Handling?
Check the weight of the two engines. And throwing off the weight distribution doesn't mean the car will be undrivable...lol. It means if you're setting up the car for time attack or HPDE it'll have more tendency to understeer and be less predictable. 90% of the people on this board probably wouldn't even notice the difference in handling...so if you're building it for roll/highway or drag racing then go for it.
Trending Topics
Complicated answer: Depending on how you rearrange things under the hood, you could easily get the car to a 50/50 static weight distribution if desired. However, the longer engine will most likely increase the polar moment of inertia, which would reduce the handling capability based on how much the inertia is changed.
Easy answer:
No offense, but anybody asking this type of question on the internet has absolutely no clue about handling anyway, so I don't see much point in worrying about it. You may as well debate which engine would better allow the car to withstand a direct hit from a meteorite.
Easy answer:
No offense, but anybody asking this type of question on the internet has absolutely no clue about handling anyway, so I don't see much point in worrying about it. You may as well debate which engine would better allow the car to withstand a direct hit from a meteorite.
Asking how much a far heavier, taller, and longer engine would affect the handling in a lightweight well balanced car seems a pretty reasonable question to me, especially somewhere where people should be able to give him first hand experience
First of all, I think it's a mistake to assume that the majority of RX's- still equipped with the rotary engine- are properly "set up" to begin with.
Got non-stock shocks, lowering springs, aftermarket wheels and tires?
What kind of "set up" adjustments did you make to optimise the handling after they were installed?
Furthermore, what are you setting up for- driving to work or lapping Roebling Road?
Too many variables and too broad a question.
I've worked on/driven a couple of V-8 swapped RX's and, on the street at least, they handle fine and are a friggin blast to drive.
Key points:
Long story short:
Easy answer:
No offense, but anybody asking this type of question on the internet has absolutely no clue about handling anyway, so I don't see much point in worrying about it. You may as well debate which engine would better allow the car to withstand a direct hit from a meteorite.
You would first need to understand how the rx-7 with the rotary handles at its 100% (which is impossible since the biggest variable is the driver) and then swap it, which at that point you have completely changed the physics of the car, i.e. how its power is put out going into and through the corners. At that point, you can't even really compare the two. As stated earlier, the biggest variable is the driver.
Complicated answer: Depending on how you rearrange things under the hood, you could easily get the car to a 50/50 static weight distribution if desired. However, the longer engine will most likely increase the polar moment of inertia, which would reduce the handling capability based on how much the inertia is changed.
First of all, I think it's a mistake to assume that the majority of RX's- still equipped with the rotary engine- are properly "set up" to begin with.
Got non-stock shocks, lowering springs, aftermarket wheels and tires?
What kind of "set up" adjustments did you make to optimise the handling after they were installed?
Furthermore, what are you setting up for- driving to work or lapping Roebling Road?
Too many variables and too broad a question.
Got non-stock shocks, lowering springs, aftermarket wheels and tires?
What kind of "set up" adjustments did you make to optimise the handling after they were installed?
Furthermore, what are you setting up for- driving to work or lapping Roebling Road?
Too many variables and too broad a question.
Easy answer:
No offense, but anybody asking this type of question on the internet has absolutely no clue about handling anyway, so I don't see much point in worrying about it. You may as well debate which engine would better allow the car to withstand a direct hit from a meteorite.
You would first need to understand how the rx-7 with the rotary handles at its 100% (which is impossible since the biggest variable is the driver) and then swap it, which at that point you have completely changed the physics of the car, i.e. how its power is put out going into and through the corners. At that point, you can't even really compare the two. As stated earlier, the biggest variable is the driver.
So you think that the original poster is a highly-experienced professional automotive engineer who is asking this question on this forum so he can get some help setting up his team's race car?
http://www.spike.com/video/toyota-ta...84185?cid=YSSP


