ASTM International Committee F38 Unmanned Aircraft Systems. Michael J. Goy Defense Standardization Program Office

Similar documents
ASTM International Committee F38 on Unmanned Aircraft Systems

Federal Aviation. Administration Unmanned Aircraft Human Factors Research Program. Federal Aviation Administration

Department of Defense DIRECTIVE

UAS OPERATIONS AS AN ECOSYSTEM

Unmanned Aircraft System (UAS): regulatory framework and challenges. NAM/CAR/SAM Civil - Military Cooperation Havana, Cuba, April 2015

Subtitle B Unmanned Aircraft Systems

Unmanned Aircraft Operations in the National Airspace System. AGENCY: Federal Aviation Administration (FAA), DOT.

40 BEALEAFBI OCTOBER Chapter 8 RQ-4 OPERATIONS

RPAS/UAS Challenges in ATM. Peter Tannhäuser. Head of Legal Service 15 July 2015

HEMS Seminar. Requirements & Guidance

Scientific Committee for Oceanographic Aircraft Research

Fly for Fun under the Special Rule for Model Aircraft

Oklahoma State University Policy and Procedures

Airports and UAS: Integrating UAS into Airport Infrastructure and Planning

Products, Practices and Future

EXPERIMENTAL OPERATING LIMITATIONS EXHIBITION GROUP I1

UNMANNED AIRCRAFT PROVISIONS IN FAA REAUTHORIZATION BILL

Airworthiness considerations for UAVs

JOINT AUTHORITIES FOR RULEMAKING OF UNMANNED SYSTEMS. Julia Sanchez on behalf of WG 1 Leader Benny Davidor 1

Policies for Certification, operation and maintenance of UAS Andres Eduardo Parra Catama Air Safety Inspector Civil Aviation Authority of Colombia

SUMMARY REPORT ON THE SAFETY OVERSIGHT AUDIT FOLLOW-UP OF THE CIVIL AVIATION AUTHORITY OF SLOVENIA

5 Day Operator Course. 1.0 AIRSPACE CLASSROOM ONLINE EXECUTIVE VO Terms X X Classification

A350 XWB Flight Crew Training Concept

Better regulation for general aviation (update July 2010) July 2010 Better regulation for General Aviation 1

EUROPEAN MILITARY AIRWORTHINESS DOCUMENT EMAD 1 DEFINITIONS AND ACRONYMS DOCUMENT

DEVELOPING AN ECOSYSTEM FOR UAS SAFETY 2017 WHITEPAPER SERIES

IDWEST FLYER AGAZINE DECEMBER 2009/JANUARY midwestflyer.com. Published For & By The Midwest Aviation Community Since 1978

DEPARTMENT OF CIVIL AVIATION Airworthiness Notices EXTENDED DIVERSION TIME OPERATIONS (EDTO)

STOCKTON POLICE DEPARTMENT GENERAL ORDER UNMANNED AIRCRAFT SYSTEM SUBJECT. DATE: November 14, 2017 NO: V-6

Civil Aviation Authority of Israel; Composite Certification Activities

What is a UAS (Drone)

Dave Burr - AFS-260. Steve Gibbs AFS-300

Availability and Competence of Technical and Inspection Personnel in Civil Aviation Administrations

AIRWORTHINESS CERTIFICATION OF AIRCRAFT AND RELATED PRODUCTS. 1. PURPOSE. This change is issued to incorporate revised operating limitations.

CASAS Advisory Pamphlet

UAS in the ATM environment How can the new technologies reduce the impact of the UAS in non-segregated areas

NASA s Role in Integration of UAVs

ANSI Unmanned Aircraft Systems Standardization Collaborative (UASSC) Kick-off Meeting. 28 September 2017 (updated 4 October)

Getting Your Drone Off the Ground: An Insider's Look at the New FAA Regs

Kenyon College. Policy Statement

Menlo Park Fire District Training Division. Unmanned Aerial System Pilot

NZQA unit standard version 3 Page 1 of 5. Apply knowledge of air law to the certification of aeronautical maintenance

Unmanned Aircraft Systems (UAS) 101

AIRWORTHINESS ADVISORY CIRCULAR

California State University Long Beach Policy on Unmanned Aircraft Systems

GOVERNMENT OF INDIA CIVIL AVIATION DEPARTMENT OC No. 02 of 2018 O/O DIRECTOR GENERAL OF CIVIL AVIATION DATE : 11 June 2018

