Product Description

The RedMax EBZ9000-RH is the flagship, ultra-high-performance commercial backpack blower engineered for professional landscapers who demand maximum power and efficiency. Built with a massive 79.4cc Strato-Charged engine, this blower delivers industry-leading air volume and blow force, making quick work of heavy leaf loads, wet debris, and large commercial properties.

Despite its extreme power, the EBZ9000-RH is designed for operator comfort with an ergonomic harness system, LowVib® anti-vibration technology, and balanced weight distribution for extended daily use. The tube-mounted throttle gives precise control for demanding cleanup conditions.

Key Features

• Industry-leading 79.4cc Strato-Charged engine for maximum power output
• 56 Newtons of blow force – among the highest in the industry
• Up to 1,245 CFM air volume for extreme debris clearing
• Air speed up to 216 mph for fast, efficient cleanup
• Tube-mounted throttle (RH model) for precise control
• Ergonomic padded harness with waist belt for comfort during long jobs
• LowVib® technology reduces operator fatigue
• Large 91.3 oz fuel tank for extended runtime between refuels
• Autotune® carburetor system automatically adjusts for weather and altitude changes
• Commercial-grade air filtration system for long engine life

Specifications

• Engine displacement: 79.4 cc (4.8 cu in)
• Power output: 5.5 HP
• Air volume: 1,245 CFM
• Blowing force: 56 N
• Air speed: up to 216 mph
• Dry weight: approx. 26–26.5 lbs
• Fuel tank capacity: 91.3 oz
• Idle speed: 2,000 RPM
• Max power speed: 7,700 RPM
• Spark plug: NGK CMR7H

Ideal For

• Commercial landscaping crews
• Large-scale leaf and debris cleanup
• Wet leaves, heavy debris, and storm cleanup
• Municipal, estate, and commercial property maintenance

Why Choose the EBZ9000-RH

The EBZ9000-RH stands at the top of the RedMax blower lineup, offering maximum airflow, extreme blow force, and professional durability. It’s built for crews that need to move serious material fast—reducing job time and increasing productivity on large properties.