What improved?
A cable pulled the plough across the soil. Heavy engines could stay at the edges instead of sinking into cultivated ground.
A little steam. A clever machine. Let’s see what makes it move.
Two engines wait at opposite sides of a field. A long cable pulls a plough between them. One engine winds in while the other lets cable out. The heavy engines stay at the edges instead of sinking into soft soil. The crews must work together to change direction.
Our pair is inspired by the 1889 Fowler engines described by the Powerhouse Collection. The gallery shows a later preserved Z7, clearly labelled as a related example.
A cable pulled the plough across the soil. Heavy engines could stay at the edges instead of sinking into cultivated ground.
Drivers had to coordinate the two engines and the plough. One drum wound in cable while its partner let cable out.
Steam could cultivate large areas, but machines, water, fuel and skilled crews were costly. This pair is inspired by engines built in Leeds in 1889.
Select a photograph to look closer. Captions distinguish originals, replicas and related examples.
A restored Fowler Z7 ploughing engine; a later example of the same cable-ploughing idea.
kitmasterbloke · CC BY 2.0Two heavy engines stand at opposite edges of a field. They must take turns pulling a lighter plough across the soil.
Plough three strips, changing direction and adapting to hard soil.
First, discover how the engine works by choosing the steps in order. Then adjust three controls for each round. You can try again, ask for help, or restart at any time.