cookietruck
Well-Known Member
you literally typed that.
and what's the duration of that cam?
oh, that's right... 236/242
again, apples and oranges
As for duration, is a 236* solid quite similar to a 226* hydraulic?
you literally typed that.
and what's the duration of that cam?
oh, that's right... 236/242
again, apples and oranges
it can be. it depends. lotta in's, lotta out's, lotta what-have-yousAs for duration, is a 236* solid quite similar to a 226* hydraulic?
What?????????limiting factor for valve size and cam lift to make high hp.
"Only" 224 degrees is subjective. Comparing to factory camshafts, that's getting pretty big. That's "about" what the factory 340 cam was and they weren't slouches. Especially if you use the solid lifter variety, you'll have something.Point of the thread ain't about what you can do with a 318 but what you can do with only 224 degrees of duration.
Sure it ain't small but it also ain't overly big, it's still in the range of being fairly streetable for most, just before what I'd consider more of a street strip type cams 230-250+."Only" 224 degrees is subjective. Comparing to factory camshafts, that's getting pretty big. That's "about" what the factory 340 cam was and they weren't slouches. Especially if you use the solid lifter variety, you'll have something.
225° was always a line to cross for needing a converter and/or rear gears to help it out with a 318. 340's and 360's, not a problem.
Think!!! lolWhat?????????
Not a big enough bore size difference to matter to either of those parameters.Think!!! lol
When you get to a 2.05 or 2.15 intake valve size there isNot a big enough bore size difference to matter to either of those parameters.
Probably could with a bbm and the right top end, but I'm thinking where most live in the 300-450 hp range.Good streetable power?
500 sounds about right![]()
| Cam | PAW | COMP | COMP |
| Part Number | 10323 | 21-227-4 | Custom XFI* |
| Type | Hyd. FT | Hyd. FT | Hyd. Roller |
| Adver. Duration | 280/290 | 275/287 | 264/276 |
| Duration @ .050 | 214/224 | 231/237 | 214/224 |
| Lobe Seperation | 112 | 110 | 112 |
| Lift (inch) | .442/.465 | .525/.525 | .530/.530 |
| RPM | 214/ 224FT | 231/ 237FT | 214/ 224HR |
| 2,800 | 413 | 381 | 425 |
| 3,000 | 417 | 405 | 430 |
| 3,200 | 427 | 422 | 438 |
| 3,400 | 436 | 432 | 446 |
| 3,600 | 441 | 437 | 451 |
| 3,800 | 441 | 445 | 453 |
| 4,000 | 440 | 448 | 452 |
| 4,200 | 439 | 448 | 453 |
| 4,400 | 438 | 447 | 453 |
| 4,600 | 435 | 446 | 452 |
| 4,800 | 429 | 443 | 447 |
| 5,000 | 420 | 434 | 439 |
| 5,200 | 406 | 425 | 426 |
| 5,400 | 390 | 417 | 416 |
| 5,600 | 375 | 407 | 404 |
| 5,800 | 360 | 391 | 389 |
| 6,000 | 344 | 375 | 372 |
| 6,200 | 316 | 361 | NR |
| RPM | 214/ 224FT | 231/ 237FT | 214/ 224HR |
| 2,800 | 220 | 203 | 227 |
| 3,000 | 238 | 232 | 245 |
| 3,200 | 260 | 257 | 267 |
| 3,400 | 282 | 279 | 289 |
| 3,600 | 302 | 300 | 309 |
| 3,800 | 319 | 322 | 328 |
| 4,000 | 335 | 341 | 344 |
| 4,200 | 351 | 358 | 362 |
| 4,400 | 367 | 374 | 380 |
| 4,600 | 381 | 391 | 396 |
| 4,800 | 392 | 405 | 409 |
| 5,000 | 399 | 413 | 418 |
| 5,200 | 402 | 421 | 423 |
| 5,400 | 401 | 429 | 428 |
| 5,600 | 400 | 434 | 431 |
| 5,800 | 398 | 432 | 430 |
| 6,000 | 392 | 428 | 424 |
| 6,200 | 373 | 426 | NR |
| 214/ 224FT | 231/ 237FT | 214/ 224HR | |
| Avg. TQ | 415.9 | 425.2 | 433.4 |
| Avg. HP | 344.8 | 355.3 | 360.8 |
For the most part, but why does have to be logical ? Out of all engines out there is even the 360 the most logical engine to build ?There is literally no logical reason to ever build a 318 except maybe for fuel economy.
Thanks for correcting me, you're right. There's no reason at all to build a 318. Great catch!For the most part, but why does have to be logical ? Out of all engines out there is even the 360 the most logical engine to build ?
Who would use those size valves in a stock cast iron head or stock block for that matter?When you get to a 2.05 or 2.15 intake valve size there is
When I was younger I would have done the modern hemi swap, that would be logical at the time.Out of all engines out there is even the 360 the most logical engine to build ?
Yes I agree there's really no reason to build a 318 over a 360 or whatever engine beside /6 and 273, other than you want to, all the reason anyone needs.Thanks for correcting me, you're right. There's no reason at all to build a 318. Great catch!
That, but really the most logical even though not a fan of the swap would be an LS, availability, parts, support, ability etc..When I was younger I would have done the modern hemi swap, that would be logical at the time.
I thought it was, there's a dyno comparison for a BB 383. lolThis thread was not about all out race engines.
Man your talking to a guy that had a 63 Nova with a 327 and 4spd for his 1st car who jumped on the Mopar wagon after driving my cousins 68 383 Super Bee.That, but really the most logical even though not a fan of the swap would be an LS, availability, parts, support, ability etc..
When you get to a 2.05 or 2.15 intake valve size there is
There is literally no logical reason to ever build a 318 except maybe for fuel economy.
Did very well even with the small 214 FT cam, don't know why people are so anti 383.I thought it was, there's a dyno comparison for a BB 383. lol
You finally say something I can agree with.Man your talking to a guy that had a 63 Nova with a 327 and 4spd for his 1st car who jumped on the Mopar wagon after driving my cousins 68 383 Super Bee.
You don't pollute a Mopar with a brand X engine, you just don't.