The Fort Price aeronautics firm validates its low-drag airframe at Spaceport America in assist of DARPA’s Vitality Internet Plane program.
Otto Aerospace has accomplished a flight-test marketing campaign for its unmanned laminar-flow drone at Spaceport America in New Mexico. The corporate introduced the milestone on Might 6, 2026, from White Sands Missile Vary.
The marketing campaign validated the expected aerodynamic effectivity of the plane’s laminar-flow design in flight. Laminar-flow expertise reduces drag by sustaining clean, uninterrupted airflow over an plane’s surfaces.
Laminar-Movement Drone Constructed for DARPA’s Vitality Internet Plane Program
Funding got here partially by a 24-month contract with the Protection Superior Analysis Initiatives Company and the Operational Vitality Functionality Enchancment Fund. The work helps DARPA’s Vitality Internet Plane (EWA) program.
EWA explores laser-based energy switch over lengthy distances. Airborne relays would beam power to plane, doubtlessly retaining them aloft indefinitely.
Otto’s position centered on the laminar-flow airframe itself. The crew designed and flew an unmanned automobile to tell future energy-relay programs and long-endurance platforms. The flight-test marketing campaign introduced in the present day was an Otto-funded improvement effort, carried out independently and outdoors the scope of the DARPA and OECIF contract.
“This plane proved what we’ve modeled for years, that high-efficiency laminar-flow aerodynamics can ship extraordinary endurance and efficiency,” stated Scott Drennan, president and CEO of Otto Aerospace. “We’re proud that Otto’s experience helped advance DARPA’s analysis goals and equally pleased with our crew for executing a flawless flight marketing campaign that pushes aerodynamic science ahead.”
Swift Engineering Manages Vary and Telemetry Operations
Otto partnered with Swift Engineering for automobile preparation and vary coordination. Swift maintains a longtime presence at Spaceport America and brings years of high-altitude UAV expertise, as Dronelife reported throughout Swift’s earlier HALE drone work with NASA.
The crew flew a number of sorties over WSMR airspace.
“Swift is proud to associate with Otto on this breakthrough,” stated Hamed Khalkhali, president of Swift Engineering. “The efficiency demonstrated in flight confirms the promise of laminar-flow aerodynamics to redefine long-endurance effectivity for unmanned programs throughout protection and industrial functions.”
The demonstrator now serves as a broader validation platform for Otto’s laminar-flow analysis. Information feeds future energy-relay UAV ideas in addition to Otto’s industrial and protection packages.
“The information collected on this check opens new prospects for energy-efficient aviation,” stated Drennan. “From enterprise jets to long-endurance UAVs, we’re displaying how laminar circulation can change what’s attainable in flight.”
Otto Aerospace, based mostly in Fort Price, Texas, develops next-generation plane constructed round transonic laminar-flow aerodynamics.
Extra data is offered at Otto Aerospace.
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Ian McNabb is a journalist specializing in drone expertise and life-style content material at Dronelife. He’s based mostly between Boston and NH and, when not writing, enjoys mountain climbing and Boston space sports activities.
