Description
“The R18PDBL, a brushless combi drill from the Ryobi ONE 18 V range, is ideal for drilling into wood, steel or masonry as well as driving fasteners. It is packed with technology but size and weight have been kept to a minimum – in fact it is Ryobi’s most compact 18 V combi drill to date, measuring just 201 mm in length. Patented electronics control the small but powerful motor and optimise efficiency for up to 40&37; more runtime and 20&37; more power, while the E-Torque control system allows you to limit the power of the drill to avoid driving screws too far into the work piece or stripping screw heads. ”
Ryobi’s R18PDBL Brushless Percussion Drill is packed with the enhanced technologies. It’s not just a motor, there’s an on board computer that controls the highly sophisticated electronics, state of the art Lithium+ battery technology and an electronically controlled e-torque clutch. The combination of these technologies working together optimises the tool’s output to deliver a huge performance increase. The precise computerised control of the motor has huge runtime benefits. The R18PDBL has been optimised for maximum efficiency during common DIY applications, This is where Ryobi Brushless really delivers. When you upgrade to a Brushless drill, you can drill 397 16 mm holes compared to 276 holes* using the same battery* on a brushed drill. Ryobi’s ONE+ system gives users the tools to get more done per charge. The Brushless Percussion Drill is also an addition to the ONE+ Family. Choose this version (R18PDBL-0) to expand your join the family of over 40 different power and garden tools and power them with the same Lithium+ battery. *Drilling 16 mm holes through 2 inch pine (50 mm) *Runtime can vary dependent on tool, battery and application*The lowest torque settings for this product is Speed 2 torque ring setting 1, the torque increases as you turn the ring up to 10. In speed 1 torque ring setting 1 the torque is higher than speed 2 setting 1.*The actual torque achieved is dependent on the type of screw and the material being screwed into, therefore it is recommended to start in speed 2 setting 1 and increase until the desired torque is achieved.