I see Civics every day. There are lots of them that people use to get from point A to point B; different generations and in different shapes – some are shining and proudly showing off their body-lines, others eaten by the rust from the ground up.
But there is one thing that has always made Hondas stand from the crowd of similar Toyotas, Nissans, and countless Korean makes presently storming the market, and it is their engines. Tracing their heritage to the car and motorcycle racing, Honda continues to design its engines being more performance oriented, comparing to the other fellow Asian opponents.

 

It’s interesting that it is a rather common practice to use Honda’s souped-up engines in building one of a kind concept cars or racing fireballs. Have a look at the following example of this phenomenon.

What you see here is called Ariel Atom – which is nothing, but a student project of Nick Smart from the University of Coventry. This concept car is built around Honda Civic Type R power train and is ready to be driven on the common highways, though it doesn’t have the doors, or windows, neither stereo system or air conditioning.

I wonder, if you had asked yourself a question, as to why so many boutique companies that are capable of coming up with rare and exceptional sports cars choose the easy way and equip their creations with already known and widely used engines bought from the mainline manufacturers? Why in stead of coming up with an exclusive multi-cylinder engine, they instead weld together two Volkswagen V6s, for example?

And the answer to this is the resource and reliability of a well tested and time-proven engine that can not be beaten by exclusive, newly designed prototype engines. The same goes true in the case of the Ariel Atom – Honda’s Civic Type R engine has all the muscles, reliability and the output one may want, with none of the hassles. This popularized creation of the engineering craftsmanship produces 245 horse powers and 218 N·m of torque at 7,000 r/pm, utilizing Mugen parts, namely camshafts, exhaust and ECU. All this power derived from Honda’s engine allows Atom to reach 60 mph in just 2.9 s, with the maximum speed of 225 km/h.

So regardless what would be the choice of the prospective buyer – a fast and furious Civic or Accord Type R, a supercharged Honda-powered Atom, or a reliable and socially acceptable Civic, with Honda engines one can never go wrong!

 

How cool is this Honda Civic Si commercial! A very nice departure from the standard fare car commercial – it is a Tron-like (as in the movie Tron) landscape and a civic racing along the grid avoiding obstacles and racing another auto. It wins and yes, it is a Civic Si!

This Civic commerical is a real creative twist and very well done, I applaud the team that did it – I wish more car commercials were like this!

 

G-Force!G Meter

Ever wanted to know just how much your Performance Honda Civic can handle in the corners? or at breaking or accelerating? Then the  video below is for you!

How to create, no make, a GForce meter for your Civic. (for any car really, but hey, this is about Honda Civic’s!)

Look out local police departments, I can see a raft of local civic lovers competing to see just how many G’s they can pull (not recommended…trouble at the end of that tunnel). In any event this is a quick excellent tutorial on how to assemble a fairly decent G-Force meter, although I think the suction cup mounting system is a bit hokey!

 

This is an update to the turbo project I posted about last month. I made a parts list and said I was going to change things around once I got to buying parts, and thats exactly what happened. Instead of buying a T25 turbo, I got my hands on a T28 turbo. A T28 is a hybrid between a T3 and a T25. I also deleted the adapter from the list because I have a hybrid turbo, which uses the T3 flange to connect to the manifold, which is T3.

I also recieved my blow-off valve (BOV for short) and turbo manifold. The BOV is a red Type RS BOV, which is the same one I had on the list. I also got my manifold which was the one I originally planned to get. All the parts look great so far. I am very happy with the project. I took some pictures of the parts.

T28 Turbo  Blow Off Valve

 

Well after days of research and eBay shopping I have come up with a rough parts list for my turbo project we talked about in the previous post. Please note that this list WILL change as the project goes on. Right now the cost of the kit is under $1200 but I havent added a new fuel pump or any misc. parts so it’s going to be hard to stay under $1500. This kit is not all about top notch performance. Its about getting to around 180 WHP for under $1500. So parts like the intercooler, gauges, and blow off valve are cheap eBay parts. Those kinds of parts dont need to be top of the line to be reliable. Parts like the turbo, however, will not be cheap. Anyway, here is the rough price list for all my parts:

1.) Turbo – Garrett T-25 unit out of the 88′/89′ 300ZX. $274.11

2.) Manifold – Stainless steel, T3 flanged unit. $91.99

3.) Adapter – GT-25 to T3 turbo adapter. $55.79

4.) Blow-Off Valve – Red Type RS blow-off valve. $44.00

5.) Intercooler/Piping – Intercooler, pipes, clamps, etc. $209.00

6.) Oil Line Kit – Oil feed and oil drain lines. $85.00

7.) Injectors – DSM 450cc injectors. Prices vary. $80.00

8.) Fuel Filter/Pressure Gauge – Filter and gauge. $40.98

9.) Downpipe – Stainless steel with flexpipe. $89.99

10.) O2 Bung/Plug – O2 bung and plug. $5.25

11.) Vacuum Manifold/Hoses – Manifold and hoses. $80.00

12.) Gauges & Pod – Boost, Air, Fuel pressure gauges in pod. $134.98

Well that’s it for now. I will let you know when I recieve any items on the list, or make any changes to it. Please check back for my next post. Thanks!

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