Thoughts/experiences on 2.4L bottom end
Thoughts/experiences on 2.4L bottom end
I am toying with a few different options on how I should rebuild my engine. Ultimately I want more torque and power with better fuel economy but I'm not looking to set any dyno or speed records, as I have another car for that. At the moment the off boost performance of the 2L is annoying me, so I think extra capacity and higher comp ratio will help heaps.
The idea is to rebuild a 2.4L L300 short motor with stock rods and hypereutectic pistons, stick on the Starion head, MPI inlet, and stock exh man & turbo.
I this a good idea? Is there a weakness in the non turbo rods/crank? Same bellhousing size?
The idea is to rebuild a 2.4L L300 short motor with stock rods and hypereutectic pistons, stick on the Starion head, MPI inlet, and stock exh man & turbo.
I this a good idea? Is there a weakness in the non turbo rods/crank? Same bellhousing size?
4G63 - 87kg
4G54 - 107kg
4G54 - 107kg
Conrods are exactly the same as the 4G63 Rods, dimension and quality wise. Sonata Crankshaft is factory forged steel, unsure about L300 though....
Furthermore the 4G64 Block 'apparently' was made from the same casting as the 4G63 slightly modified, which explains why the Heads are interchangable........
Furthermore the 4G64 Block 'apparently' was made from the same casting as the 4G63 slightly modified, which explains why the Heads are interchangable........
Hi there,
sorry to ask a dumb question but wouldn't a 2.4 have different length conrods since it's a 2.4 ? could someone please explain this to me as i don't exactly understand how conrod length translates to longer stroke as i assumed the 2.4 had the same bore as the 2.0 ltr.
sorry to ask a dumb question but wouldn't a 2.4 have different length conrods since it's a 2.4 ? could someone please explain this to me as i don't exactly understand how conrod length translates to longer stroke as i assumed the 2.4 had the same bore as the 2.0 ltr.
How fast do those doorhandles go mate!
The throw of the crank will be more if the bore size is the same. The piston's pin height will be higher (or the piston will be shorter) so the piston sits lower to compensate for the extra height they go up due to the longer crank throw.4g6beat wrote:Hi there,
sorry to ask a dumb question but wouldn't a 2.4 have different length conrods since it's a 2.4 ? could someone please explain this to me as i don't exactly understand how conrod length translates to longer stroke as i assumed the 2.4 had the same bore as the 2.0 ltr.
more toruqe is always welcome. One way to find out how the 2.4 bottom end will fare as a sohc turbo motor.
there is tons of info on the dsm sites on 2.4 buildups, covering every little detail. Most popular route (done at rebuild time) is to use the 2.4 crank in the 2.0 block to get 2.3L... various combos of stock and/or aftermarket pistons and rods, reasonably priced to.
the vr4 is already pretty torquey. The 2.4L versions are puttin' down very solid performance. Quite a few street 10sec 3000+ pound pigs are running about the u.s. Seen one dyno ~540 ft-lbs torque to the wheels! Impressive for such a relatively small package
there is tons of info on the dsm sites on 2.4 buildups, covering every little detail. Most popular route (done at rebuild time) is to use the 2.4 crank in the 2.0 block to get 2.3L... various combos of stock and/or aftermarket pistons and rods, reasonably priced to.
the vr4 is already pretty torquey. The 2.4L versions are puttin' down very solid performance. Quite a few street 10sec 3000+ pound pigs are running about the u.s. Seen one dyno ~540 ft-lbs torque to the wheels! Impressive for such a relatively small package
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