460 ford potential related engine build links

Grumpy

The Grumpy Grease Monkey mechanical engineer.
Staff member
I don,t know if its a local deal or its nation wide but finding a 427-454 Chevy big block always seems to be Much more difficult than the more common, 460 ford engines.
the ford 385 series 460 engine has a wider bore spacing and potential has a few advantages over a mild chevy big block, especially if your willing to invest in decent after market aluminum heads, since most stock 460 cylinder heads are less than ideal, like the peanut port BBC heads
the most common problem with the BBF is the stock cylinder heads in many OEM engines.
theres no doubt the availability of much better quality components becoming available in the last 6-8 years has helped the 385 series ford big block engines power potential.

SKIPPING THE LINKS AND SUB-LINKS WOULD BE A MISTAKE
http://www.mustangandfords.com/how-to/engine/mdmp-1212-colossal-kaase-combo-460-big-block/

https://www.enginebuildermag.com/2015/09/ford-boss-429-versus-todays-fr-9/

http://garage.grumpysperformance.com/index.php?threads/afr-new-bbf-460-heads.10911/#post-56665

https://www.summitracing.com/parts/tfs-5341t010-c01/media/chartsandguides

http://garage.grumpysperformance.com/index.php?threads/sources-for-ford-blocks.4695/#post-12729

https://www.summitracing.com/parts/tfs-5451t804-c04/media/chartsandguides

http://www.hotrod.com/articles/big-block-engines/

http://home.earthlink.net/~kaneofthenation/highflowdynamics/id15.html

http://garage.grumpysperformance.com/index.php?threads/sources-for-ford-blocks.4695/#post-49644

http://garage.grumpysperformance.co...good-ideas-that-got-canceled.1107/#post-46786

http://www.hotrod.com/articles/ccrp-1006-installing-557-demon-stroker-kit/

http://www.hotrod.com/articles/0906phr-big-block-ford-engine/

http://www.enginebuildermag.com/2016/08/building-a-ford-460-stroker/

http://www.speedwaymotors.com/429-460-Ford-Stroker-Kit,5530.html

http://www.coasthigh.com/Ford-460-based-engine-kits-s/1301.htm





https://www.powerblocktv.com/episode/HP2009-23/battle-of-the-big-blocks#.WKnyo_nyvcc

watch this link
 
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BBF Head Heirarchy from best to worst

1. C&C C-441 Hemi
2. C&C B-441 Hemi
3. HFD Pentroof Hemi
4. C&C A-441 Hemi
5. Ford Motorsport A-441 Hemi (No longer in production)
6. Indy Cylinder Hemi
7. Ford E-460 Pro Stock
8. Blue Thunder Thor Gen II
9. Blue Thunder Thor Gen I
10. Profiler C-Replacement
11. Ford C-460
12. Ford D-460 Pro Stock (No longer in production)
13. Ford Motorsport bastard Pro Stock (There are various stages) (No longer in production)
14. IDT Eliminator A-460
15. EX514
16. New TFS A-460 18-bolt
18. New TFS A-460
19. EX514 Cast Iron A-460
20. IDT Eliminator Cast Iron A-460
21. Older TFS A-460 (No longer in production)
22. Ford Motorsport A-460 (No longer in production)
23. Ford Motorsport A-460 (Ford exhaust port) (No longer in production)
24. Kaase Hemi
25. Boss 429 Replacement
26. Ford Stock Hemi (No longer in production)
27. TFS B-460 (small port) (No longer in production)
28. Ford Motorsport B-460 (small port) (No longer in production)
29. Kaase P-51
30. Ford Racing Parts SCJ
31. Blue Thunder CJ with Chevy exhaust flange
32. Blue Thunder CJ with raised Ford exhaust port
33. TFS Street
34. Blue Thunder CJ with stock Ford exhaust port location
35. TFS CJ (No longer in production)
36. Ford A-429 CJ (No longer in production)
37. Edelbrock CJ
38. Ford Cast Iron DOOE-R CJ (No longer in production)
39. Edelbrock 75cc Standard Port
40. Ford Cast iron PI (No longer in production)
41. ProComp Aluminum 74cc
42. Ford Cast Iron C8VE (No longer in production)
43. Ford Cast Iron C9VE (No longer in production)
44. Ford Cast Iron DOVE (No longer in production)
45. Edelbrock 95cc Standard Port
46. ProComp Aluminum 95cc
47. Ford Cast iron D3VE (No longer in production)
48. Ford Cast Iron E6TE (No longer in production)
49. Ford Cast Iron F8TE (No longer in production)
50. Ford Cast Iron "Fuelie" F3TE (No longer in production)
51. Ford Cast Iron "Fuelie" E7TE (No longer in production)
52. Ford Cast iron D2VE (No longer in production)
53. Ford Cast Iron D8TE (or E9TE, to be confirmed) (No longer in production)
 
