A guided tour through the airframe that carries 25 kg up to 1,000 km without a runway. Scroll and the model turns to the assembly being explained — or pull the whole aircraft apart yourself.
01 / Airframe
One airframe, two propulsion systems
01 / Airframe
Thatcher Malaika is a hybrid VTOL: four electric rotors lift it straight up from any clearing, then a combustion pusher engine takes over for the cruise. No runway, no catapult, no recovery net — and none of the range penalty of an all-electric multirotor.
02 / Payload bay
The centre fuselage is one continuous hold rather than a set of small lockers, so a single flight can carry a cold-chain box, a blood cooler and diagnostic consumables together. Loading happens through a top hatch while the rotors stay locked out.
03 / Wing set
In cruise, the wing carries the aircraft — the rotors are shut down and folded out of the airflow. That is the difference between a machine that flies 30 km and one that flies a thousand. Ailerons handle roll; the whole set is field-removable for transport.
04 / Lift rotors
The lift system is deliberately over-provisioned: the aircraft can hold a stable hover and land under control after losing a rotor. That is what makes a county hospital lawn or a school field a legal, repeatable landing site instead of a one-off stunt.
05 / Pusher engine
The rear-facing combustion engine pushes the aircraft through the cruise and recharges the flight batteries on the way. Refuelling takes minutes, so an aircraft can fly a morning of sorties instead of one flight and a wait.
06 / Booms & tail
Twin booms carry the rotors clear of the wing and end in twin fins. Afternoon thermals over the Rift and crosswind at highland strips are the routine case here, not the exception — the tail is sized for that, not for still air.
07 / Landing gear
Skid-type gear absorbs a vertical touchdown on unprepared ground and keeps the payload bay and props clear of dust and debris. There is no nosewheel to dig in and no tarmac requirement anywhere in the flight profile.
08 / Full breakdown
The complete airframe separated into its seven assemblies. Each one is a line-replaceable unit: a damaged boom, rotor or wing is swapped in the field by the flight crew rather than shipped back to a workshop.
What the airframe actually does on a working day in Kenya — payload, performance and the operating reality behind each number.
Payload & mission
Single continuous, monitored hold
Fully loaded cruise radius
Refuel and relaunch
Vertical, unprepared ground
Performance
Efficient transit setting
Emergency and dash sorties
Clears highland corridors
Electric lift, combustion cruise
Operations
Beyond visual line of sight, KCAA
Kenyan-registered airframe
Pilot in command plus loader
Swapped in the field
The same 120 km run takes about four and a half hours by road. Here is how the aircraft spends its hour.
Load & arm
4 minCargo sealed, pre-flight complete
Vertical climb
2 minElectric rotors to transition height
Transition
1 minWing takes the load, pusher spools up
Cruise
62 min115 km/h to the delivery corridor
Transition & descent
2 minRotors restart, pusher idles
Vertical landing
2 minTouchdown on unprepared ground
Representative 120 km sortie // total 73 minutes gate to gate
A 25 kg payload over hundreds of kilometres is not a battery problem you can solve with a bigger pack — the pack eats the payload. Electric rotors give precise vertical take-off; a fuel-burning pusher gives the range and a ten-minute turnaround.
The lift system is redundant. The aircraft holds a controlled hover or descent on the remaining rotors, and in cruise the wing is already carrying the aircraft, so a rotor is not load-bearing at that point.
No. Take-off and landing are both vertical, on grass, murram or gravel. That is what makes county hospitals, labs and farm sites usable as nodes.
Flights are planned and flown beyond visual line of sight under Kenya Civil Aviation Authority approvals, with a pilot in command on site and live telemetry to the ground station.
Yes. The airframe is built as seven line-replaceable assemblies — wings, booms, tail, rotors, pusher, gear and fuselage — so the operating crew swaps a unit on site instead of grounding the aircraft.
Contact
Counties, health systems, funders and logistics operators — if you move time-sensitive cargo in Kenya, there is a route for it.