Interestingly, in contrast the radiators in my Spyder were quite blocked by bugs back in 2016. See discussion and pics here:
https://www.spyderlovers.com/forums...hy-you-need-KOTT-grills&highlight=grasshopper. I did not experience any overheating problems at all.
Even if it wasn't
quite enough to make your Spyder's cooling system boil &/or the engine overheat, despite what the temperature gauge might've been
claiming was going on, it
almost certainly WOULD HAVE been running hotter than 'usual' or even 'normal' with your radiators blocked like that - the laws of physics don't just disappear for these things! :lecturef_smilie:
However, the damping that is included on almost
ALL vehicle temperature gauges these days probably didn't show that temperature increase, exactly as the manufacturers intend! The gauge needle probably just sat around the half way mark or maybe a needle width higher, because that's where the designed damping
forces the needle to sit for a fairly wide range of temperatures; but then if you exceeded the usual engine loading &/or reduced the air flow thru the radiators enough, it would've
apparently SUDDENLY jumped into the Red as your cooling system over-heated!! And you would've thought that happened with 'little warning', but that would've only been because the gauge & vehicle manufacturers have colluded to stop telling you
what your cooling system temperature is ACTUALLY doing in real time; and that is, going up and down as the engine load varies, your speed changes, the air flow thru the radiators & over the engine varies; &/or the cooling systems ability to move & disperse the heat developed changes - as it can and in fact
MUST do unless it is massively over specified (and they're not! :sour: ) as the engine load, revs, air flow, speed, et al all change as you drive/ride!! :gaah:
This is a trap for people who don't understand that running your engine harder or blocking the radiator's coolant &/or air flow etc
WILL & DOES make your engine run
at least a little hotter. Load the engine up enough or block coolant/air flow enough and it
WILL over-heat & likely boil the coolant, even if your gauge was only showing half temp a moment ago! :shocked: This is apparently because vehicle manufacturers have decided that most operators are too dumb to realise that variations in engine load &/or coolant/air flow
WILL mean there are changes in the engine's cooling system temp, so the manufacturers have damped the temperature gauge response, often until it's too late to avoid over-heating and potentially damaging things! :banghead:
If you were relying on the temperature gauge's needle still sitting somewhere around the middle of its range, then you almost certainly weren't aware of how close to over-heating you were probably getting. Mind you, that's fine, you
CAN run an engine & its cooling system
right up to but not into boiling/over-heating without major issues, and just so long as the engine load doesn't increase any; the cooling air flow doesn't decrease any or get any hotter; that the coolant effectiveness is maintained (some coolants can break down if they run too close to their boiling point for too long); &/or the coolant flow in the cooling system continues at the specified rate and pressure yada yada - but if you've got blocked radiator fins there's
WAAAYYY less tolerance of any increases built into the system these days than there used to be - nowadays, in the interests of keeping costs down, there just ain't much tolerance in there to start with!! :lecturef_smilie:
Just Sayin'
