| ID | 185487 |
| Title Proper | Note on Estimating the Relative Costs of Unmanned Aerial Systems |
| Language | ENG |
| Author | Keating, Edward G ; Kerman, John ; Arthur, David |
| Summary / Abstract (Note) | It is widely believed that Unmanned Aerial Systems (UASs) are less costly than comparable manned aircraft. However, the costs per flying hour frequently used to compare unmanned and manned aircraft only cover variable costs of aircraft operation. Variable costs per flying hour may overstate UASs’ cost advantage because they do not account for UASs having shorter life spans and being destroyed at higher rates than manned aircraft. In this note, we develop a lifecycle cost per flying hour that considers both acquisition and recurring costs while also accounting for UASs having shorter life spans and greater accidental destruction rates than manned aircraft. We compare unmanned United States Air Force RQ-4 to manned United States Navy P-8 costs using our methodology. While the RQ-4 has a variable cost per flying hour about 38% less than the P-8’s, we find that the RQ-4’s lifecycle cost per flying hour is about 17% less than the P-8’s. |
| `In' analytical Note | Defence and Peace Economics Vol. 33, No.4; Jun 2022: p.496-500 |
| Journal Source | Defence and Peace Economics Vol: 33 No 4 |
| Key Words | nmanned Aerial Systems ; RQ-4P-8 ; Cost Per Flying Hour ; Lifecycle Costs |