Odys Aviation

"One platform. Two aircraft. Infinite missions."

Builder of long-range, dual-use hybrid-electric VTOL aircraft for defense, logistics and civil missions, using flap-based thrust vectoring.

Visit Website

Company Overview

Odys Aviation, formerly Craft Aerospace, is a U.S. aerospace company based in Long Beach, California, developing long-range, dual-use hybrid-electric vertical take-off and landing (VTOL) aircraft for defense, logistics and civil applications. Rather than tilting rotors or rotating nacelles, Odys aircraft use a box-wing configuration with fixed electric propellers embedded along the wings and a flap-based thrust-vectoring system, directing rotor thrust downward through high-lift trailing-edge flaps for vertical lift and transitioning to efficient wing-borne cruise. Hybrid-electric propulsion gives the aircraft long range and endurance from existing fueling infrastructure while eliminating the need for runways.

The company's product line spans two platforms: Laila, an uncrewed cargo VTOL drone with a 450-mile range, up to 8 hours of endurance, 125 mph cruise, a 130 lb payload and a 22-foot wingspan powered by a 100 kW turbogenerator; and Alta, a piloted aircraft carrying up to nine passengers (also configurable for cargo or medical transport) with a hybrid range up to 750 miles including 200 miles of all-electric flight, a top speed of about 345 mph and a 30,000-foot cruise altitude. Led by founder and CEO James Dorris with a team drawn from SpaceX, Gulfstream, Airbus, Tesla and the U.S. Department of Defense, Odys closed a 26 million US dollar Series A round in October 2025 to fund full-scale flight testing and international launch operations. The company has completed subscale transition flights and is pursuing trials with partners including Fiji Airways and Oman.

Capabilities & Activities

Primary type & automation activities this supplier delivers:

Applications & Industries

Product Categories

Products & Solutions

Laila

Uncrewed dual-use hybrid-electric VTOL cargo drone with 450-mile range and 8-hour endurance.

Alta

Piloted hybrid-electric VTOL aircraft for up to nine passengers, cargo or medical transport.

Partnership & Notable clients

Associating Events

Contact Odys Aviation

WEBSITE

https://www.odysaviation.com/

HEADQUARTERS

Long Beach , California

United States

Company Facts

Founded

2019

Primary Role

Manufacturer

Company Size

-

Primary Region

North America

Annual Sales

-

Funding Stage

Early-Stage VC

Funding Total

-

Certifications & Memberships

Listed in RobotToday Supplier Discovery. Verified Profile

Related Coverage

ROBOTTODAY Weekly July 20 – 24, 2026

ROBOTTODAY Weekly July 20 – 24, 2026

Your weekly robotics briefing: AGIBOT unveils four new robots at WAIC 2026, the NDAA bars Chinese humanoids from the U.S. military, SoftBank eyes Gravis Robotics for its Roze vehicle, and Anduril reveals its Thunder autonomous attack tiltrotor at Farnborough.

Odys Aviation and ST Engineering Collaborate on Hybrid-Electric Propulsion for DrN-600 Cargo Drone

Odys Aviation and ST Engineering Collaborate on Hybrid-Electric Propulsion for DrN-600 Cargo Drone

Odys Aviation, based in the US, has partnered with Singapore's ST Engineering to develop a hybrid-electric propulsion system for the DrN-600 medium-lift cargo unmanned aircraft system (UAS). This collaboration aims to enhance the aircraft's range and efficiency, with a focus on validating the system's technical and commercial feasibility before advancing to a definitive development agreement. The partnership is significant as it seeks to extend the operational range of the DrN-600 beyond 186 miles (300 kilometers), improving endurance and mission performance. Teong Soo Soon, SVP & Head of ST Engineering’s Commercial Aerospace business, emphasized that hybrid-electric propulsion is a key pathway to enhance the aircraft's operational relevance. Looking ahead, the collaboration will evaluate the propulsion system architecture and develop a roadmap for large-scale production. No further timeline was disclosed at the time of publication.

Transportation