Sources covering this story - https://www.electrive.com/2026/11/04/jungheinrich-reveals-electric-forklifts-made-for-the-asia-pacific-region/ — --- _Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._