A shortage of surgeons on the battlefield is the bottleneck DARPA wants prize money to break. The Defense Advanced Research Projects Agency has opened the DARPA Surgical Competition, a $3.5 million contest that asks teams to build robotic systems able to help a surgeon in trauma care and, in the hardest test, to assess, plan and carry out a procedure on their own. Finals are set for March 2027.
Nothing has been tested yet. The competition is a set of targets and a schedule, and the robots that will try to meet them have not been scored.
DARPA announced the contest in a news release dated Sept. 15, 2026, describing “a $3.5 million prize competition designed to rapidly advance the state-of-the-art in autonomous trauma surgical robotics.” The release said the competition “will kick off officially on Sept. 22, 2026,” with an Industry Day in Arlington, Va., hosted by the agency’s Biological Technologies Office.
The problem DARPA describes
The agency frames the contest around capacity, not replacement. “Traumatic injury is a critical threat in large-scale combat operations,” the release says, where survivable injuries “can become fatal simply due to a lack of available surgeons.” DARPA calls that “this severe capacity limitation” and subtitles the release with its goal: building “‘infinite’ surgical capacity for mass casualty events.”
Dr. Jeremy C. Pamplin, the DARPA program manager for the competition, said in the release:
“We are not trying to replace surgeons; we are building them a highly skilled partner.”
Pamplin also said that “in future conflicts or mass casualty incidents, our human medical capacity will be stretched beyond its limits.”
Two lanes and a gate
The competition uses what DARPA calls an “apprenticeship model,” testing systems first on their ability to assist human surgeons during complex trauma procedures and “ultimately, independently execute lifesaving surgical interventions,” per the release. The money is split to match:
- Surgical Collaboration Lane, $1.5 million prize pool: “Assessing platforms’ ability to safely and efficiently assist a lead surgeon in a damage-control procedure.”
- Surgical Independence Lane, $1.5 million prize pool: “Evaluating platforms on their ability to autonomously assess, plan, and execute a trauma procedure without human intervention.”
- Component gate prizes, $500,000: “distributed to top performers in the individual sub-component capabilities.”
Before reaching either lane, the release says, competitors “will first need to pass rigorous Component Gates assessing Medical Knowledge, Physical Capability, and Rapid Learning.”
The calendar to March 2027
DARPA’s competition page sets out the schedule. It lists a qualification window in which DARPA reviews applications on a rolling basis, closing at 4 p.m. ET on Oct. 30, 2026. An in-person workshop follows on Jan. 15–24, 2027. The scored competition is set for March 20–26, 2027, with an awards ceremony and a joint technical hotwash on March 26, 2027. The page does not name a location for the finals.
The challenge page says the competition “calls on teams from across the world” and lists the total purse as $3.5 million. Registration runs through the Central Florida Tech Grove, which the page links for sign-up, and solicitation details are posted on SAM.gov, according to the release.
Promised, not proven
The independence lane sets the highest bar, and for now it is a target. DARPA’s own description is conditional: the competition “will test” whether systems can assist and then act independently. Until teams clear the component gates and the March 2027 scoring, no system has shown it can do either under DARPA’s rules.
DARPA also argues the work will reach beyond the military. The agency “expects the technologies developed under this competition to offer profound dual-use benefits for civilian healthcare,” the release says, “from expanding specialist access in rural communities to bolstering disaster response capabilities.” The next fixed point on DARPA’s calendar is the Oct. 30, 2026 close of the qualification window.
Top image: A surgical robot during an Air Force medical group’s immersion tour. It is not a DARPA competition system. Image Credit: U.S. Air Force photo by Kemberly Groue — Public domain / Wikimedia Commons
This article was produced with the assistance of AI and reviewed by Combat Rated editors prior to publication.