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Weather Reporting in Administration the NAS, Current and Future - PowerPoint PPT Presentation

Federal Aviation Weather Reporting in Administration the NAS, Current and Future Needs Presented to: Friends and Partners in Aviation Weather Gordy Rother By: April 15, 2020 Date: Federal Aviation Federal Aviation 1 Administration


  1. Federal Aviation Weather Reporting in Administration the NAS, Current and Future Needs Presented to: Friends and Partners in Aviation Weather Gordy Rother By: April 15, 2020 Date: Federal Aviation Federal Aviation 1 Administration Administration www.faa.gov/uas

  2. Weather Reporting in the NAS, Current and Future Needs Panel 1: Scott Stacy & John Steventon NAS Weather Reporting • – Present state of observations – Lack of Weather Observations – Tom George (AOPA) GA Needs. Discussing the challenges of operations with lack of reliable weather reporting and access. – Don Eick (NTSB) Discuss the accidents in low level remote areas. – Dave Kochevar (AAWU) Challenges in Alaska Panel 2: FAA Options • Visual Observation System (VWOS) Gordy Rother (FAA) – Silver Standard RTMA: Danny Sims (FAA) • Panel 3: FAA and Industry Options for Solutions • FAA Weather Research: Kevin Johnston and John Steventon (FAA) • Industry Don Berchoff (TruWeather), Chris Baur (Hughes Aerospace), Justin Hilliard (UPS Flight Forward) Federal Aviation 2 FPAW Spring 2020 Administration

  3. Panel 1: NAS Weather Reporting • 2278 total certified weather reporting systems in the CONUS covering 178,823 square miles. • 3,041,149.19 Square Miles of uncovered ASOS/AWOS weather report • 97.5% of CONUS does not have an Approved Weather Source • Boundary Layer Federal Aviation 3 FPAW Spring 2020 Administration

  4. Cer ertified Weat eather er O Obs bser ervations ns i in n the S he Stat ate of of Alas aska Det etai ailed ed V View ew of of the V he Vas astness of of the Lac he Lack of of W Weat eathe her Infor ormat ation Federal Aviation 4 FPAW Spring 2020 Administration

  5. Cer ertified Weat eather er O Obs bser ervations ns i in n the S he Stat ate of of Alaba abama Det etai ailed ed V View ew of of the V he Vas astness of of the Lac he Lack of of W Weat eathe her Infor ormat ation Federal Aviation 5 FPAW Spring 2020 Administration

  6. Lack of METARs in the NAS Severe lack of weather OBS and Forecasts • – Widespread operational impacts – Economic impacts attributable – Accidents and fatalities attributable Aviation Weather Data Needs • – UAS Operations Boundary Layer – HAA Operations – Low Level GA Traffic • Uncontrolled airports needing weather information • Part 137 AG Ops Federal Aviation 6 FPAW Spring 2020 Administration

  7. The Gold Standard - METAR AWOS/ASOS is the only approved source • • Only use for IFR Operations • FAA-Only approved sensors are allowed • FAA-Only Technicians authorized to Certify New Technologies are smothered by FAA constraints • Industry reluctance to establish other solutions- FAA will not approve • AWOS cost ~$1.2M per copy • • Airports Improvement Plan (AIP) funding allows for the procurement of weather systems There are no other viable solutions on the horizon • Federal Aviation 7 FPAW Spring 2020 Administration

  8. Potential Solutions We need an Alternative: “Silver Standard” • • Visual Weather Observation System (VWOS – FAA) Weather Camera’s Upgraded with 360 degree Pan, Tilt and Zoom Functionality with additional sensors. Industry – VWOS system specifications are expected to be open source. This • will allow industry to build a lower cost solution. With more of these systems we will receive more data and more data will enhance other programs/systems like RTMA, in turn producing better forecast models. • Real Time Mesoscale Analyses (RTMA) - NWS Federal Aviation 8 FPAW Spring 2020 Administration

  9. RTMA • AFS-400 has funded research with National Center for Environmental Predication (NCEP) and Environmental Modeling Center (EMC) – First year analysis yielded positive results using RTMA in lieu of AWOS/ASOS – Second year statement of work has been finalized to focus the analysis into regional areas • RTMA has a potential to support low level remote operations where certified observations are not available • Funding has been provided for RTMA continued research and is being arranged for VWOS project development Federal Aviation 9 FPAW Spring 2020 Administration

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