User:Louis/sandbox dfli publish test: Difference between revisions

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 A plaintiff that concedes on the record that it ''"respects and encourages good-faith product reviews, independent testing, and open technical discussion"'' has admitted the public-interest character of exactly the activity it is suing over.
+The most important admission, though, is in the complaint's own description of how the batteries work. Dragonfly pleads that the Battle Born 100Ah 12-volt battery contains a ''"thermal protection fail-safe"'': a brass terminal post, an aluminum bolt, and a layer of PA-765 ABS polymer between the brass terminal and the copper bus bar.<ref name="complaint" /> When the positive terminal overheats, the complaint says, ''"the polymer softens, the post loosens,"'' current is interrupted, and a thermal-runaway event is averted, so that ''"the loose positive terminal is not the cause of overheating; it is the consequence."''<ref name="complaint" /> In other words, Dragonfly's own pleading concedes that, by design, the terminal melts the polymer and the post comes loose under thermal stress. That concession is the spine of the truth defense: the physical behavior Prowse filmed is the behavior Dragonfly says the battery is built to perform.
+== The documented safety record behind the dispute ==
+For both the trade-libel and the deceptive-practices claims, Dragonfly carries the burden of proving that Prowse's safety statements are materially false, because the speech is on a matter of public concern and Prowse is the publisher of his own reporting.<ref name="hepps">''Philadelphia Newspapers, Inc. v. Hepps'', 475 U.S. 767, 776-77 (1986) (a private-figure plaintiff suing a media defendant over speech on a matter of public concern bears the burden of proving falsity). [https://www.law.cornell.edu/supremecourt/text/475/767 Opinion via Cornell LII].</ref> The public record makes that burden hard to carry, because the central factual claim, that these terminals can overheat and fail, is corroborated from several independent directions and is partly conceded by Dragonfly itself.
+'''Dragonfly concedes the mechanism.''' As above, the complaint pleads that the terminal is designed so the polymer melts and the post loosens after a thermal event.<ref name="complaint" /> The certifications Dragonfly cites point the same way: the complaint states that the 100Ah battery ''"repeatedly and consistently passed the standard's most severe short-circuit test ... due to the presence of a thermal protection fail-safe."''<ref name="complaint" /> The melt-and-disconnect behavior is, on Dragonfly's own account, how the battery passes its safety test. Whether that behavior should be called a fail-safe or a flaw is a question of engineering judgment, not a question of whether the melting happens.