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ASTM International’s sports equipment, playing surfaces, and facilities committee ( F08 ) is working on a standard, WK81691 , for testing helmet performance during rotational loading. Helmet standards testing involves dropping a helmeted headform onto a perpendicular surface and measuring the resulting linear forces. The new standard will subject helmeted headforms to angled impacts (common in…, Media Inquiries:, Gavin O’Reilly, tel +1.610.832.9618; goreilly@astm.org, Committee Contact:, Joe Koury, tel +1.610.969.8455; jkoury@astm.org Release #11846 ###
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ASTM International’s general aviation aircraft committee ( F44 ) is currently developing a standard, designated WK89561 , to guide endurance testing of flight control systems for small airplanes. The standard will establish guidelines on when testing should be conducted, and various other factors like pass/fail criteria, environmental conditions, and more. “Flight control system endurance tests…, Media Inquiries:, Gavin O’Reilly, tel +1.610.832.9618; goreilly@astm.org, Committee Contact:, Joe Koury, tel +1.610.969.8455; jkoury@astm.org Release #11845 ###
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ASTM International’s sports equipment, playing surfaces, and facilities committee ( F08 ) has developed a new standard, F3641 , on child bicycle carriers. F3641 provides clear specifications on front-mounted child bicycle carriers, located between the rider and handlebars of a bike. These bicycle carriers transport children with a minimum weight of 12 kg and a maximum weight of 27 kg who are…, Media Inquiries:, Gavin O’Reilly, tel +1.610.832.9618; goreilly@astm.org, Committee Contact:, Joe Koury, tel +1.610.969.8455; jkoury@astm.org Release #11827 ###
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ASTM International’s sports equipment, playing surfaces, and facilities committee ( F08 ) is developing a suite of proposed standards that will cover new products in the tagging sports realm. Hydrogel projectile launchers, also known as SAP based launchers, represent the ongoing expansion of airsoft sports. “Airsoft” describes team-based shooting games in which participants eliminate opponents…, Media Inquiries:, Gavin O’Reilly, tel +1.610.832.9618; goreilly@astm.org, Committee Contact:, Joe Koury, tel +1.610.832.9804; jkoury@astm.org Release #11763 ###
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ASTM International has announced a new eLearning program focused on usage of a standard practice for Remote ID Means of Compliance ( F3586 ) developed by ASTM’s unmanned aircraft committee (F38). This standard practice acts as an overlay of requirements to the ASTM standard for Remote ID and tracking (F3411). The program will support manufacturers and producers of remote ID systems for unmanned…, Media Inquiries:, Gavin O’Reilly, tel +1.610.832.9618; goreilly@astm.org Release #11753 ###
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ASTM International’s autonomy design and operations in aviation administrative committee (AC377) has published a new white paper entitled, “ Roles and Responsibilities for Operational Control in the Age of Increasingly Autonomous Flight.” This white paper discusses the shifting landscape of automation and autonomy in aviation, focusing on the role of aircraft operators, pilots, and other…, Committee Contact:, Tessa Sulkes-Llewelyn, tel +1.610.832.9677; tsulkes@astm.org Release #11730 ###
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ASTM International’s robotics, automation, and autonomous systems committee ( F45 ) is seeking participation in the development of proposed standards for testing and recording assembly capabilities of robot systems. According to ASTM member Kenny Kimble, a mechanical engineer with the National Institute of Standards and Technology, the proposed standards ( WK87213 and WK87214 ) will provide a…, Media Inquiries:, Gavin O’Reilly, tel +1.610.832.9618; goreilly@astm.org, Committee Contact:, Nora Nimmerichter, tel +1.610.832.9815; nnimmerichter@astm.org Release #11721 ###
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ASTM International’s thermal measurements committee ( E37 ) is developing a proposed standard that describes a reliable technique for investigating the thermal transport properties of materials. The proposed standard ( WK49591 ) will help to provide information on thermal conductivity, thermal diffusivity, and volumetric heat capacity. According to ASTM International member Artem Trofimov,…, Media Inquiries:, Dan Bergels, tel +1.610.832.9602; dbergels@astm.org, Committee Contact:, Steve Mawn, tel +1.610.832.9726; smawn@astm.org Release #11705 ###
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ASTM International’s robotics, automation, and autonomous systems committee ( F45 ) has proposed a test method ( WK86916 ) for disturbance rejection testing of legged robots. “Our goal is to develop detailed testing methods and measurements that can accurately evaluate the locomotion stability of a legged robot (i.e., walking without falling-over),” according to ASTM member Bowen Weng. “The…, Media Inquiries:, Gavin O’Reilly, tel +1.610.832.9618; goreilly@astm.org, Committee Contact:, Nora Nimmerichter HER , tel +1.610.832.9815; nnimmerichter@astm.org Release #11698 ###
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A new ASTM International subcommittee will focus on test and performance standards for legged robots. The new subcommittee (F45.06) is under the jurisdiction of ASTM’s robotics, automation, and autonomous systems committee ( F45 ). The new subcommittee will be developing standards and testing procedures to evaluate the performance of the class of mobile robots primarily relying on articulated…, Media Inquiries:, Gavin O’Reilly, tel +1.610.832.9618; goreilly@astm.org, Committee Contact:, Nora Nimmerichter, tel +1.610.832.9815; nnimmeritchter@astm.org Release #11693 ###