JCB Pro 18V ½” Impact Wrench, 280Nm Fastening, 350Nm ‘Nut-Busting’ Torque, | -18PIW-350 (Bare Tool)

JCB Professional 18V ½” Impact Wrench (JCB-18PIW-350) 280Nm (350Nm Nut-Busting / Break-away Torque Built for automotive professionals, farmers and trades people who demand high torque, the JCB 18V ½” Impact Wrench delivers class-competitive performance in a package. With a high 350Nm max Break-away / ‘Nut-Busting’ ideal for mechanical and maintenance work - equipped with a brushless motor and variable speed control for precise tightening or break-away - preventing the rounding off of nuts or bolts due to power. Ideal for automotive garages, tyre fitters, construction sites, service bays, scaffolding crews and rural professionals, these impact as ideal for tightening structural fixings or removing stubborn wheel nuts. The electronic brake, LED work light, and reverse mode make quick work of repetitive jobs. Whether you're rotating tyres, assembling trusses, or bolting down heavy timber, this is torque that keeps pace with the demands of modern trade. Sold as Body Only – compatible with the full JCB 18V battery system . Made For Hard Work With a 3-year warranty on tools, and 2-year warranty on batteries (subject to terms), you can be confident your JCB Pro Tools will last for jobs to come. Coupled with our dedicated support, the JCB Professional 18V Impact Wrench 280Nm offers reliability and peace of mind. Order your JCB 18V Pro Impact Wrench today! Discover the full JCB Professional Power Tool Range. Key Features Up to 350Nm of Torque: breakaway power for stubborn fixings Brushless Motor: for extended tool life and efficient operation Variable Speed Trigger + Reverse Mode: sontrolled fastening, smooth removal ½” Square Drive: industry standard for mechanics and builders 3+1 Torque Settings (350Nm model): 120 / 180 / 280Nm + Breakaway No Load Speeds: Up to 3,300 RPM Impact Rates: Up to 4,500 BPM for rapid tightening Dust-Protected PCB: built to withstand dirty, rugged job sites LED Work Light + Belt Hook: added convenience in low-light and overhead tasks