Clubman CAI
#26
Join Date: Aug 2008
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Reviving the thread with an update. I tried going the Spectre route. All of the auto chain shops have them it seems(other than Advanced Auto Parts). Anyways, got the filter but no flipping adapter to make the filter fit to the MAF sensor. You pretty much need a 3 inch outside diameter tubing to fit on to the inside of the Spectre filter and that should also fit on the outside of the MAF sensor(which I have not tried since I couldn't find the tubing).
Anyways, I was at Autozone and found a steel mesh cone filter? It comes with the correct parts and has a silicone tube with and inside diameter of about 3". Since it's silicone and comes with clamps, I believe I should be able to clamp outside the MAF sensor and clamp it down tight. Only down side is the crazy orange color(less loud than VIP's though). I'll give an update after I install it tomorrow.
Anyways, I was at Autozone and found a steel mesh cone filter? It comes with the correct parts and has a silicone tube with and inside diameter of about 3". Since it's silicone and comes with clamps, I believe I should be able to clamp outside the MAF sensor and clamp it down tight. Only down side is the crazy orange color(less loud than VIP's though). I'll give an update after I install it tomorrow.
#27
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Hey Oxy, I actually have another question regarding the air flow meter you used. If I'm reading my sources right, air flow meters measure the rate of air flow and not necessarily the volume of air flow correct? Basically the MAF sensor will measure the air coming in and inject the right amount of fuel. My question is, a less restricted air flow mod(whether a CAI or less restricted tubing/filter setup) will only allow a higher fuel burn rate(thus theoretically increasing power). In other words, it does squat for fuel economy, but theoretically increase power. So unless you're pushing it harder, there should be no other changes. Correct?
#28
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So, got the cone filter on. Here's the picture;
Quite a bit of space available since the muffler and airbox is removed. I'm thinking of running tubes all the way to the stock air hole. Anyways, as far as performance difference; not sure if there is any. However, the roar is definitely a loud roar under load. Cruising and regular acceleration, the sound is same as stock. Otherwise it's really roaring(especially on floored accelerator)
Quite a bit of space available since the muffler and airbox is removed. I'm thinking of running tubes all the way to the stock air hole. Anyways, as far as performance difference; not sure if there is any. However, the roar is definitely a loud roar under load. Cruising and regular acceleration, the sound is same as stock. Otherwise it's really roaring(especially on floored accelerator)
#29
So, got the cone filter on. Here's the picture;
Quite a bit of space available since the muffler and airbox is removed. I'm thinking of running tubes all the way to the stock air hole. Anyways, as far as performance difference; not sure if there is any. However, the roar is definitely a loud roar under load. Cruising and regular acceleration, the sound is same as stock. Otherwise it's really roaring(especially on floored accelerator)
Quite a bit of space available since the muffler and airbox is removed. I'm thinking of running tubes all the way to the stock air hole. Anyways, as far as performance difference; not sure if there is any. However, the roar is definitely a loud roar under load. Cruising and regular acceleration, the sound is same as stock. Otherwise it's really roaring(especially on floored accelerator)
#30
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It's an out of production cone filter unfortunately. Made by a company called Reworks(owned by ASC IIRC). You could try finding it online. Google "Reworks steel mesh filter". It's the only one that came with a silicone tubing that allowed me to stretch it around the air filter and the MAF sensor. Otherwise, I could not find tubes that match the diameters of different cone filters or the MAF sensor. 3" diameter tubing does NOT fit the 2 3/4" MAF(it's a pretty huge difference). Oh and cost was $39.99 at a local store that had one left. :P
#33
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Which tube are you talking about? The stock one from the hole near the grill to the stock muffler? I took mine off when I did my open cone filter. And what do you mean by "kills the sound"? Gets louder or softer? As long as you removed the stock muffler, it should be louder.
#34
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Yes the one leading to the front grill
But mine came with a replacement and it's just a tin hose which connects to my intake and leads to the front air hole, but the new hose softens the sound to make it sound practically stock
So can I remove it or is it necessairy I'll post up a pic when I get home to show u exactly to avoid confusion
But mine came with a replacement and it's just a tin hose which connects to my intake and leads to the front air hole, but the new hose softens the sound to make it sound practically stock
So can I remove it or is it necessairy I'll post up a pic when I get home to show u exactly to avoid confusion
#35
Yes the one leading to the front grill
But mine came with a replacement and it's just a tin hose which connects to my intake and leads to the front air hole, but the new hose softens the sound to make it sound practically stock
So can I remove it or is it necessairy I'll post up a pic when I get home to show u exactly to avoid confusion
But mine came with a replacement and it's just a tin hose which connects to my intake and leads to the front air hole, but the new hose softens the sound to make it sound practically stock
So can I remove it or is it necessairy I'll post up a pic when I get home to show u exactly to avoid confusion
(Yes, it falls off easily. I put a hose clamp there instead of the plastic tie, and that helped. If it comes off again I'm going to work out some way to bolt it on!!!)
