4000lb/1.8 Ton Mini Excavator KUBOTA Diesel Engine Expand Track Side swing Pilot

Adapts to tasks like trenching, digging, and landscaping for all-around usability. Features low theoretical fuel consumption (1.1-1.5L/h) for cost-effective, long-hour work. DURABLE PARTS FOR DEPENDABLE PERFORMANCE: Optimized Boom & Reinforced Dozer Board: Reduces solder joints for enhanced durability.

Price: $9,599.00 USD
1.8 Ton Kubota Engine Mini Excavator

The R327 Mini Excavator delivers 13.97HP of reliable power through a 3-Cylinder Kubota Engine (Model D722, EPA/Euro 5) with water cooling and exceptional fuel efficiency at just 1.1-1.5 liters per hour. This makes it ideal for extended work sessions without breaking the bank on fuel costs.

Advanced pilot control system ensures smooth, stable operation while an electronic display screen keeps operators informed of vehicle status in real-time. These features significantly boost work efficiency compared to traditional non-pilot excavators.

Designed for tight spaces, the retractable undercarriage adjusts from 900-1200mm, allowing access to residential trenching, indoor renovations, and greenhouse work while maintaining robust digging performance. The dig-to-blade and dozer float features simplify post-job cleanup.

The versatile adjustable dozer blade accommodates diverse environments from orchards to landscaping sites, expanding application scope beyond what fixed-blade excavators offer. A quick-change attachment system accepts buckets, rakes, rippers, and other tools for trenching, digging, and landscaping tasks.

Built for durability, the excavator features an optimized boom with reinforced dozer board that reduces solder joints, engineering rubber tracks, and an 80-suspension large seat for comfortable all-day operation. The unit weighs 1800kg and performs well on projects in urban areas, agriculture, landscaping, and underground pipeline work.

The manufacturer provides one-year warranty service and comprehensive after-sales support with service outlets across multiple regions.