In a pivotal ruling on Monday, a US appeals court affirmed that transgender individuals currently serving in the military can remain in their roles, although the armed forces retain the authority to prevent new enlistments. This decision, delivered by a split panel of judges from the US Court of Appeals for Washington DC, poses a significant challenge to the Trump administration’s policies aimed at restricting diversity within the military ranks.
Court’s Ruling and Implications
The divided ruling is anticipated to provoke further legal action from the government, with the possibility that the case will escalate to the US Supreme Court. The court’s decision does not take immediate effect, granting the administration time to seek a review from the full appeals court.
This ruling is a clear rebuke to Defence Secretary Pete Hegseth, who was tasked with implementing former President Donald Trump’s directive from January 2025, which called for the dismissal of numerous transgender service members. In the majority opinion, Circuit Judge Robert Wilkins described the ban as “arbitrary, and based on animus,” highlighting the court’s disapproval of the rationale behind the administration’s policy.
Upholding the Preliminary Injunction
The appeals court’s ruling primarily supports a preliminary injunction initially issued by District Court Judge Ana Reyes in March 2025. This injunction had effectively prevented the dismissal of six active-duty transgender plaintiffs involved in the lawsuit. Judge Reyes asserted that while the ruling would likely incite public debate and subsequent appeals, the fundamental principle of gratitude and respect for all who serve should be universally upheld.
Trump’s directive had claimed that the existence of transgender service members contradicted the values of honour, truthfulness, and discipline essential to military life. It further asserted that their presence could undermine military readiness. Following this, Hegseth introduced a policy that preemptively disqualified individuals with gender dysph