#36
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#37
Hmm - I guess so. (And the opening behind the grill is smaller diameter than the hose, so that limits it even more.) I'm getting out of my depth though - what's more important, quantity of air or temperature (ie density) of air?
#38
Jim
#39
#40
#42
I gave the VipAir2 a good test over the past two days. There is a lot more responce when you step on the gas, even between 2K & 3K. When you pass through 3K it actually jumps. I have several long grades that I go up almost daily and I find I can now hold sixth and not have to shift to fifth half way up. I have been taking the same route over and over getting 42+ mpg like clock work. The last two trips got 46+ mpg. This is a combination city and back road. Car idles smoother, the sound is just perfect and any louder would not be as pleasing, IMHO.
I did not think this car could be any more fun to drive, but, for me, this mod has made it so.
I highly recommend this for you Non-S folks.
Jim
I did not think this car could be any more fun to drive, but, for me, this mod has made it so.
I highly recommend this for you Non-S folks.
Jim
#43
I have a 2 1/2" to 3" adapter hose fittted to the MAF sensor connected to an 18" Polished Aluminum 3" intake pipe, with an RS Akimoto (K&N) cone filter on the end, using the 10 mm bolt location on the right side of the block as an anchor point for the bracket that keeps it all in place. I used stainless steel hose clamps on all connections. Works great!
Very similar to oxy blue coops original set up. I kept the air ram tube from the bumper cowl up to where the air box/baffle chamber used to be to move more cold air into the engine bay. I have pictures, not sure how to post them. Send me PM and I can send them to you, if interested. A lot louder on acceleration and almost sounds like it has an open exhaust---it's amazing how much noise canceling is engineered into a factory air box and baffle.
Thanks for all the ideas on this link....
Very similar to oxy blue coops original set up. I kept the air ram tube from the bumper cowl up to where the air box/baffle chamber used to be to move more cold air into the engine bay. I have pictures, not sure how to post them. Send me PM and I can send them to you, if interested. A lot louder on acceleration and almost sounds like it has an open exhaust---it's amazing how much noise canceling is engineered into a factory air box and baffle.
Thanks for all the ideas on this link....
#44
I have a 2 1/2" to 3" adapter hose fittted to the MAF sensor connected to an 18" Polished Aluminum 3" intake pipe, with an RS Akimoto (K&N) cone filter on the end, using the 10 mm bolt location on the right side of the block as an anchor point for the bracket that keeps it all in place. I used stainless steel hose clamps on all connections. Works great!
Very similar to oxy blue coops original set up. I kept the air ram tube from the bumper cowl up to where the air box/baffle chamber used to be to move more cold air into the engine bay. I have pictures, not sure how to post them. Send me PM and I can send them to you, if interested. A lot louder on acceleration and almost sounds like it has an open exhaust---it's amazing how much noise canceling is engineered into a factory air box and baffle.
Thanks for all the ideas on this link....
Very similar to oxy blue coops original set up. I kept the air ram tube from the bumper cowl up to where the air box/baffle chamber used to be to move more cold air into the engine bay. I have pictures, not sure how to post them. Send me PM and I can send them to you, if interested. A lot louder on acceleration and almost sounds like it has an open exhaust---it's amazing how much noise canceling is engineered into a factory air box and baffle.
Thanks for all the ideas on this link....
Jim
#46
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CAI Setup K&N Appollo
After reading all the post I decided to take the plunge and try my hand at a CAI for my Clubman.
Thanks to all who have posted on this subject especially OXYBLUECOOP.
I decided to go to the front of the car with the inlet as that is where I found the coolest temps in the engine compartment (thought about a lot of other spots such as the fender wells but was concerned about air quality).
I can experiment in the future with the inlet location as the bend out of the filter could easily be turned down to get to locations similar to OXYBLUECOOP's.
I went with the K&N Apollo, it was designed in Europe for small engine applications -- Good flow qualities and it is enclosed (insulated from heat).
