Droneliner builds an unpressurised, crew‑less cargo aircraft that uses ultra‑low‑drag composite airframes and hybrid electric power to transport 20‑ft and 10‑ft intermodal containers with payloads of 200‑350 tons over 6,500 miles. The design cuts air‑freight operating costs by more than 70% and reduces CO₂ emissions up to 95%, making same‑day or next‑day intercontinental delivery financially comparable to sea freight. Its modular, roll‑on/roll‑off system and rapid one‑hour turnaround target logistics providers and e‑commerce firms needing fast, high‑volume, low‑cost freight for time‑sensitive goods.
Funding
Funding not disclosed
Founders
Product
Problem
Air freight is expensive and environmentally damaging due to high fuel consumption, limited payload capacity, and complex handling, while sea freight is slower and increasingly costly because of container constraints and global bottlenecks. This leaves many goods without a cost‑effective, fast, and low‑emission shipping option.
Solution
Droneliner offers a purpose‑built, unpressurised cargo aircraft that eliminates crew, uses ultra‑low‑drag airframes and hybrid electric power, and supports roll‑on/roll‑off intermodal containers. The design achieves a payload‑to‑fuel ratio up to four times better than conventional freighters, cutting operating costs by more than 70% and reducing CO₂ emissions by 95%. With a 6,500‑mile range, 200‑ton to 350‑ton payload capacity, and rapid one‑hour turnaround, the platform enables same‑day or next‑day intercontinental delivery at costs comparable to sea freight while using existing airport infrastructure.
Target Audience
Primary customers are logistics providers, e‑commerce firms, and manufacturers needing fast, high‑volume intercontinental freight, especially for time‑sensitive goods such as food, pharmaceuticals, fashion, automotive parts, and electronics.
Features
- Lightweight 20 ft and 10 ft intermodal containers with roll‑on/roll‑off handling, reducing handling costs by over 90%
- No pilots or crew required, allowing flexible engine placement and lower payroll expenses
- Hybrid power system: wide‑fan engine plus EV‑derived wheel‑drive for take‑off, wing‑tip vortex generators (Wingmills) for in‑flight power, and regenerative braking to recharge batteries on landing
- Ultra‑low‑drag composite airframe and strutted subsonic wing for exceptional fuel efficiency (21× per ton‑km vs current airfreight)
- Modular construction using off‑the‑shelf components, enabling low‑cost manufacturing and maintenance
- High payload capacity: 200 t–350 t MTOW, 160 t–200 t payload, carrying 36–40+ containers across two or three decks
- Compatibility with sustainable aviation fuel (SAF) and hydrogen, leveraging the aircraft’s fuel efficiency for greener operations