Engine mount is fabricated from a block of solid aluminium to minimize engine movement. Obviously NVH comfy comfy is not a factor in a racecar.
The engine in it's glory after disassembly from car. Huge throttle body!
There are bellmouths for each cylinder in the inlet manifold
And here is the camshaft. Now that's what I call duration and overlap!
Rear suspension assembly below. Anti-roll bar is a very yellow blade type, adjutable and goes thru the spare tyre well. All links are spherical bearinged. Like the N16 the N15 uses a torsion beam rear suspension configuration. Rear dampers are running helper springs (black) and the main spring (red) is linear type and extremely stiff from the looks of it (how fat each spring coil is).
Cockpit nothing much to look at except Pi Research datalogger and integrated digital display. Pedal box assy is hinged from the floor. Rollcage tubing runs through the dash.
As trick as this might look it's still relatively Group N+ (production) based and nowhere near as developed as the old school touring cars such as the BTCC Primera. Will do an article on that stupendous piece of technology when time permits..
7 comments:
Fooh.... but still running distributor ignition? Would have expected that they would run COP ignition on this...
whats on the strut turrets which u marked in red? care to explain and teach?
Patience bro. I posted this pix in response to some "VIP style" low riders in N16 club forum explaining to them why just going super low ain't the best thing for your car's handling. Rest of article to follow.
*stim*
more education please!!!
andrew,
good stuff. i do think mike kojima's se-r is better prepped than this car. but i guess each holds his own. to achieve the lowering required in a race car, the shock tower need to be re fabricated right? no two ways around it huh?
Whatdamn,
For sure Mike Kojima's car is better prepped. I believe Time Attack regulations are just about anything goes compared to Group N+. Yup, the shock tower has been refabricated.
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