I have a Stock B18B , I was thinking of either going with High compression Piston heads , or cam shafts , I plan on staying all motor , just not sure which is worth it , if either , also are cam gears and light weight pulleys any good or only with other mods? lmk guys thanks.
Announcement
Collapse
No announcement yet.
High Compression or Cams?
Collapse
X
-
tony my friend. you cannot just toss cams in and go. you'd need an upgraded valve train! springs, retainers, ect. your best bet to give it a little bit more go is grab a gsr head and convert your motor to ls vtec. its very simple and about $500 to do. then later on down the line you can go springs, retainers and cams with a tune and the car will go a little faster. then later on in life you do high compression pistons 12:5:1 and really scoot all motor.Honda sucks. Over priced junk.
-
Originally posted by kbrown! View Posttony my friend. you cannot just toss cams in and go. you'd need an upgraded valve train! springs, retainers, ect. your best bet to give it a little bit more go is grab a gsr head and convert your motor to ls vtec. its very simple and about $500 to do. then later on down the line you can go springs, retainers and cams with a tune and the car will go a little faster. then later on in life you do high compression pistons 12:5:1 and really scoot all motor.
Comment
-
Start with the least expensive things and work your way up. Your basic formula is:
More Air + More Fuel = more power
For Air, research the following areas:
Air Filter Element
Intake pipe diameter and length
TB – Ported OEM or Aftermarket
Intake Manifold – Portmatched, Runner Length and Diameter
Focus on how to get that cold air to the engine:
Location of air filter element
Wrap intake piping
Ceramic Coat TB and Intake Manifold
Intake Manifold Gasket
For Fuel:
Injector size
Fuel Cooler?
Engine Management
Then address exhaust:
Header – Diameter, length (IMPORTANT)
It's been proven that the warmer the temperature of the piping, the flow of the exhaust gases is increased. Therefore, look to ceramic coat or wrap your complete exhaust system. However, keep in mind you can't have it too hot as it will reek havoc on your welds.
Don’t expect HUGE gains with the above items, but like everything else in life you need a solid foundation from which you can begin your build from. Oh and another thing, look at how your going to get the power to the wheels!
Tires. Let me say that again…. TIRES!
Motor Mounts – The Main reduction of Wheel Hop is done here. Don’t look at Urethane. They require a lot of maintenance (regrease) and under perform with fatigue stresses. Look to hardened plastics.
Braces/traction bars – to further reduce wheel hop. Do not install an Engine Torque Damper. They are Garbage.
Send you head to a facility that has access to a Flow Bench. THIS IS IMPORTANT!
Next, pick your Valve: Oversized, Stock, Flat, Dish.
Decide how your going to rework the valves so they seat properly
Pick your Cam
Based on your Cam, decide on your valvetrain components: Retainers, Keepers, Spring, Seals, Spring Seats. Avoid Titanium parts as it has been proven that although they are stonger and lighter than their Steel counterpart, their life is significantly less. Send your oil after changing it to get analyzed and it’ll show titanium at an above normal amount in the report.
Happy Modding!Last edited by Kerby; 07-23-2011, 07:00 PM.
Comment
-
Thanks Kerby , i have new tires and motor mounts , cold air intake , edelbrock headers , i would do all the little things just wondering if i should go cams or pistons , or just go turbo low psi? idk money is a issue but not the only one i just want it to be reliable.
Comment
Comment