Unmanned Aircraft Systems (UAS) 101

Hidalgo County Drone Program. Standard Operating Procedure (SOP) Template. February 23, 2017

Lone Star UAS Center. of Excellence and Innovation

Unmanned Aircraft Systems (UAS) 101

EUROPEAN MILITARY AIRWORTHINESS DOCUMENT EMAD 1 DEFINITIONS AND ACRONYMS DOCUMENT

DRONING FOR INFORMATION

Partnering for International Application Meetings Membership

small Unmanned Aerial Systems (suas)

Research Challenges Associated with Unmanned Aircraft Systems Airspace Integration

Appendix A.2 AIR TRANSPORT PILOT WORK PROCESS SCHEDULE AND RELATED INSTRUCTION OUTLINE

Unmanned Aircraft System (Drone) Policy

DRAFT COMMISSION REGULATION (EU) / of XXX. laying down rules and procedures for the operation of unmanned aircraft

DER Repairs. Federal Aviation Administration Designated Engineering Representative Approved Repairs By Chris Willingham, EVP Wencor Group

WORKSHOP 1 ICAO RPAS Panel Working Group 1 Airworthiness

Unmanned Aircraft Systems (UAS) 101

OP 79.11: UNMANNED AIRCRAFT SYSTEMS/MODEL AIRCRAFT

COMPLIANCE WITH THIS PUBLICATION IS MANDATORY

Background to the Article 83 bis Task Force

Oklahoma State University Policy and Procedures

Unmanned Aircraft Systems (UAS) and the FAA Modernization and Reform Act of 2012

Unmanned Aircraft: Regulatory Framework in the EU EASA team High Level Conference on Drones Warsaw 24 November 2016

A New Era. in Offshore Aviation. a SEACOR company

Office of the President University Policy

Introduction & Admin. Online UAS Training Courses. Virtual Meet & Greet

RNP AR APCH Approvals: An Operator s Perspective

UNMANNED AERIAL SYSTEM USE

Seychelles Civil Aviation Authority

MHT Technical Publications and Training

Unmanned Aircraft Systems (UAS)

STANDARDIZATION AGREEMENT (STANAG)

Testimony. of the. National Association of Mutual Insurance Companies. to the. United States House of Representatives

FIJI AERONAUTICAL INFORMATION CIRCULAR Civil Aviation Authority of Fiji Private Bag (NAP0354), Nadi Airport Republic of Fiji

Stage Check Forms Student Pilot-Cross Country

TERMS OF REFERENCE. Drone Advisory Committee (DAC) Role Name or Title Organization. Director, UAS Integration Office. Director, UAS Integration Office

UAS Pilot Course. Lesson 5 Study Guide- Operations. Questions taken from ASA Remote Pilot Test Prep Guide

Federal Aviation Administration Flight Plan Presented at the Canadian Aviation Safety Seminar April 20, 2004

UAS Implementation at Duke Energy

Australian Association for Unmanned Systems

ICAO. Here is how the ICAO legal framework for drones is developed.

The regulatory challenges facing industry EASA-Thales TAC Watchkeeper Airworthiness Analysis of TAC meetings outcomes Tuesday 24 th March 4 th 2015

Transportation Agencies

July 29-30, 2010 Washington, D.C Procurement Agencies. Coast Guard Agencies

An advisory circular may also include technical information that is relevant to the rule standards or requirements.

Civil Aircraft System Safety and Electromagnetic Compatibility

Systems (UAS) Unmanned Aircraft. Presented to: GWBAA Safety Stand Down Day. Presented by: John Meehan. Date: 17 May AUS-430 Safety & Operations

Use of UAS in Research and Education

Managing small RPAS/UAV operations in developing countries- a Bangladesh Experience. Presented by Bangladesh

SOUTH DAKOTA STATE UNIVERSITY Policy and Procedure Manual

NATA Aircraft Maintenance & System Technology Committee Best Practices. RVSM Maintenance

Unmanned Aircraft Systems (UAS) 101

RE: Draft AC , titled Determining the Classification of a Change to Type Design

Requestor Information. Operator/Pilot Information. Owner Information

FAA/HSAC PART 135 SYSTEM SAFETY RISK MANAGEMENT SAFETY ELEMENT TRAINING OF FLIGHT CREWMEMBERS JOB AID Revision 1

IHSS 2011 Canadian Update. JHSIT(C) Ft Worth

Transcription:

