Aircraft Specifications and Design

Acodyne's aircraft combine vertical takeoff and landing (eVTOL) with fixed-wing forward flight, using a proprietary ducted-fan propulsion system . The platform is designed to carry payloads from 100 kg up to 500 kg, with future variants planned to scale beyond 500 kg . Cruise speed is approximately 450 km/h (~280 mph), and the all-electric configuration offers a range of about 500 km (310 miles) . A hybrid kerosene-electric version under development is expected to extend range to 1,000 km (620 miles), targeting missions beyond pure battery-electric capability .

eTHOR Autonomy Stack

The aircraft's fully autonomous operation is powered by eTHOR (also written eThor), an AI-driven flight software stack developed in collaboration with DTU Compute, the computer science department at the Technical University of Denmark . eTHOR handles the entire ground-to-air mission cycle — takeoff, navigation, delivery, and return — without a pilot on board . It is designed to operate in GPS-denied and electronically contested environments, performing autonomous flight planning, real-time routing, predictive maintenance, and ground coordination .

Aircraft Family

Acodyne has disclosed three primary variants in its aircraft family :

• E100 / H100: Payload of 100 kg, with overall dimensions of approximately 5.5 m x 5.5 m.
• E200 / H200: Payload of 200 kg, dimensions approximately 7 m x 7 m.
• E500 / H500: Payload of 500 kg, dimensions approximately 7 m x 7 m.

The E200 is designed to fold into a standard shipping container for global deployment .

Co-founder Backgrounds

Acodyne was founded by a team with deep roots in aviation, defence, and aerospace engineering :

• Mads Schnack (CEO, co-founder): Airworthiness compliance and systems engineering at Scandinavian Airlines (SAS), satellite navigation at DTU Space, JTAC and counter-drone systems at the Danish Ministry of Defence, and satcom integration at Cobham Aerospace Communications.
• Claes Nicolaisen (CTO, co-founder): 25+ years in aviation maintenance, training, and flight operations; helicopter and fixed-wing pilot with VTOL systems expertise.
• Jasmina Pless (CCO, co-founder): Former economic diplomat in Silicon Valley and Head of Entrepreneurship at the Danish Chamber of Commerce.
• Martin Arndt (Chief Electronics Engineer, co-founder): 25+ years in electromagnetic compatibility (EMC), mobile and satellite communications for aircraft and UAVs, and aircraft systems certification.

Pless and Schnack have confirmed in interviews that the combined team backgrounds from the Danish Ministry of Defence, SAS, Cobham, and DTU Space directly inform their defence and maritime logistics focus .

Target Markets

Acodyne is pursuing three primary markets :

1. Defence logistics: Military resupply, frontline logistics, and NATO/European resilience.
2. Offshore operations: Support for oil rigs and wind farms, where expensive downtime can be avoided with faster logistics.
3. Remote and regional supply chains: Middle-mile logistics for hard-to-reach areas.

Strategic Rationale for Cargo-First Approach

Acodyne has chosen a cargo-first strategy over passenger eVTOLs for several reasons :

• Removing crew from danger: In contested or remote environments, the human crew is the most expensive and risky element. Removing it changes the cost-risk calculus entirely.
• Defence pain point: Manned helicopter resupply in contested zones is costly in terms of crew risk, maintenance, and potential loss of trained personnel. An autonomous aircraft can be lost with far lower strategic and human cost.
• Faster revenue path: Offshore and wind-farm operators have a clear return on investment from avoiding expensive downtime and can procure faster than military acquisition cycles, giving Acodyne dual-market optionality.
• European sovereignty: The cross-border investor lineup — a Swedish defence VC, a Danish state fund, and a Danish startup — signals a European initiative to build sovereign defence-logistics hardware rather than import it .

Development Timeline

• Initial payload testing: Ongoing in Q2/Q3 2026 .
• First full flights: Before the end of 2026 .
• Future variants: Acodyne has indicated that variants with payloads exceeding 500 kg are expected within a two-year horizon from the June 2026 announcement .