598 cid Big Block Ford Engine - Engine Builder Magazine
A 598 cubic inch Big Block Ford is a high-performance stroker engine, typically based on the Ford 385-series (460) or aftermarket A460 block, producing over 800–1,000+ horsepower. Utilizing a 4.600-inch bore and 4.5-inch stroke, these engines are popular for drag racing, boat racing, and high-performance street trucks, often featuring aluminum heads and forged rotating assemblies.
YouTubeYouTube +5
Key Engine Components & Specs
  • Block: Usually an aftermarket Ford Racing A460 or similar aluminum/iron block for strength.
  • Rotating Assembly: Typically features a 4.5-inch stroke forged crankshaft (e.g., Callies or SCAT) and 6.535-inch H-beam rods.
  • Heads: High-flow aluminum heads, such as Trick Flow PowerPort A460, are standard, often flowing over 450 CFM.
  • Compression: Ratios often range from 10:1 (pump gas) to over 14:1 (race fuel).
  • Performance: Naturally aspirated builds frequently produce over 1,000 HP at 7,000 RPM, with torque exceeding 850 lb-ft.
    YouTubeYouTube +5
Common Applications
  • Drag Racing/Pulling: Built by specialized shops like CNC-Motorsports for maximum power.
  • Street/Strip: High-horsepower street car builds (e.g., hot rod trucks).
    YouTubeYouTube +2
Example Builds
 
Jon Kaase Racing Boss 9 cylinder heads are designed to fit big-block Fords while retaining stock port locations, boasting impressive flow rates, with intake ports peaking around 407 CFM and exhaust ports at 310 CFM at 0.600-inch lift. These heads, often featuring 2.300-inch intake valves, are known for strong performance in high-horsepower applications.
Jon Kaase Racing Engines
Jon Kaase Racing Engines +2
Key Flow Numbers (Approximate, per Kaase Racing):
  • Intake: Peaks at approximately
    1774745706927.gif
    1774745706987.gif
    at
    1774745707027.gif
    1774745707076.gif
    lift.
  • Exhaust: Peaks at approximately
    1774745707117.gif

    at
    1774745707243.gif
    1774745707282.gif
    lift.
  • Mid-Lift: Shows high flow even at lower lifts (e.g.,
    1774745707364.gif
    at
    1774745707402.gif
    lift).
  • Efficiency: The design offers a strong exhaust-to-intake (E/I) percentage of roughly 70%.
    Jon Kaase Racing Engines
    Jon Kaase Racing Engines +1
These heads are frequently used on large-displacement engines, such as the 598 cubic inch Boss 9, which can produce over 1,000 horsepower.

 

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Jon Kaase Racing Boss 9 cylinder heads are designed to fit big-block Fords while retaining stock port locations, boasting impressive flow rates, with intake ports peaking around 407 CFM and exhaust ports at 310 CFM at 0.600-inch lift. These heads, often featuring 2.300-inch intake valves, are known for strong performance in high-horsepower applications.
Jon Kaase Racing Engines
Jon Kaase Racing Engines +2
Key Flow Numbers (Approximate, per Kaase Racing):
  • Intake: Peaks at approximately
    1774745744834.gif
    1774745744868.gif
    at
    1774745744902.gif
    1774745744937.gif
    lift.
  • Exhaust: Peaks at approximately
    1774745744971.gif
    1774745745006.gif
    at
    1774745745040.gif
    1774745745074.gif
    lift.
  • Mid-Lift: Shows high flow even at lower lifts (e.g.,
    1774745745108.gif
    1774745745142.gif
    at
    1774745745178.gif
    1774745745212.gif
    lift).
  • Efficiency: The design offers a strong exhaust-to-intake (E/I) percentage of roughly 70%.
    Jon Kaase Racing Engines
    Jon Kaase Racing Engines +1
These heads are frequently used on large-displacement engines, such as the 598 cubic inch Boss 9, which can produce over 1,000 horsepower.
 



 
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