STIHL MS 462 R C-M 25 in. 72.2 cc Gas Chainsaws

Description

Meet your ideal business partner-the STIHL MS 462 C-M chainsaw-specially engineered for the pro user who desires more power with less weight and thus less user fatigue from their chainsaw in daily forestry work. At just over 13 pounds, the MS 462 C-M is the lightest-ever STIHL chainsaw produced in its fuel-powered class. It features an excellent power-to-weight ratio for added maneuverability tested by professionals in the field. The next generation STIHL M-Tronic engine management system electronically controls ignition timing and fuel metering. Conveniently, the saw auto-adjusts for changes in its operating environment, such as changes in altitude and fuel quality, for optimal performance. As an added measure to reduce vibration and user fatigue, the anti-vibration system is designed for good handling when the MS 462 C-M is equipped with longer guide bars Features Reduced-Emission Engine Technology Master Control Lever is an easy to use single-lever, operating the choke, starting throttle lock, and on-off switch STIHL Quickstop Chain Brake is designed to reduce the risk of injury in certain kickback situations Anti-Vibration System helps reduce operator fatigue and provides a more comfortable working experience Pre-separation Air Filtration System separates air drawn into the engine via centrifugal force, ejecting the heavier dirt particles and doubling the time between air filter cleanings Side-Access Chain Tensioner makes it much more convenient for the user to adjust the saw chain with a bar wrench as opposed to the typical location of the guide bar adjustment screw STIHL M-Tronic is a new generation of Intelligent Engine Management, eliminating low and high speed carburetor adjustment screws, compensates for dirty air filters, and changes in elevation/fuel quality for optimum engine power at all times Adjustable Automatic Oiler The Ematic guide bar, when used with OILOMATIC saw chain, provides proper lubrication and less oil consumption than conventional metho