Husqvarna 530iB

Husqvarna 530iB is a powerful, highly efficient battery-powered blower. It is equipped with an efficient brushless motor that enables low energy consumption and increased runtime. The lightweight, compact, and well-balanced design makes it suitable for full-time professional use, and the low noise level allows you to work in public, noise sensitive environments. When extra blowing power is needed, the boost function can easily be activated. The cruise control function allows you to set a fixed blowing speed to work continuously without adjustments and focus solely on removing leaves and debris. Cruise control can also be activated in boost mode. 530iB is part of the flexible Husqvarna BLi-X 36V battery system. Battery and charger not included.

Advanced Motor and Fan Design
Best performance for a highly productive workday

Continuous Boost Power
Continuous boost easily activated

Cruise Control
Cruise controlled blowing speed for optimum handling

Fully Variable Speed Control
Adapt blow force to the task

Consistent power output
Uncompromised performance no matter the charge level

Excellent Ergonomics
Superb balance and perfect grip

Integrated connectivity
Integrated connectivity for easy connect to Husqvarna Fleet Services™

Synchronized output
Optimized power for your set-up

Weatherproof (IPX4)
Fulfils the IPX4 classification for rain resistance, so you can get the job done in all weather conditions.

Intuitive Keypad
For hassle-free operation

Quiet Operation
For work in noise sensitive areas

Movable Harness Eyelet
Harness eyelet on left or right side

Battery through body design (Pat.pend.)
The battery is placed horizontally through the machine to reduce the risk of dirt and water getting into the battery compartment.

Low maintenance
Less parts to serve and an electronically controlled drive system means less downtime and low operation costs.

Part of the Husqvarna BLI-X 36 V battery system
One system. Professional performance. Fully scalable.

Low Carbon Emissions
This product does not emit CO₂ emissions during use.