The Makita DRS780P rear handle circular saw has finally landed and it is a fantastic machine with the power and speed to finally do away with your corded circular saw. The 36v brushless motor is more efficient than a standard brushed motor and when powered by a pair of 5Ah batteries can provide a whopping 550 cross cuts in 4x2 CLS timber.
The motor features ADT (automatic drive technology) which increases the speed according to load conditions and with a maximum speed of 5,100rpm this unit will cut like a knife through butter. The guard and base are manufactured from strong but lightweight magnesium and has an easy depth adjustment for a maximum cutting depth of 65mm at 90° plus bevel adjustment up to 53° with positive stops at 22.5°, 45° and 53°. Other features include a rubberized rear handle for firm control, soft start, electric brake, battery fuel gauge and a joist hook for easy storage.
Please note this is a twin battery machine and both batteries are required to have charge to operate the motor, if one of the batteries is flat the unit will not operate. Supplied with a Ultra-Coated 24T TCT saw blade which cuts 50% faster and last 2x longer than a normal TCT blade.
Features
High performance for heavy-duty cutting applications
Automatic torque Drive Technology (ADT) feature adjusts the torque and speed according to the load condition, enabling rapid movement between high speed and high torque applications
LED charge level indicator displays approximate remaining battery power
Lightweight design with magnesium baseplate and blade case
Enlarged depth scale with rubberized lever for maximum operator convenience and accuracy
Large integrated tool hanger provides convenience on the jobsite and fits 4 x 4in material
Two-stage safety trigger switch prevents accidental start up
Electric brake stops blade 3-5 seconds after trigger is released for increased operator safety
Soft start feature gradually increases speed to eliminate start up shock
Brushless DC motor with high power to weight and size ratio
Brushless DC motor generates less heat buildup and is ideal for prolonged use in manufacturing / production applications