And watch it evaporate in front of your very eyes when it rainsStop farting around!
Get a Toyota Surf 3.0 diesel.
![]()
And watch it evaporate in front of your very eyes when it rains![]()
the K series, so nearly was a really really good enigne. problem was rover did there usual and did 90% of a really good gob then went cheep on the last bit.
It was originally designed as a 1.1 & 1.4, then they took it out to 1.6, maybe 1.8 was too much?.
I believe that was the case. Similar story to the 4.6 rover v8, just one overbore too farIt was originally designed as a 1.1 & 1.4, then they took it out to 1.6, maybe 1.8 was too much?.
This is based on the internet but seems plausable, the 1.8 has smaller water jacket and a low water content, hence the oveheating.
It was originally designed as a 1.1 & 1.4, then they took it out to 1.6, maybe 1.8 was too much?.
No Powertrain ltdIsn't the bottom end from a Honda design
That is the best type of stat for the K series, they work by bleeding the cold water from the rad slowly mixing it with the hot engine water that is constantly circulating around the system, this stabilize the engine temp because with the original stat the temp starts to yo-yo and the outer block cools quickly and the liners do not so you have a constant push pull on the headgasket, which eventually fails to seal the block outer face you loose coolant and overheating occurs. By jamming it open you are running the risk of overcooling or thermal shocking which is not good for that engine. The engines need to be warmed thoroughly before giving them any serious grief.It is a later engine, with the stat at the front rather than hidden under the inlet manifold
That is the best type of stat for the K series, they work by bleeding the cold water from the rad slowly mixing it with the hot engine water that is constantly circulating around the system, this stabilize the engine temp because with the original stat the temp starts to yo-yo and the outer block cools quickly and the liners do not so you have a constant push pull on the headgasket, which eventually fails to seal the block outer face you loose coolant and overheating occurs. By jamming it open you are running the risk of overcooling or thermal shocking which is not good for that engine. The engines need to be warmed thoroughly before giving them any serious grief.
I may have worded that incorrectly, by grief I mean any heavy throttle openings at low revs because they are a short conrod engine this means they create greater piston thrust and that thrust is more evident at slower speed with high load IE high torque situations which tends to try to move the liners more, this is called liner shuffle, which doesnt help the head gasket remained sealed , so when cold they are better reving freely under light load untill everything is warmed through, and then kept at a high consistent temperature.This is not a motor a want to give grief,