PRODUCT PROFILE
Black Swan
UNCREWED CARGO AIRCRAFT
Black Swan
Bulgaria · verified
- COUNTRY
- Bulgaria
- PROGRAMME STATUS
- verified
Specifications
- Function
- Autonomous middle-mile transport of palletised freight between regional hubs.
- Platform fit
- Operates from runways as short as 400 metres including unpaved or grass strips.
- Commercial model
- Service-based logistics offering managed by the manufacturer's internal airline division.
- Payload capacity
- Designed to carry a maximum weight of 350 kilograms in a dedicated cargo bay.
- Deployment status
- Completed initial flight testing phases and moving toward full commercial certification.
- Evidence to demand
- Documented partnerships with international logistics providers and a European Light UAS Operator Certificate.
Description
The Black Swan is a purpose-built, long-range autonomous cargo aircraft developed by Dronamics [Дронамикс] to address inefficiencies in regional supply chains. Designed as a fixed-wing platform, it functions as an aerial delivery vehicle capable of operating from short, unpaved airstrips. The design prioritises fuel efficiency and low cost of ownership compared to traditional air freight, utilising a single engine and a high-aspect-ratio wing to facilitate middle-mile logistics between hubs rather than final-mile delivery to consumers. The manufacturer markets the system primarily to logistics firms, e-commerce providers, and pharmaceutical distributors looking to bypass road congestion and port delays. Commercial operations are structured through a proprietary airline model, Dronamics Airlines [Дронамикс Еърлайнс], which has secured licences to operate across Europe. Significant interest has been registered from global entities including DHL [Deutsche Post AG], Hellmann Worldwide Logistics, and various postal services looking to integrate uncrewed capacity into their existing networks. Key risks for this platform involve the regulatory hurdles of integrating large, heavy-lift drones into shared civil airspace and the reliability of autonomous flight control systems during adverse weather. The Aerospace Garage desk would seek to verify the transition from flight testing to scheduled commercial service and the specific fuel consumption figures under maximum payload. Further investigation is required regarding the maturity of the ground control infrastructure and the scalability of the production line in Sofia [София].
Linked stories
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LAST VERIFIED
6 Sept 2026
SOURCE CITATION
Maker website on record