Alibotics is a Manchester-based aerospace venture developing the A-200 Skyfreight, a cargo-first blended-wing-body aircraft concept targeting the 100-tonne payload class.
The programme is exploring how a new aircraft architecture — integrating airframe, propulsion and cargo systems from the outset — could deliver meaningful improvements in freight efficiency, usable cargo volume, noise and long-term propulsion flexibility.
The A-200 is based on a simple engineering principle: an aircraft's major systems should be designed to work together rather than optimised independently.
Instead of treating the airframe, propulsion system, cargo architecture and aerodynamics as separate elements, Alibotics is investigating how they can be integrated as a complete aircraft system.
The concept combines a blended-wing-body airframe, integrated turbo-electric propulsion architecture and cargo-first internal layout to explore opportunities in aerodynamic efficiency, structural volume, propulsion integration and operating economics.
Large commercial freighters continue to rely predominantly on conventional tube-and-wing aircraft architecture. Decades of engineering development have made these aircraft highly capable, but the operating environment is changing.
Air-freight operators face increasing pressure from fuel and operating costs, environmental objectives, airport noise constraints, ageing fleets and continued demand for fast global logistics.
At the same time, advances in electrical machines, power electronics, computational engineering, advanced materials and propulsion technology are creating opportunities to reconsider how future aircraft are designed.
Alibotics believes this creates an opportunity to investigate the aircraft architecture itself — rather than relying solely on incremental improvements to existing configurations.
Air cargo is fundamental to global trade, supporting e-commerce, advanced manufacturing, healthcare and pharmaceutical logistics, time-critical supply chains and humanitarian operations.
The A-200 therefore begins with the freight mission.
Payload, internal volume, cargo handling, range, turnaround, propulsion integration and operating economics are considered as interconnected design requirements.
The objective is to investigate an aircraft capable of moving significant payload efficiently while providing the internal volume and operational flexibility required by future global freight networks.
The A-200 is currently an early-stage aircraft concept.
Alibotics is developing the programme through progressive technical evaluation and is seeking relationships with universities, aerospace manufacturers, propulsion and electrical-system specialists, engineering organisations, cargo operators, government innovation programmes and strategic investors.
The next stage is to strengthen the engineering foundation of the A-200 through modelling, aerodynamic analysis, propulsion studies, aircraft sizing and ultimately experimental validation.
The ambition is significant. The approach is methodical: define the mission, validate the engineering and build the partnerships required to determine what is possible.
Headquartered in Manchester, United Kingdom, Alibotics aims to contribute to Britain's long history of aerospace innovation while building international relationships across engineering, research, manufacturing, aviation and investment.
Alibotics is not simply exploring a different aircraft shape.
We are exploring a different way to design the cargo aircraft as a complete system.