Description:
Advertised price is for basic model. Attachment not included. Promotional offers, taxes and fees not included., 2025 Bobcat#174; Compact Wheel Loaders L95The Bobcat#174; L95 compact wheel loader brings a high bucket capacity, swift travel speeds and impressive maneuverability to the jobsite, enabling you to move mountains of material in less time.Features may include:3,981-pound rated operating capacity, 1.2-yard bucket capacity, 10.5-foot lift heightMove faster – and get the job done quicker – with travel speed as high as 24 mphThree drive modes provide faster travel preferences and high-precision attachment operationStandard high-flow auxiliary hydraulics provide up to 27 gpm for peak attachment efficiencyA heated air-ride seat cushions rough terrain and machine vibration for a smooth, comfortable rideOverviewThe L95 compact wheel loader's compact size, tight turning radius and Power Bob-Tach® attachment mounting system ensure maximum versatility for numerous jobs.The advanced Tier 4, turbocharged engine delivers powerful, high-torque performance, excellent efficiency and achieves emissions compliance without the use of a diesel particulate filter (DPF) or selective catalyst reduction (SCR).With low noise levels in the cab, an oscillating frame, smooth turning and automatic ride control, the L95 provides an exceptional ride quality that enhances the operator experience.
Bobcat Compact Wheel Loader L95 is a wheel loader designed for material handling, loading, grading, and site support in construction, landscaping, agriculture, and municipal applications. The L95 features a compact frame for maneuverability in confined work areas while providing the lift capacity, breakout force, and bucket performance associated with larger wheel loaders. Typical uses include moving aggregate, soil, mulch, pallets, and other bulk materials. The machine is commonly paired with general-purpose, light material, and specialty attachments. Bobcat compact wheel loaders are built for operator visibility, controlled handling, and efficient cycle times in loading and transport tasks.