01 / Drones

Drones built for Africa.
Made state of the art by onboard AI.

Modular, multipurpose aerial platforms engineered for the continent's missions, bridging the technology gap through autonomous systems and AI-driven design.

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02 / The Platform

One airframe.
Many missions.

A modular 12 kg platform designed around the payload, not the other way around, so a single aircraft adapts across use-cases.

12kg
Maximum takeoff weight
4kg
Payload capacity
30min
Flight endurance
Modular
Interchangeable payloads across mission profiles

We build for the African context first. Terrain, infrastructure and operating conditions here are different, and so are the missions. Our drones are designed to work where a paved runway, a stable network and a specialist operator cannot be assumed.

Onboard AI and autonomous systems do the heavy lifting: flight, perception and decision-making run on the aircraft, so capability survives unreliable connectivity. The same intelligence feeds our research, where we use AI to optimise airframe design and flight performance, the loop that keeps our platforms state of the art.

  • Mapping & surveyPayload TBC
  • Infrastructure inspectionPayload TBC
  • Agriculture & crop healthPayload TBC
  • Search & monitoringPayload TBC
03 / Focus

The drone is one output
of a wider research effort.

We research, design, and build at the intersection of intelligence, matter, and energy, starting with software and working toward hardware. We are early, and honest about it.

01
Intelligence
The onboard AI and autonomous systems that fly our drones, cognition that perceives, decides, and acts across unstructured real-world environments.
02
Matter
Engineering at the material level, the airframes, actuators, sensors, and structural systems our aircraft are built from. Where software meets physical reality.
03
Energy
High-density, reliable energy is the substrate everything else depends on, and the constraint that decides how long our aircraft stay aloft.
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