gaiters FINALLY arrived , ordered on 20/06/20 from mx5parts
bottom boot fitted , top boot in place ( needed a bit of lube ,
)
topped off with a knob i bought for my first mk1 but never fitted

need to get out and drive it , when i get the chance

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as my headlights are a little “milky” , so i had a go at smartening them up ,
these are all ready to be fettled , 
after 5 mins with my drill buffer and T cut , this was 1 light unit done 
so 30 mins later all done ,
a good clean after with autoglym fast glass , then a rub over with wax . 
i dunno if you can see difference on pics , but i’m happy with results

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Looking nice Geoff
when you left my place the other day, I deliberately watched and listened as you went up the road. Car looks great on the road and the exhaust is rather ‘sporty’ now, after the new fabricated one has been fitted!

Barrie
here’s the “fabricated” exhaust that barrie mentions ,
after i bought the stainless exhaust , was left with the standard one in my garage and decided to have a go at making it a "backbox delete " 
so it was cut into pieces , bits i needed and bits to dump ,
new 51mm exhaust tube was bought and the old reusable parts were rust treated. 
the parts were welded , then sprayed with 600 degree VHT paint.
then fitted …
it is quite loud under acceleration , but fairly quiet at motorway speeds . 
going to order and fit a baffle , see what change that brings . 
overall i’m happy how its turned out .
it looks a neat job

Watch clip here 
https://youtu.be/5Sf_rw_xl04
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Fitted DRL’s to my 5 , used similar kit to the one on my old sport tech .
These are a bit trickier to fit as you need to change the supplied bulb holders ( bit of fiddly soldering)
Here’s the results
https://youtu.be/EvY-b7lCQGk
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Have you tried disconnecting those dummy load resistors? Surely they are redundant?
More to the point, why have them there in the first place? They are not needed for CANBUS compatibility on your car. Connected in parallel with the bulb, all they are doing is wasting power.
came as part of the supplied kit 
they are ( i assumed ) resistors to stop hyperblinking

my electrical knowledge is limited … but everything is working fine ( so far !! )
thanks for reply 
Hyperblinking might happen with the timer relay on turn indicators looking for a blown or missing bulb, but not in a simple aftermarket DRL system. DRL do not need load sensing to operate correctly, except when OEM with CANBUS checking.
There should not be any beat or flicker interaction between the external DRL dimmer and the LED bulb’s internal current/temperature controller.
If the DRL dimmer has the usual kind of PWM (Pulse Width Modulated) controller for night-time use, then the fat resistor does nothing except put extra load on the controller to make it a bit warmer.
The majority of PWM dimmers work below 100KHz with sub-harmonics down in the audio because of the ‘big’ inductance on the ‘long’ wires (‘big’ and ‘long’ are relatively speaking compared with inside the LED bulbs) going to their eventual loads. Some young people could hear the chokes singing on earlier systems (eg LED display backlight, wall lamp dimmers for dimmable mains LEDs) because of magnetostriction effects.
All the better modern LED light bulbs have a bridge rectifier (to plug in either way round) and an internal switch-mode constant-current supply system (to work on 12V to 24V AND keep chip temperature down). This switcher chip needs to work up in the several MHz region (short wave radio) because of the microscopically sized chokes and capacitors used.
This slightly disappointing T15 LED bulb I used in my NC reversing light illustrates a minimum solution of input Bridge rectifier, switching IC chip, charge pump Capacitor, output flywheel Diode and energy storage Choke. The little resistor tells the IC what current to aim for.
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Interesting Geoff, that decibel killer should do the trick
I’ll let you know tomorrow mate! Hopefully you’ll have at least the drivers seat back in! 
Barrie
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