Aircraft Specifications and Design

Acodyne's aircraft combine vertical takeoff and landing (eVTOL) with fixed-wing forward flight, using a proprietary ducted-fan propulsion system . The platform is designed to carry payloads from 100 kg up to 500 kg, with future variants planned to scale beyond 500 kg . Cruise speed is approximately 450 km/h (~280 mph), and the all-electric configuration offers a range of about 500 km (310 miles) . A hybrid kerosene-electric version under development is expected to extend range to 1,000 km (620 miles), targeting missions beyond pure battery-electric capability .

eTHOR Autonomy Stack

The aircraft's fully autonomous operation is powered by eTHOR (also written eThor), an AI-driven flight software stack developed in collaboration with DTU Compute, the computer science department at the Technical University of Denmark . eTHOR handles the entire ground-to-air mission cycle — takeoff, navigation, delivery, and return — without a pilot on board . It is designed to operate in GPS-denied and electronically contested environments, performing autonomous flight planning, real-time routing, predictive maintenance, and ground coordination .

Aircraft Family

Acodyne has disclosed three primary variants in its aircraft family :

• E100 / H100: Payload of 100 kg, with overall dimensions of approximately 5.5 m x 5.5 m.
• E200 / H200: Payload of 200 kg, dimensions approximately 7 m x 7 m.
• E500 / H500: Payload of 500 kg, dimensions approximately 7 m x 7 m.

The E200 is designed to fold into a standard shipping container for global deployment .

Co-founder Backgrounds

Acodyne was founded by a team with deep roots in aviation, defence, and aerospace engineering :

• Mads Schnack (CEO, co-founder): Airworthiness compliance and systems engineering at Scandinavian Airlines (SAS), satellite navigation at DTU Space, JTAC and counter-drone systems at the Danish Ministry of Defence, and satcom integration at Cobham Aerospace Communications.
• Claes Nicolaisen (CTO, co-founder): 25+ years in aviation maintenance, training, and flight operations; helicopter and fixed-wing pilot with VTOL systems expertise.
• Jasmina Pless (CCO, co-founder): Former economic diplomat in Silicon Valley and Head of Entrepreneurship at the Danish Chamber of Commerce.
• Martin Arndt (Chief Electronics Engineer, co-founder): 25+ years in electromagnetic compatibility (EMC), mobile and satellite communications for aircraft and UAVs, and aircraft systems certification.

Pless and Schnack have confirmed in interviews that the combined team backgrounds from the Danish Ministry of Defence, SAS, Cobham, and DTU Space directly inform their defence and maritime logistics focus .

Target Markets

Acodyne is pursuing three primary markets :

1. Defence logistics: Military resupply, frontline logistics, and NATO/European resilience.
2. Offshore operations: Support for oil rigs and wind farms, where expensive downtime can be avoided with faster logistics.
3. Remote and regional supply chains: Middle-mile logistics for hard-to-reach areas.

Strategic Rationale for Cargo-First Approach

Acodyne has chosen a cargo-first strategy over passenger eVTOLs for several reasons :

• Removing crew from danger: In contested or remote environments, the human crew is the most expensive and risky element. Removing it changes the cost-risk calculus entirely.
• Defence pain point: Manned helicopter resupply in contested zones is costly in terms of crew risk, maintenance, and potential loss of trained personnel. An autonomous aircraft can be lost with far lower strategic and human cost.
• Faster revenue path: Offshore and wind-farm operators have a clear return on investment from avoiding expensive downtime and can procure faster than military acquisition cycles, giving Acodyne dual-market optionality.
• European sovereignty: The cross-border investor lineup — a Swedish defence VC, a Danish state fund, and a Danish startup — signals a European initiative to build sovereign defence-logistics hardware rather than import it .

Development Timeline

• Initial payload testing: Ongoing in Q2/Q3 2026 .
• First full flights: Before the end of 2026 .
• Future variants: Acodyne has indicated that variants with payloads exceeding 500 kg are expected within a two-year horizon from the June 2026 announcement .