Light to Carry.
Long on Power.

When people push their limits or head into the unknown, the power has to go with them. As drones, robots and AI take on more of that work, mobile power matters more, not less.

Today the choice you carry is a lithium station or a piston set. Each has pushed one of those limits and surrendered another.

Micronturbo moves every one of them.

Micronturbo builds microturbine generator systems — a jet engine shrunk to the size of a fire extinguisher, spinning past 160,000 rpm, turning a generator instead of a fan. It is the first architecture below 300 kW that is neither a battery nor a piston engine, and that is why the numbers below look the way they do.

A person sits on a rock beside an alpine lake with a laptop, a small power station on the ground next to them, pine forest and a snow-streaked peak behind.
Mobility

A generator that cannot reach the site may as well not exist. The jobs that need power most — a collapsed building, a ridge line, a fourth floor with no lift — are the ones a wheeled box never reaches. Only what a person can carry in gets there.

9–12 kg for 6 kW
Lithium station45 kg for 3.6 kW, about one hour per charge
Piston set50–120 kg for 6 kW
An overhead view of a yellow excavator cutting a trench through dry earth, spoil heaped along one side.
Efficiency

Power density decides whether a drone flies for thirty minutes or five hours, and whether a robot works a shift or an errand. Move this number, and whole industries move with it.

up to 2,000 W/kg
Lithium stationAbout 80 W/kg at pack level
Piston set50–130 W/kg, depending on the model
An aerial view looking straight down on a quadcopter drone flying over deep snow, with tracks, a road and dark conifers below.
Toughness

A machine that will not turn over at −40 °C, or at 4,000 meters up, is not underperforming — it could be life or death. The same goes for the battery that quietly gave up its charge overnight. Power counts for nothing until you can count on it.

−40 °C, 75% at 4,000 m
Lithium station20–40% of capacity at −20 °C; cold charging damages it
Piston setNo cold start at −40 °C; 50% power at 4,000 m
A small filling station forecourt with two fuel dispensers, nozzles in a row and potted plants along the wall behind.
Versatility

The fuel on site is whatever is available, not what the manual asked for. More fuel options mean the machine adapts to the place, not the other way around. AC and DC out of the same box mean it adapts to the user, not the other way around.

8 fuels*, AC + DC, refuel in minutes
Lithium stationRefills from grid or solar, hours not minutes
Piston setOne fuel, AC output only

*diesel, natural gas, LPG, propane, jet fuel, biogas, methanol, hydrogen

A helicopter seen from directly below against a clear blue sky, carrying a water bucket on a line beneath it.
Durability

A generator’s real price is what it costs across every hour you run it, not what you paid at the counter. A machine that fades as it ages charges you twice. The one that lets you stop watching it is still at rated output on the last hour of its service life.

3,000+ hours
Lithium station~3,500 cycles to 80% of original capacity
Piston set500–800 hours before replacement
An aerial view of steep green forested ridges at sunrise, a narrow road winding along the valley floor in low golden haze.
Sustainability

Low emissions at the point of use are not the same as low emissions at the plant that made the power, or across the miles that moved it. Choosing the fuel means choosing the emissions.

Hydrogen + methanol
Lithium stationDepends on the upstream grid
Piston setFossil fuel only, no upgrade path

Two Systems at Launch

They complete each other. Each replaces a different class of equipment.

MT-6K

The versatile one. Carried by one person, and the first generator small enough to power a walking robot's compute stack.

6 kW  ·  9–12 kg

MT-75K

The heavy duty one. Industrial power that travels, and enough of it to keep an aircraft flying past the point a battery gives up.

75 kW  ·  40–50 kg

More in pipeline

Three further systems follow the launch pair, each opening a segment the first two do not reach.

3 kW  ·  20 kW  ·  200 kW

The Enclosure Takes Shape

The MT-6K runs on the bench today; the field enclosure is still in design. A vented case sized around the engine carries the controls and the outlets on one face, and sits on a backpack frame over a base container so one person takes the unit and its fuel in together. The case alone measures 460 × 410 × 310 mm. A design study, not built hardware.

Design render of the generator case seen from the rear. A gray panel carries a keyswitch, a red emergency stop, a green indicator, a mains socket and two connector ports above a louvered exhaust grille.

Control face — controls, indicators and outlets on one panel.

Dimensioned elevation drawing of the backpack set, seen from the back, the front and the side, marked 460, 630, 335 and 575 millimeters.

Carried set — 460 × 630 × 335 mm on the frame.