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This has been underway for about 3 months, so I'll post various stages up to today, altogether, then update it periodically as I begin the scenery.
Turn 1 - Assymetrical opening out from apex when driven anti-clockwise. Run-out on top of turn will be under the elevated Monaco, giving plenty of tail space if needed.
Turn 2, very gentle sweep, may morph with following straight into something a little more "Essey"
Turn 3 shown assymetrical, but may reverse that symmetry, or make it more constant radius in the middle, with equal lead in graduations. Am a little concerned that running ACW, it may cause too many deslots under bridge in the configuration shown.
Straight 2, boring straight, rising from baseline to 150mm from part way along
Turn 4 Monaco, no more need be said.
Straight 3 Mirrors straight 2 declining elevation for half way, then rises again to 150mm at bridge
Turn 5 bridge gentle sweeper continuing rise intoo turn 6 with peak elevation at exit 350mm.
Straight 4, dropping to baseline by entry to
Turn 7 Gentle sweeper onto front straight, with graduated entry and exit
The squeezes at turn 4 and 6 each result in obstruction between one lane and on adjacent to it, but not the other 2 lanes. A wee challenge. This also aids in creating enough radius to get two sets of turns of 4 lanes into my limited space.
I plan to have a CAD "layer" which will perform "undercuts" on the MDF to make it easier to form the elevations.
I actually think it is a bit boring as drawn, . . . so now it needs some clever ways to tart it up, but I am a lot happier with this design than my first take on it.
There is 19.2 metres (63ft) of racing, with mostly 90mm lane spacing, potential to create some interesting flow and appearance using the elevation changes, and with some tweaking, I should be able to makle all corners unique, drivable, but with some technical challenges which reward "learning"

Turn 1 - Assymetrical opening out from apex when driven anti-clockwise. Run-out on top of turn will be under the elevated Monaco, giving plenty of tail space if needed.
Turn 2, very gentle sweep, may morph with following straight into something a little more "Essey"
Turn 3 shown assymetrical, but may reverse that symmetry, or make it more constant radius in the middle, with equal lead in graduations. Am a little concerned that running ACW, it may cause too many deslots under bridge in the configuration shown.
Straight 2, boring straight, rising from baseline to 150mm from part way along
Turn 4 Monaco, no more need be said.
Straight 3 Mirrors straight 2 declining elevation for half way, then rises again to 150mm at bridge
Turn 5 bridge gentle sweeper continuing rise intoo turn 6 with peak elevation at exit 350mm.
Straight 4, dropping to baseline by entry to
Turn 7 Gentle sweeper onto front straight, with graduated entry and exit
The squeezes at turn 4 and 6 each result in obstruction between one lane and on adjacent to it, but not the other 2 lanes. A wee challenge. This also aids in creating enough radius to get two sets of turns of 4 lanes into my limited space.
I plan to have a CAD "layer" which will perform "undercuts" on the MDF to make it easier to form the elevations.
I actually think it is a bit boring as drawn, . . . so now it needs some clever ways to tart it up, but I am a lot happier with this design than my first take on it.
There is 19.2 metres (63ft) of racing, with mostly 90mm lane spacing, potential to create some interesting flow and appearance using the elevation changes, and with some tweaking, I should be able to makle all corners unique, drivable, but with some technical challenges which reward "learning"