Which one of the following is neither an advantage or disadvantage of shifting to robot-assisted assembly methods for UAV drones?

A. The capital cost of converting to robot-assisted drone assembly results in higher annual administrative costs and corporate overhead.

B. The capital cost of converting to robot-assisted drone assembly results in higher annual depreciation costs in producing/assembling drones.

C. Installing robots at each drone workstation enables the size of drone PATs to be cut by one member.

D. Robot-assisted drone assembly reduces total annual compensation costs per drone PAT.

E. Robotics-assisted assembly increases annual maintenance costs per drone workstation.

Which one of the following is not usually an effective way to reduce production/assembly costs and/or marketing costs per action-capture camera sold in an effort to achieve a sizable low-cost competitive advantage over rivals?

A. Paying PAT members an assembly quality incentive

B. Spending money on best practices/productivity improvement training for camera PATs

C. Trying out numerous different combinations of components, product enhancements, and extra performance features to be used in action cameras in order to discover the lowest cost combination for achieving a competitively appealing P/Q rating

D. Switching to robot-assisted assembly methods to lower depreciation costs at the production facility

E. Investing in robot-assisted assembly methods to help lower labor costs per camera assembled