The factors that affect a company's $\frac{P}{Q}$ rating for UAV drones do not include

the amount a company spends on training its drone$-$related PATs and improving its drone$-$related assembly methods.

the average number of obstacle sensors in its drone models, the amount by which the number of extra performance features built into in a company's drone models is above$/$below the industry average, and the amount by which a company's prior$-$year expenditures for training the pilots that test its drones after assembly and improving its drone$-$testing methods is above$/$below the industry average, the caliber of the obstacle sensors$,$ the caliber of the built$-$in action$-$capture camera, the caliber of the built$-$in GPS$/$Wi$-$Fi$/$Bluetooth components, and battery life $($maximum flight time per charge$).$

the number of rotors, rotor performance and flight controller features$/$capabilities$,$ and body frame construction.

the number of drone models in the company's product lineup, the quality of the camera stabilization device in the company's drones, and a company's cumulative spending on drone$-$related product R&D$.$