Description
The Cobra M53HST-PRO petrol lawnmower is a robust and durable machine, designed for both professional and domestic use. It is powered by a reliable Honda GXV160 engine and features a 21″ cutting width. This model comes with a hydrostatic gearbox, providing seamless control of speed and direction, as well as smooth operation.
The Honda GXV160 engine is known for its easy starting, fuel efficiency, and powerful performance. It is quiet, lightweight, and ideal for demanding applications, including lawn mowing.
This lawnmower features a heavy-duty cast aluminium deck that is durable, easy to clean, and resistant to corrosion, offering a longer working life. A robust stainless steel front protection bar protects and prolongs the life of the aluminium deck.
The Cobra M53HST-PRO comes with thicker gauge handlebars, reinforced with struts for extra strength. In addition, all Cobra professional lawnmowers are equipped with a reinforced steel deck liner for enhanced durability, capable of handling the most demanding commercial applications.
This model features a shaft drive, offering more reliability and capability to handle long periods of intensive use compared to traditional belt or chain drive systems. The fan-assisted collection system ensures efficient collection of grass cuttings and garden debris, even in damp conditions.
The M53HST-PRO also features a blade brake clutch system that allows you to stop the blades while keeping the engine running. This means you won’t need to restart the mower every time you want to stop.
It also comes with a large 75L fabric grass bag for increased grass collection capacity. The fabric enables a strong free flow of air, ensuring compact and comprehensive grass collection.
Key Features:
- Honda GXV160 Engine
- Hydrostatic Gearbox
- Cutting Width: 53cm / 21″
- 7 Stage Height Adjustment: 16 – 76mm
- Grass Bag Capacity: 75ltr
- Blade Brake Clutch System
- Professional Warranty: 2 Years
- Weight: 62kg
- Front Protection Bar
- Thicker Gauge Handlebars
- Reinforced Steel Deck Liner
