AutoShift Transmission Enhances Backhoe Loader Efficiency

Bobcat introduces automated shifting and cab upgrades on the B730 M-Series to improve drivetrain efficiency and operator comfort in construction and infrastructure applications.  www.bobcat.com The B730 M-Series backhoe loader from Bobcat has been updated with an AutoShift transmission and a series of cab refinements aimed at improving travel efficiency, fuel use, and operator ergonomics in construction and municipal operations. The configuration is targeted at markets in the Middle East, Africa, and the Commonwealth of Independent States (CIS). Automated Shifting for Travel Optimization The new AutoShift variant of the B730 M-Series integrates the same transmission functionality used in the company’s R-Series backhoe loaders. The system automatically selects the appropriate gear based on vehicle speed, engine load, and terrain conditions, removing the need for manual gear changes during roading and load-and-carry operations. In practical terms, automated gear management ensures that the machine operates within an optimal engine speed range during travel. By reducing unnecessary engine revving and minimizing shift delays, the system contributes to improved fuel efficiency and smoother acceleration. Consistent gear selection also supports repeatable cycle times, particularly in applications involving frequent repositioning, such as trenching, loading, and material handling. For operators, eliminating manual shifting reduces physical input and cognitive load. This can be relevant in long-duty cycles common in infrastructure projects, where travel between work zones forms a significant portion of operating time. Application Context: Construction and Infrastructure Projects Backhoe loaders such as the B730 M-Series are typically deployed in urban construction, utility installation, and road maintenance. In these applications, machines alternate between stationary excavation tasks and on-site travel. Automated transmission systems are increasingly adopted in this segment to enhance driveline efficiency and standardize performance across operators with varying experience levels. By maintaining the transmission in the correct gear for speed and load conditions, AutoShift supports predictable performance during loader pushing, bucket filling, and relocation between excavation points. Cab and Ergonomic Upgrades In addition to drivetrain automation, Bobcat has implemented several operator environment updates based on feedback from dealers and end users. From March 2026, tinted cab windows are available to reduce solar heat gain and glare. In high-temperature regions such as the Middle East and parts of Africa, limiting direct sunlight penetration contributes to improved thermal comfort and may reduce reliance on climate control systems. The cab door opening angle has been increased to provide wider access. This modification facilitates easier entry and exit, particularly for operators wearing protective equipment. Improvements in fit and finish across the operator station are intended to enhance perceived build quality and reduce vibration or noise associated with panel interfaces. A unified common key system has also been introduced as standard equipment. This aligns the B730 M-Series with other Bobcat machines, enabling fleet operators to manage multiple units using a single key configuration, simplifying equipment logistics across job sites. Product Positioning The AutoShift-equipped B730 M-Series is offered as a separate model configuration. Its transmission functionality is consistent with that used in Bobcat’s R-Series backhoe loaders, indicating a transfer of drivetrain technology across product lines. With automated shifting and cab modifications combined, the updated model addresses two recurring operational considerations in backhoe deployment: fuel-efficient travel between tasks and sustained operator performance during extended work cycles. www.bobcat.com Powered by Induportals Media Publishing