I made a aluminum mounting tray that uses the original grommets from the OEM air box and the valve cover mounting bolt. I wanted the unit to be secure and not "bounce" around as the MAF was designed to be bolted on, not clamped. The mounting tray is insulated with Cool-It (Thermo Tec)
All hose is 3" (except at MAF & Manifold inlet) smooth bore hose
Top View
PS View
Close-Up View
Front View
Inlet at Grille-Orig Opening enlarged for 3" Hose
Top View of Mounting Tray 1/8" Aluminum w/ original groummet mounts
Bottom of Mounting Tray Cool-It Insulation
Inlet Hose (3" x 2.75" 45bend and 3" x 2.75" 90bend
w/stainless coupler inside (it is not going to collapse!)
Thanks to all who have posted on this subject especially OXYBLUECOOP.
I decided to go to the front of the car with the inlet as that is where I found the coolest temps in the engine compartment (thought about a lot of other spots such as the fender wells but was concerned about air quality).
I can experiment in the future with the inlet location as the bend out of the filter could easily be turned down to get to locations similar to OXYBLUECOOP's.
I went with the K&N Apollo, it was designed in Europe for small engine applications -- Good flow qualities and it is enclosed (insulated from heat).
I made a aluminum mounting tray that uses the original grommets from the OEM air box and the valve cover mounting bolt. I wanted the unit to be secure and not "bounce" around as the MAF was designed to be bolted on, not clamped. The mounting tray is insulated with Cool-It (Thermo Tec)
All hose is 3" (except at MAF & Manifold inlet) smooth bore hose
Top View
PS View
Close-Up View
Front View
Inlet at Grille-Orig Opening enlarged for 3" Hose
Top View of Mounting Tray 1/8" Aluminum w/ original groummet mounts
Bottom of Mounting Tray Cool-It Insulation
Inlet Hose (3" x 2.75" 45bend and 3" x 2.75" 90bend
w/stainless coupler inside (it is not going to collapse!)
Last edited by ron-s mini; 08-29-2009 at 10:18 AM. Reason: typo
#47
#48
After reading all the post I decided to take the plunge and try my hand at a CAI for my Clubman.
Thanks to all who have posted on this subject especially OXYBLUECOOP.
I decided to go to the front of the car with the inlet as that is where I found the coolest temps in the engine compartment (thought about a lot of other spots such as the fender wells but was concerned about air quality).
I can experiment in the future with the inlet location as the bend out of the filter could easily be turned down to get to locations similar to OXYBLUECOOP's.
I went with the K&N Apollo, it was designed in Europe for small engine applications -- Good flow qualities and it is enclosed (insulated from heat).
I made a aluminum mounting tray that uses the original grommets from the OEM air box and the valve cover mounting bolt. I wanted the unit to be secure and not "bounce" around as the MAF was designed to be bolted on, not clamped. The mounting tray is insulated with Cool-It (Thermo Tec)
All hose is 3" (except at MAF & Manifold inlet) smooth bore hose
Top View
PS View
Close-Up View
Front View
Inlet at Grille-Orig Opening enlarged for 3" Hose
Top View of Mounting Tray 1/8" Aluminum w/ original groummet mounts
Bottom of Mounting Tray Cool-It Insulation
Inlet Hose (3" x 2.25" 45bend and 3" x 2.25" 90bend
w/stainless coupler inside (it is not going to collapse!)
Thanks to all who have posted on this subject especially OXYBLUECOOP.
I decided to go to the front of the car with the inlet as that is where I found the coolest temps in the engine compartment (thought about a lot of other spots such as the fender wells but was concerned about air quality).
I can experiment in the future with the inlet location as the bend out of the filter could easily be turned down to get to locations similar to OXYBLUECOOP's.
I went with the K&N Apollo, it was designed in Europe for small engine applications -- Good flow qualities and it is enclosed (insulated from heat).
I made a aluminum mounting tray that uses the original grommets from the OEM air box and the valve cover mounting bolt. I wanted the unit to be secure and not "bounce" around as the MAF was designed to be bolted on, not clamped. The mounting tray is insulated with Cool-It (Thermo Tec)
All hose is 3" (except at MAF & Manifold inlet) smooth bore hose
Top View
PS View
Close-Up View
Front View
Inlet at Grille-Orig Opening enlarged for 3" Hose
Top View of Mounting Tray 1/8" Aluminum w/ original groummet mounts
Bottom of Mounting Tray Cool-It Insulation
Inlet Hose (3" x 2.25" 45bend and 3" x 2.25" 90bend
w/stainless coupler inside (it is not going to collapse!)
Jim