Firewood processor Bilke Cruiser M1

Reliable power in the midst of crisis

The Bilke Cruiser M1 is part of the Bilke M-series – machines created out of real necessity. After seeing crisis areas where people struggle without electricity or heat, we knew we could make a difference.

Even when homes are in ruins and the surroundings are filled with splintered, sand-covered wood, life still demands warmth and power. That’s why the M-series machines are built to endure the harshest conditions. They don´t stop even at nail-ridden boards – they quickly and efficiently turn discarded material into firewood where other machines fail.

The Bilke Cruiser M1 is more than just a firewood processor. It generates electricity and compressed air, lights up the dark, and connects to additional tools such as a water pump or hydraulic pump. It’s a survival partner – delivering warmth, energy, and security where they are needed most.

Strong. Reliable. Efficient.

Easy to
feed and use

Thanks to an automatic feed system, you do not need to support the stem while feeding it. Easily movable conveyors, a wide output conveyor and redesigned blade ensure comfortable use. Working with Bilke Cruiser M1 Firewood Processor is both easy and safe.

Adjustable
log length

Thanks to the length adjustment system, the desired log length can be varied to suit your need. The splitter can chop logs to lengths of 23–55 cm.

Top class
blade design

The processor has a spiral blade cutter that splits the wood efficiently, producing an even cut. Thanks to the blade design, the power requirement for splitting and cutting is low.

Good productivity

Several thin stems and slabs can be placed on the conveyor simultaneously. Chopping several logs at the same time improves productivity!

No risk of jamming

The processor is supplied with a wide output conveyor that ensures that chopped wood is removed from the machine without jamming. Thanks to the wide conveyor, there is no risk of jamming even at high power.

Easy to transport

The output and feeding conveyors move easily on a pulley winch. Preparing the processor for use or transport is quick and easy.

The machine can be towed by, for example, a car or an ATV. The Bilke Cruiser M1 firewood processor can also be registered for road use.

Quick deployment

Ready to use in minutes

Bilke M1 is not just a firewood machine – it’s more.

Your mobile
power source

The Bilke Cruiser M1 provides power when it’s needed most. The machine offers output at 5V and 12V, as well as 220V through an inverter. Easily charge phones, drones, cameras, work machine batteries, and other electrical devices.

Your mobile
power source

Compressed air
always with you

The Bilke Cruiser M1 also produces compressed air, making it an even more versatile work machine. For example, you can quickly and easily fill car tires – or use compressed air for other tasks.

Compressed air always with you

The Bilke Cruiser M1 also produces compressed air, making it an even more versatile work machine. For example, you can quickly and easily fill car tires – or use compressed air for other tasks.

Light for your work

The Bilke Cruiser M1 is equipped with two powerful 12V LED work lights. They brightly illuminate the work area, allowing you to work safely and reliably at any time of day – without unnecessary risks.

Light for your work

Others stop.
M1 Cruiser keeps going.

Not even nail-ridden boards can stop the M1 Cruiser – it turns what would otherwise be discarded into firewood, efficiently and reliably.

Others stop. M1 Cruiser keeps going.

Not even nail-ridden boards can stop the M1 Cruiser – it turns what would otherwise be discarded into firewood, efficiently and reliably.

Peak performance.
Low fuel use.

At the heart of the Bilke Cruiser M1 is a powerful V2 combustion engine with electric start and adjustable RPM. Efficient by design, it consumes only 1.5–2 liters of fuel per hour in operation.

Peak performance.
Low fuel use.

At the heart of the Bilke Cruiser M1 is a powerful V2 combustion engine with electric start and adjustable RPM. Efficient by design, it consumes only 1.5–2 liters of fuel per hour in operation.

Maximal
productivity

approx. 10 loose m³/h