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First Responder UAS Endurance Challenge Wednesday, October 28, 2020 - PowerPoint PPT Presentation

First Responder UAS Endurance Challenge Wednesday, October 28, 2020 #PSCR2020 Stage 3 Webinar Video Test & Safety Evaluation Contest Terese Manley Kamel Saidi Prize Manager Project Lead Engineer Public Safety Communication Research


  1. First Responder UAS Endurance Challenge Wednesday, October 28, 2020 #PSCR2020

  2. Stage 3 Webinar Video Test & Safety Evaluation Contest Terese Manley Kamel Saidi Prize Manager Project Lead Engineer Public Safety Communication Research Division Intelligent Systems Division National Institute of Standards and Technology National Institute of Standards and Technology Mike Yea Chris Fortunato Project Manager Project Engineer Capital Consulting Corporation Arizona State University Research Enterprise #PSCR2020

  3. Welcome Walk-on’s & Continuing Contestants The purpose of Stage 3 is to identify up to 15 contestant teams who meet the challenge requirements to compete in Stage 4: Accepting new entries from Walk-on’s to join December 4 - 18 • Continuing contestants will submit entries December 4 - 18 • NIST is looking for drones that meet and demonstrate the criteria for • flight and safety supported through flight video and documentation Winners of Stage 3 may include both Walk-on and continuing • contestants Eligible to participate in Stage 4, the live event, being held at Benson, • AZ in early April, 2021 Compete for up to $302k in remaining prizes • 3

  4. Agenda PSCR Overview & Mission Challenge Goal Timeline & Roadmap Summary Prizes Requirements & Objectives 4

  5. PSCR Overview Primary federal laboratory conducting research, development, testing, and evaluation for public safety communications technologies

  6. PSCR Mission PSCR is driven towards advancing public safety communications technologies by accelerating the adoption and implementation of the most critical communications capabilities to ensure the public safety community can more effectively carry out their mission to protect lives and property during day-to-day operations, large scale events, and emergencies.

  7. How does PSCR achieve their mission? Internal Research External Prizes & Research Challenges

  8. Challenge Goal Goal Context The Public safety community requires Advance UAS technologies by enhanced drone features and capabilities designing, building and flying drone to fly for 90+ minutes while carrying a prototypes to support first heavy payload to support the mission. responders. Scenario Objective A ‘lost person in a desert area’ To fly a UAS and its payload airborne for the longest time initiates a search & rescue operation; An aerial vehicle/UAS carrying a possible to support first responders’ communication communications device is deployed to 8 provide broadband network coverage. technology.

  9. Stage 3 Description #PSCR2020

  10. Challenge Timeline & Roadmap Note: NIST reserves the right to revise the dates at any time. 10 10

  11. Challenge Summary Up to 15 Winners Walk-on Up to 10 Contestants (from Stage 2 winners Contestants & invited with prize awards 04 02 & Walk-ons) invited to Stage 2 Up to 10 additional compete in Stage 4 winners Contestants invited evaluated Stage 3 Stage 1 Stage 2 Stage 4 01 03 Up to 11 Winners M1: Preliminary Design Review completing minimum Up to 15 prize winners standards at the finals M2: Critical Design Review Last Drone Standing Up to 15 prize winners 11

  12. Challenge Prizes

  13. Challenge Requirements & Objectives Requirement Objective Endurance (> or = 30 min in Stage 3) Maximize Challenge Requirement All Up Weight (NTE 100 lbs.) Minimize Represents mandatory • capabilities & minimum Vertical Take-off and Landing (inside 10 ft Meet the requirement acceptable values for the specific radius X 65 ft height cylinder) requirement Loiter Radius (< or = 400 ft) Minimize Challenge Objective Level of Autonomy (Achieve levels 0, 1, & 2) Maximize Provides guidance where higher • standards are expected Total System Weight (NTE 120 lbs.) Minimize System Volume (NTE 72 cubic ft) Minimize Payload, 10 lbs. Meet the requirement Refer to the official challenge rules Payload Mount Meet the requirement (https://firstresponderuaschalleng e.org/rules.php), including Table B: Component Weight (NTE 50 lbs.) Minimize Drone Design Specification Set Up Time (NTE 20 min) Minimize Video, Camera, GPS, RTK-GPS Meet the requirement No Tethers Meet the requirement 13

  14. Challenge Requirements & Objectives Challenge Requirement Requirement Objective Represents mandatory • Radios use FHSS, OFDM, or similar Meet the requirement capabilities & minimum technique acceptable values for the specific requirement Independent Flight Termination System Meet the requirement Challenge Objective (FTS) Provides guidance where higher • System Cost (NTE $30K) Minimize standards are expected FAA Compliance Meet the requirement Pilot (Part 107 certified) Meet the requirement Refer to the official challenge rules (https://firstresponderuaschallenge Drone Insurance Meet the requirement .org/rules.php), including Table B: FCC Compliance Meet the requirement Drone Design Specification 14

  15. Stage 3 Entry Requirements NIST Goal: To inspire, motivate and support all teams in their pursuit of being the “Last Drone Standing” • Have a working UAS prototype that meets the Challenge Requirements & Objectives • Submit a Stage 3 entry by 9 PM EDT December 18, including: 1. Test flight videos per Rules (pg. 23-24): Provide web links and password (if protected) 2. Technical Performance Measures (TPM) Workbook: Complete using the template. Note: evaluation standards for video test & safety readiness review included 3. Bill of Materials (BOM): Included in the TPM Workbook 4. Summary Slide: Complete using the template 5. Optional Calculation/Test Results File: show evidence supporting target endurance

  16. TPM Workbook and Video Evaluation • Instructions for TBM Workbook completion • 0 Requirements Demonstrate the defined system configuration meets/exceeds the challenge • requirements & objectives by citing evidence • 1 BOM (Bill of Materials) Define all elements of a system, inclusive of hardware, software, make, buy, and • free items At minimum, the BOM should allow procurement of all required components; • enabling tracking of system cost, total system weight, component weight, and all up weight A BOM can be cross checked with the system overview video submitted by • contestants • 2 Video Evaluation Video evaluation standards are listed and described •

  17. Connect with Us • Goto the Challenge Website for next steps , including how to use the Contestant Portal. • The official rules , including the Drone Design Specifications, are found on the Website. • Visit UAS Challenge Facebook page . facebook.com/uasendurance jshapiro@capconcorp. com twitter.com/UASchallenge firstresponderuaschallenge.org/ instagram.com/uaschallenge /next-steps.php /rules.php /faq.php linkedin.com/company/37518547 17

  18. Questions? #PSCR2020

  19. #PSCR2020

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