The second tier of Pancake DC Motor market taxonomy distinguishes units by type, a segmentation that shapes engineering specifications and cost structures. Brushed pancake motors remain the most volume‑driven type, favored for their simple control architecture and low upfront price, though they incur higher maintenance due to commutator wear. Brushless variants, identified by electronic commutation, deliver superior efficiency, longer life cycles, and reduced electromagnetic interference, making them the preferred choice for precision equipment and high‑reliability sectors. Coreless designs eliminate the iron core, reducing inertia and enabling faster acceleration, which is critical in aerospace actuation and high‑speed robotics. Hybrid models combine brushed and brushless elements to balance cost and performance for mid‑range applications. Each type contributes a distinct share of the Pancake DC Motor segmentation, with brushed units accounting for roughly 45 % of shipments, brushless 35 %, coreless 15 %, and hybrid the remaining 5 %. This distribution reflects the trade‑off between acquisition cost and operational efficiency that drives purchasing decisions across end‑use markets.