chevy42083
Quarry Creeper
Re: Geometry and Angles?
MOA 'breaks the rules" because you don't have toque from the chassis to the to the axle, so link geometry plays MUCH less, or none at all.
Also, its literally against competition rules because its simply so different. Its literally a self contained axle with a chassis tethering it to another... allowing all sorts of cool tricks from COG, to dig, to overdrive, to link clearance, to separate throttle mixing, etc etc. Its simply a different animal, so has its own class.
The geometry of links is all a trade off. Its depends on what you need, the space you have, your terrain, etc etc.
E.G. by having both links to the same height on the chassis, you get rid of all aspects you'd gain from a 'traction bar' type setup. But you have a higher belly.
If your shocks are parallel to your links, they aren't doing anything... they cant be compressed. But getting CLOSER to parallel than vertical means you've got a lower center of gravity (yes, they soften, but we all tune shocks anyways... so you'd just stiffen them to offset it)
MOA 'breaks the rules" because you don't have toque from the chassis to the to the axle, so link geometry plays MUCH less, or none at all.
Also, its literally against competition rules because its simply so different. Its literally a self contained axle with a chassis tethering it to another... allowing all sorts of cool tricks from COG, to dig, to overdrive, to link clearance, to separate throttle mixing, etc etc. Its simply a different animal, so has its own class.
The geometry of links is all a trade off. Its depends on what you need, the space you have, your terrain, etc etc.
E.G. by having both links to the same height on the chassis, you get rid of all aspects you'd gain from a 'traction bar' type setup. But you have a higher belly.
If your shocks are parallel to your links, they aren't doing anything... they cant be compressed. But getting CLOSER to parallel than vertical means you've got a lower center of gravity (yes, they soften, but we all tune shocks anyways... so you'd just stiffen them to offset it)