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Ever since taking our Veloser turbo to the track, we've been working on ways to improve the handling, increase grip and overall improve the driving experience behind the wheel. After identifying some of the issues, we've started working on various idea's to help improve the platform. Currently we've got both coilovers and bushings in the works, and as of today we've finished developing/testing a couple of our different options for the lower front chassis braces.
We've built a 2 point tiebar and a 4 point lower subframe brace to help minimize the deflection in the stock crossmember/a-arm mounts and stiffen up the crossmember overall. The 2 point brace bolts to the front of the a-arm bolts and keeps the control arm mounts from flexing which reduces the toe change in both braking and acceleration. The 4 point brace does the same and adds additional strength throughout the crossmember/front chassis by attaching to the rear subframe bolts as well. I can say that the 2 point brace on a daily driven streetcar has a slight improvement on steering feel while the 4 point brace is much more noticeable. When I really noticed the difference was both yesterday and today when I had removed the 4 point brace to paint and take pics (after having them on for nearly two weeks). Steering feel was way more vague, and my daily drive home over the crest/off camber hill was not as confidence inspiring at the same speed. I guess you never know what you've got until it's gone!!!
We made our bars out of chromoly for both the strength and weight savings---never understood why companies would build bars out of ERW/1020 seamed mild steel to save a couple of dollars a foot and a bit of wear and tear on equipment/consumables...Both bars require removing the front a-arm bolts while the 4 point requires the rear subframe bolts to be removed as well. We installed the 2 point brace, took pics, removed it and installed the 4 point brace and took pics in less than 30 minutes. The install is very easy, and could be done by an average guy with a couple of sockets and a floorjack/jackstands. Here's a couple of pics-more pics will have to come later---darn computer issues....ASAP I'll post more pics...
We've built a 2 point tiebar and a 4 point lower subframe brace to help minimize the deflection in the stock crossmember/a-arm mounts and stiffen up the crossmember overall. The 2 point brace bolts to the front of the a-arm bolts and keeps the control arm mounts from flexing which reduces the toe change in both braking and acceleration. The 4 point brace does the same and adds additional strength throughout the crossmember/front chassis by attaching to the rear subframe bolts as well. I can say that the 2 point brace on a daily driven streetcar has a slight improvement on steering feel while the 4 point brace is much more noticeable. When I really noticed the difference was both yesterday and today when I had removed the 4 point brace to paint and take pics (after having them on for nearly two weeks). Steering feel was way more vague, and my daily drive home over the crest/off camber hill was not as confidence inspiring at the same speed. I guess you never know what you've got until it's gone!!!
We made our bars out of chromoly for both the strength and weight savings---never understood why companies would build bars out of ERW/1020 seamed mild steel to save a couple of dollars a foot and a bit of wear and tear on equipment/consumables...Both bars require removing the front a-arm bolts while the 4 point requires the rear subframe bolts to be removed as well. We installed the 2 point brace, took pics, removed it and installed the 4 point brace and took pics in less than 30 minutes. The install is very easy, and could be done by an average guy with a couple of sockets and a floorjack/jackstands. Here's a couple of pics-more pics will have to come later---darn computer issues....ASAP I'll post more pics...


