HUSQVARNA LC353ivx Battery LAWN MOWER (BODY ONLY)
RRP £657.50
(BODY ONLY)
DEMANDING OCCASIONAL USE (Domestic/Homeowner)
Husqvarna LC 353iVX is a self-propelled battery lawn mower with increased cutting width and dual battery slots, compatible with all Husqvarna batteries for increased convenience, cost-effectiveness, and runtime. The drive speed can easily be adjusted according to your needs, and the ergonomic design includes an intuitive keypad, simple height adjustment, and ergonomic angle of the handle. Bluetooth connectivity provides user with product data and information and enables more efficient servicing.
RRP £657.50
(BODY ONLY)
DEMANDING OCCASIONAL USE (Domestic/Homeowner)
Husqvarna LC 353iVX is a self-propelled battery lawn mower with increased cutting width and dual battery slots, compatible with all Husqvarna batteries for increased convenience, cost-effectiveness, and runtime. The drive speed can easily be adjusted according to your needs, and the ergonomic design includes an intuitive keypad, simple height adjustment, and ergonomic angle of the handle. Bluetooth connectivity provides user with product data and information and enables more efficient servicing.
RRP £657.50
(BODY ONLY)
DEMANDING OCCASIONAL USE (Domestic/Homeowner)
Husqvarna LC 353iVX is a self-propelled battery lawn mower with increased cutting width and dual battery slots, compatible with all Husqvarna batteries for increased convenience, cost-effectiveness, and runtime. The drive speed can easily be adjusted according to your needs, and the ergonomic design includes an intuitive keypad, simple height adjustment, and ergonomic angle of the handle. Bluetooth connectivity provides user with product data and information and enables more efficient servicing.
Variable drive speed
Ergonomic handle
Easy adjustable handle
Lifting handle front and rear
Central cutting height adjustment
Easy foldable handle
Quiet operation
Double battery slots
Power Boost
Power-Conserving savE™ Mode
Intuitive key pad
Husqvarna Connect
Interchangeable Battery System
Low Carbon Emissions