ASTM International Committee F38 Unmanned Aircraft Systems Michael J. Goy Defense Standardization Program Office

ASTM International Committee F38 on Unmanned Aircraft Systems Mission Statement. The mission of Committee F38 is to produce cost-effective consensus standards that, when applied, will enhance the safe design, manufacture, maintenance, and operation of unmanned aircraft systems (UAS). This will be accomplished In the following steps: 1. Define terms and scope of UAS standards 2. Adopt current, safe practices and guidance as formal UAS standards ds 3. Develop additional UAS standards as needed 4. Maintain currency and relevancy of standards

F38 Committee on Unmanned Aircraft Systems Scope The Scope of the Committee shall be the development of standards and guidance materials for unmanned aircraft systems. The work of this Committee will be coordinated with other ASTM Committees and organizations having mutual interest. The focus of F38 shall be the development of technical publications Including (but not limited to): 1. Minimum safety, performance, and flight proficiency requirements 2. Quality Assurance 3. Production acceptance tests and procedures 4. A baseline plan for continued airworthiness systems

ASTM F38 Overview: Airworthiness Standards Focus: Safe design, construction, test, modification, and inspection of individual components, aircraft, or system; hardware oriented. Operations Standards Focus: Safe employment of the system within the aviation environment among other aircraft and systems; procedure/performance oriented. Qualification Standards Focus: Safe practices by the individuals responsible for employing the systems; procedure oriented.

Airworthiness Stds. Materials Structures Landing gear Launch Devices Recovery Devices Maintenance Environmental General

F38.01 Airworthiness Approved Standards F2411-04 Std. for Design & Performance of Airborne Sense- and-avoid System F2505-06 06 Std. Practice for Application of FAA FAR 21 Requirements for UAS (April, 2006) F2501-06 06 Recommended Practices for UAS Airworthiness

F38.01 Airworthiness Drafts in Progress (pl. www.astm.org/uav.htm for listing) WK5673 Std. Guide for Mini-UAS Airworthiness WK6741 Std. for Design & Performance of UAS Data Link Sys. WK7066 Quality Assurance in Manufacture of UAS WK9560 Std. Practice for Design & Manufacture of Turbine Engines for UAS WK9561 Std. Practice for Design & Manufacture of Compression Ignition Engines for UAS.

Operations Stds. General Terminology Symbology Flight VFR IFR Payloads Ground Taxi Takeoff Landings

F38.02 on Flight Operations Approved Standards F2395-05 Std. Terminology for UAS Drafts in Progress WK7067 Continued Operational Safety Monitoring of Light UAS WK 10505 Std. Practice for UAS liability and flight insurance application WK 10504 Std. Practice for UAS visual range operations

Qualification Stds. Crew Pilots Non-Pilots Schools Human Factors Maintainers A&P Mechanics Schools General Operations Commercial

F38.03 Operator Qualifications Drafts in Progress: WK5423 Certificates & Ratings issued for UAV pilots and operators WK7044 ASTM F38.03 Operator Survey Information collection initiative under way WK8962 Std. Practice for Remote Control Pilots operating within Visual Range WKxxxx Conversion of FAA training standards for UAVs Task group concept being sketched

Standards yet to be developed: Catapults (pneumatic, hydraulic, bungee) Arresting Gear (wire, net, halyard) C2 and Data Link Security (advertent, inadvertent, recovery) Weapon arming and safeing Photovoltaic cells and fuel cells UA accommodation at alternate airfields

Conclusion Majority of UA-relevant topics are covered in existing standards. Much of the documentation gap for airworthiness is now covered in F2501, incorporating over 300 stds. F38 will focus on addressing the gaps identified and finding any gaps in the future. 3 approved standards to date 20 drafts in the workflow; 6 near completion Standard development times averaging 9 months for currently approved standards.

QUESTIONS? Contact Information Daniel A. Schultz Jeff Goldfinger ASTM International Brandes Associates Manager, Tech. Comm. Ops. F38 Membership Secretary +1 610-832 832-9716 +1 775-428 428-6786 dschultz@astm.org jgoldfinger@brandes-assoc.com assoc.com 100 Barr Harbor Drive P.O. Box 1138 W. Conshohocken, PA. 19428 Fallon, NV. 89407 USA USA