Diesel skid steer loader 270

Overview
The JCB 270 is a large-platform, vertical-lift skid steer loader designed for heavy-duty tasks requiring higher operating capacity and improved attachment performance. It features a centralised tilt cylinder, industry-leading quick-hitch pivot pins and a wide-opening side door for enhanced visibility and safe operator access.

Power & performance

• 44 kW JCB Diesel by Kohler T4F engine that requires no exhaust aftertreatment.
• Industry-standard quick hitch for fast coupling to JCB and third‑party attachments; oversized pivot pins for greater breakout force.
• Standard hydraulic flow 70 l/min; high-flow option up to 115 l/min for demanding hydraulic attachments.
• Optional Smoothride System (SRS) for improved load retention and faster loading cycles.

Strength & durability

• Robust welded chassis and reinforced undercarriage designed for long service life in construction and demolition applications.
• Enclosed, protected tilt cylinder and internal routing of hydraulic lines to reduce damage risk on site.
• Heavy-duty quick-hitch pivot pins and reinforced boom components for sustained attachment use.

Visibility & operator access

• Wide-opening side door for safe and easy entry/exit without climbing over attachments.
• Powerboom single-arm design and low-profile boom options provide up to 60% better lateral visibility to the attachment compared with conventional twin-arm machines in this class.
• Spacious cab and ergonomic controls for extended operation periods.

Typical applications

• Demolition and breaker work; compatible with rock saws.
• Material handling, loading/unloading, site clearance and general construction tasks.
• Work where high breakout force and visible attachment control are required.

Key specifications

• Rated operating capacity: 1,235 kg.
• Engine: 44 kW JCB Diesel by Kohler T4F.
• Standard hydraulic flow: 70 l/min — high-flow option up to 115 l/min.
• Lift type: vertical lift, large platform configuration.
• Typical travel speed: up to 20 km/h (model-dependent).