Key Highlights
- Archer Aviation introduced Halo, an autonomous commercial VTOL platform, during Wednesday’s Farnborough International Airshow presentation.
- The aircraft was co-developed with Anduril Industries and shares its fundamental airframe with Thunder, Anduril’s military version.
- Halo features a hybrid-electric series powertrain with dual tiltrotor architecture and is compact enough to ship in standard containers.
- Marubeni Aerospace Corporation has been announced as Halo’s inaugural strategic commercial partner.
- Primary applications include offshore energy logistics, cargo transport, humanitarian missions and marine support operations.
At Farnborough on Wednesday, Archer Aviation (ACHR) presented Halo, an autonomous commercial aircraft developed in partnership with defense innovator Anduril Industries. ACHR stock experienced a 1.61% decline during the announcement period.
Halo represents the commercial variant of Thunder, Anduril’s defense-oriented aircraft that made its debut at the same airshow days earlier. Both platforms utilize identical airframe architecture, hybrid-electric propulsion technology and foundational engineering systems.
This platform represents an entirely new clean-sheet design, developed from the ground up rather than modified from existing aircraft technology. According to Archer CEO Adam Goldstein, the company leveraged eight years of accumulated electric aviation expertise to create this new platform.
“Our collaboration with Anduril allowed us to apply all of our accumulated knowledge toward creating something entirely new: a clean-sheet design in a fundamentally different category of range, speed and payload capacity,” Goldstein explained.
Halo incorporates a series hybrid-electric powertrain combined with a dual tiltrotor configuration. This tiltrotor arrangement optimizes efficiency throughout various flight phases while maintaining minimal acoustic signatures during vertical operations.
The platform operates with complete autonomy, eliminating the need for an onboard pilot. This autonomous capability is essential for the commercial cargo applications Archer intends to serve.
Additionally, the aircraft’s dimensions allow it to fit within standard shipping containers, enabling deployment through air freight, ground transport, rail networks or maritime shipping. The company emphasized that the platform is engineered for large-scale manufacturing utilizing established commercial supply networks.
Commercial Applications
Halo is positioned to address operational gaps where traditional aircraft prove inadequate — specifically, long-distance cargo delivery to sites lacking conventional runway infrastructure.
Target sectors include offshore energy platform resupply, freight logistics, humanitarian relief cargo, medical supply delivery and maritime support operations. These verticals prioritize payload capability, operational range and autonomous functionality over passenger amenities.
Marubeni Aerospace Selected as Initial Partner
Archer designated Marubeni Aerospace Corporation as Halo’s strategic launch collaborator. Marubeni Aerospace operates as a division of Japan’s Marubeni Corporation and serves as a representative for multiple global aircraft and rotorcraft manufacturers.
The partnership will focus on collaborative market analysis, commercial application identification and strategic deployment planning for the aircraft platform.
Satoru Nakagawa, President and CEO of Marubeni Aerospace, characterized Halo’s autonomous operational capabilities, combined with its range performance, payload capacity and vertical takeoff design, as “a highly suitable solution” for its intended market segments.
Archer indicated that further launch partner announcements are anticipated prior to the conclusion of 2026.
The Farnborough International Airshow serves as a premier global forum for commercial aerospace announcements and partnership formations, and has progressively evolved into a showcase for next-generation aviation technologies encompassing electric propulsion and autonomous flight systems.



