Expedition to W-72
John M. Platte
AIAA Aviation 2023 · 2023
John M. Platte's 2023 AIAA Aviation paper specifies the site-selection methodology and multi-platform sensor architecture for a planned rapid-response UAP field expedition to a designated location called W-72.
Brief
Operating within the aerospace-engineering tradition of AIAA, Platte applies systematic site-selection criteria, likely drawing on historical UAP report density, electromagnetic environment, accessibility, and sky-coverage geometry, to identify W-72 as the primary expedition target. The sensor-loadout design addresses the competing demands of rapid-response portability and data-quality requirements across multiple modalities (electro-optical, infrared, radar, and RF being the standard palette for such work). As a conference proceedings paper, it reflects a broader post-2022 AARO-era move by aerospace professionals to treat UAP as a legitimate instrumentation and measurement problem rather than a policy question. No observational results are reported; this is a pre-expedition design document.
Metadata
- Category
- Search
- Venue
- AIAA Aviation 2023
- Type
- Conference proceedings
- Year
- 2023
- Authors
- John M. Platte
- Access
- Paywalled
- Instruments
- multi-platform sensor array (electro-optical, infrared, radar, RF, modalities inferred from genre conventions; not enumerated in available description)
- Data sources
- UAP hotspot reports (implied by site-selection methodology)
- Tags
- UAP-instrumentation, field-expedition, sensor-design, site-selection, technosignature
Key points
- W-72 is identified as the primary expedition site through a structured hotspot-selection process, implying a ranked candidate list was evaluated against defined criteria.
- The paper proposes a multi-platform sensor configuration, indicating that no single instrument is treated as sufficient for unambiguous UAP characterization.
- The 'rapid-response' framing is a design constraint: sensor loadout must be deployable quickly enough to capture transient phenomena at short notice, trading some capability for mobility.
- Venue (AIAA Aviation 2023) places this work inside the professional aerospace engineering community, signaling institutional legitimacy for UAP instrumentation as a research category.
- The paper is prospective, site selection and sensor design precede any data collection, making it a methodology and planning document rather than an empirical findings report.
Most interesting
- Presenting a UAP expedition-planning paper at AIAA Aviation, historically the premier aerospace engineering conference, marks a notable shift: the same community that builds military and commercial aircraft is now formally designing instruments to study unidentified aerial phenomena.
- The alphanumeric site designation 'W-72' suggests a formal cataloguing system for UAP hotspot locations exists (or was proposed), analogous to the named observing sites used in radio-telescope SETI campaigns.
- A rapid-response field expedition model for UAP parallels the storm-chaser paradigm in severe weather research: pre-positioned instrumented teams ready to deploy to high-probability areas on short notice rather than waiting for chance encounters.
- Multi-platform sensor fusion for UAP characterization is a direct methodological import from defense ISR (Intelligence, Surveillance, Reconnaissance) doctrine, where no single sensor provides sufficient attribution confidence for unidentified aerial objects.