The price of a DRG electric motor depends on too many variables to reduce to a single list figure; under the same "electric motor" heading there is a vast difference between a 0.55 kW pump motor and a 355 kW crusher motor. For 2026, the way to understand price correctly is to look not at the number but at the technical factors that set it. DRG Motor provides a current, clear quotation tailored to your need.

The Main Factors That Set Price

A motor's price is driven first by its power (kW) and speed; low-speed motors (6-pole 1000 rpm) are larger and costlier at the same power. The efficiency class is also decisive: the difference in material and labour between IE3 Premium and IE4 Super Premium is reflected in the price.

The Effect of Frame and Mounting

A cast iron frame raises the price because it involves more material and labour than aluminium, but it delivers long life in heavy duty. The choice of B3 foot, B5 flange or B14 face mounting also affects total cost.

Total Cost of Ownership

A motor's real cost goes beyond the label price to include the energy it draws over its lifetime. Although a higher efficiency-class motor has a higher initial price, it closes that gap through lower consumption over long running hours, so price should be weighed together with operating hours.

Getting a Current Quote for 2026

Because prices vary with power, speed, efficiency class and frame, the most accurate figure is a quotation prepared for your specific application. From its İzmir-based supply, DRG Motor provides a current 2026 quote for motors in IE3 and IE4 classes from 0.55 to 355 kW, matched to your need.