Product Description

The RedMax SRTZ260F is a professional-grade articulating hedge trimmer designed for demanding commercial landscaping work. Powered by a strong 25.4cc Strato-Charged engine, it delivers excellent torque, smooth throttle response, and fuel-efficient operation for all-day productivity.

Its long 25.6-inch double-sided blades and multi-position articulating head make it ideal for shaping tall hedges, wide shrubs, and complex landscapes without the need for ladders. Built with durable commercial components, the SRTZ260F is engineered for reliability, precision, and long service life in tough working conditions.

Key Features

• 25.4cc commercial 2-stroke engine for strong cutting power
• Strato-Charged® engine technology for improved fuel efficiency and reduced emissions
• 25.6-inch dual-action blades for fast, clean trimming
• 10-position articulating head for flexible cutting angles
• High cutting speed (4,340 cuts/min) for efficient shaping
• Foldable head design for safer transport and storage
• Commercial-grade build quality for daily professional use
• Balanced shaft design to reduce fatigue during extended operation

Specifications

• Engine displacement: 25.4 cc (1.55 cu in)
• Power output: 1.27 HP
• Weight (dry): 13.2 lbs
• Fuel tank capacity: 22.32 fl oz
• Max engine speed: 8,500 RPM
• Idle speed: 3,000 RPM
• Cutting speed: 4,340 cuts/min
• Blade length: 25.6 in
• Spark plug: NGK BPMR8Y

Ideal For

• Commercial landscaping crews
• Large hedge and shrub maintenance
• Tall or hard-to-reach trimming jobs
• Property maintenance and estate work

Why Choose the SRTZ260F

The SRTZ260F stands out for its long reach, powerful 25cc engine, and highly adjustable cutting head, making it one of the most versatile hedge trimmers in the RedMax lineup. It’s built for professionals who need precision and productivity on large-scale trimming jobs.

Bottom Line

If you need a powerful articulating hedge trimmer with longer blades and maximum versatility, the SRTZ260F is a strong upgrade over lighter short-reach models.