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I modified one of the Avant chassis to fit under a Porsche 917. I am not sure what I think about the highly adjustable front suspension on these chassis, and in this particular case I just removed it when I shortened the chassis.

I replaced it with 2 Technics 1X2 blocks with a 3/16 bore. Inside the bore I added 3/16 X 3/32 bearings and am going with a free wheeling solid front axle.

I built a styrene front bulkhead with a new guide receiver. In this case the bulkhead was glued to the Technics block at the correct height. The next one I will make adjustable by attaching the bulkhead to the Technics blocks with screws . Two slotted guides on the bulkhead will then allow me to easily adjust the guide height to whatever wheel combo I have on the chassis.

Final pictures shows the modifed chassis against an original. I also replaced the nylon bushings with closer tolerance brass ones.

So this bargain priced chassis with some simple modes is the fastest no mag car on my track. All in I have less then $22 into this including the PG tires. The motor is a 21 K long can open frame and it has some magnetic effect and that is one of the reasons it kills the previous lap records on my track. The new front end with the freewheeling axles in bearings makes this a silent runner as well. I am more then happy with how this turned out.

I hope a picture speaks a thousand words because I am done. :D

Added a Porsche 917 body.

nice! you really do it.

Very good job. Your Lego usage is pretty inspiring. I can see that these will be used well as soon as mine show up. Very sweet indeed.

Good job, innovative thinking, outstanding results.

Brutally cool :banana-dance:

How much float are you allowing the bare chassis pod Barc?

I don't know how to measure this. There is quite a bit of flex though

Ok...must be loose as opposed to snug...always seems to work

The proper amount of pod float means different things to different people. It depends on preference. It also depends on the track you are using the car on. There is no good way or bad way, just your way.

Thanks. This is my first experience with a pod in a chassis, and I haven't messed around with it much. I am guessing the whole pod idea is based on the "float" principles.

All I know is that this chassis and motor combo is very strong. However the inherent magnetic traction supplied by this motor is as big of factor as anything else. Maybe the biggest. I have no trouble handling this motor on my track, but I bet on wood this motor would be a lot to handle.

If I added as much magnetic force to my other cars as this motor provides the gap between laptimes would close up. Realistically even with all the magnets pulled this is still a magnet car when run on steel rails.

I stuck a 15 K 130 motor in one of these and the laptimes increased with much more tail wagging observed