No, it is a non-interference type engine.
You can see at http://en.wikipedia.org/wiki/Toyota_A_engine#7A
It should. The Prizm uses a Toyota engine. 4AFE for the 1.6L 7AFE for the 1.8L
Yes, the 3.0L engine in a 1994 Toyota T100 is an interference engine. This means that if the timing belt fails, the pistons can collide with the valves, potentially causing significant engine damage. Regular maintenance of the timing belt is crucial to prevent such failures.
No. It is a non-interference engine.
It's a non-interference engine meaning if the timing belt breaks, there is no engine damage.
No it is not an interference engine. I personally had a timing belt break in my 94 Escort LX while the car was being driven and it was simply replaced.
No , according to the Gates website ( they make timing belts etc. ) the 1.9 liter engine in a 1994 Ford Escort is NOT an interference engine
The '94 Toyota Camry 2.2 is NOT an interference engine, according to belt manufaturer Gates... at: http://www.gates.com/downloads/download_common.cfm?file=428-1466_web.pdf&folder=brochure An asterisk opposite your engine means it is an interference engine. So, while it's not an interference engine, remember that you'll lose ALL power... power brakes and steering and you'll have to coast, hopefully safely, to a stop with really hard steering (like an OLD truck). PS I have the same year/model and I'm just about to put in a new timing belt (and water pump)... the first... after 177,000 miles... not bragging... just never got around to it! Later, graphician44@yahoo.com
No, this is not an interference engine. No damage should occur.
.044
The cast of Interference 94 - 2010 includes: Ansted Moss as Narrator
Some do and some don't . You failed to list what model Toyota and what engine, so I cannot answer your question.
Yes, the 3.0-liter engine in a 1994 Nissan Pathfinder is a non-interference engine. This means that if the timing belt fails, the pistons will not collide with the valves, potentially preventing severe engine damage. However, it's still essential to maintain the timing belt to avoid engine failure.