madjak wrote:Ok you guys aren't thinking through the rule set. You need to be a bit more creative and find the loop holes.
Agreed - http://www.worldtimeattack.com/downloads/TechnicalRegulations/Club%20Sprint%202018.pdf
Sadly, clubsprint does not allow drop spindles, unless they came out OEM. I know this because I asked last year But yes metal can be removed for wheel clearance and the existing hubs can be lightened...madjak wrote:You can remove metal for wheel clearance. In a NA that means the entire inner tub of you setup the ride height low enough. Ideally run 17s with drop spindles for optimal metal removal.
Sadly no Clubsprint 6 (e) Additional ducting for cooling systems may be fitted provided no modification is undertaken to the original bodywork, save for the addition of fasteners for duct mounting. Any additional ducting must be contained within the bodyworkmadjak wrote:You can also remove metal for cooling, so everything in front of the shock towers can go to alow airflow through the backs of the guards. Maybe some stuff behind the shock tower too to get a bit more airflow. Much better to be safe than sorry when it comes to cooling. There should really just be a couple of tubes hitting the shock towers and the chassis rails in front of the firewall.
However, 6 (b) The engine coolant radiator may be replaced with an alternate radiator of free design and size. A replacement radiator shall be fitted in the same location and plane as the original with forward or aft re-positioning of the radiator up to a maximum of 75mm from the OEM position permitted. It is permitted to modify the original radiator support panels, or radiator support structures only for the fitment of the replacement radiator, the addition of fasteners and for the passage of radiator pipe work and/or hoses only within the location of the pipework and/or hoses. Engine coolant radiator fan is free. This will allow the fitment of a smaller civic type radiator, oil cooler and air intake in the space of the OEM one. The ducting can then be built around the whole setup. Brake ducts would come off from the side of the duct to make to opening as small as possible, however need to ensure that the mass of the air flows through the radiator setup. The brake ducts may need be be located elsewhere.
This thinking I like... Will need to assess the potential weight saving of trimming the diff to what would be needed to cool it. However since the fuel tank area will be impacted by the install of the cage, the metal at the rear was removed to install the fuel tank.madjak wrote:You can also remove a whole stack of metal at the back for a diff cooler. Just find the largest and lightest aircon radiator and mount it in the spot where the metal is thickest... and of coarse you have to duct the airflow to it so you can remove pretty much the entire boot floor and rails etc. You might also need to duct it in/out the sides too. You do know mx5s need big diff coolers right?
I like our conversations Plus it allows the sills to be used for duct as the cage bar becomes structural and the sill is 'surplus'.madjak wrote:The heaviest part of a mx5 is the sills. There are two thick metal plates pressed into the middle. That happens to be right where you need to run the lower bar for your cage... what a shame! In fact the whole cage seems to fit best right where all the heavy bits are so better start chopping.
Untitled by Eipeip, on Flickr
Why do you have to be in WA! Can you (and you workshop relocate to Queensland for 10 monthsmadjak wrote:If you design the cage, cooling, fuel tank, seating right you shouldn't have much original car left. I think 804 is easy to hit. No CF required.
By the way there is a WRX owner in WA looking at entering WTAC 2019 in clubsprint. Are you still planning on entering?
This should be the car's 'tag' however Mon-Fri since I commute over 500 km this is how each morning and afternoon feels.
i-really-love-you-so-please-dontkillme-15414990 by Eipeip, on Flickr