So, to make a short story long, on Saturday my wife said to me "why don't you go to Colpar and get an Easter basket car for [the boy], oh and get one for yourself." I believe I was halfway there before the echo of her words had subsided.
After weighing up my options I decided on the two Pioneer Black and Gold cars, #23 and #38, due in no small part to the ease of conversion with the DPR plugs (and the store now has the Rev G ones), saving me some late night soldering. The other possibility was a couple of Slot.Its, but until I can get the chips they're on the back burner.
Unpacked the #23 car, did an analogue test lap, then set to work getting the chip in there. In some distant past SSD promo video I'm sure I remember a hand pulling the plug out of the analogue blank by the wires, but I never do this as it seems prone to damage. I use needlenose pliers to pull the plug itself. As I'm putting the chip in place after doing nothing more (as far as I thought) than moving the plug around a bit I notice that the green wire has come loose, snapped right at the place where the tiny plug is crimped on. After trying all the usual effective curse words, I turned my attention to the #38 instead. It chipped very easily, and I put it back in the packaging.
As I was doing this I remembered that a while back I'd chipped a couple of DPR Ferraris with regular chips in the pre Rev G era, so I had a spare plug that I soldered in place (so much for no late night soldering. . .). 20 minutes or so later both cars were running nicely. Very nicely, actually.
So - has anyone else seen this problem, and was it me thinking I was being careful but being clumsy, or a delicate wire? Plus, would it actually be possible to buy a replacement plug, or fashion some other sort of repair if I hadn't been lucky enough to have spares? It looked very tricky to get the wire back in there to stay.
The cars, as a side note, are superb. A little "blueprinting" (hi Greg!), meaning just removing the magnet and sanding the rear tyres and they drive very nicely. They represent, to me, what Scalextric could be doing with cars with just a little more thought and effort - easy to chip, quick change braids with better quality braid, and better performing out of the box. Of course now I want a bunch more of them. . .
After weighing up my options I decided on the two Pioneer Black and Gold cars, #23 and #38, due in no small part to the ease of conversion with the DPR plugs (and the store now has the Rev G ones), saving me some late night soldering. The other possibility was a couple of Slot.Its, but until I can get the chips they're on the back burner.
Unpacked the #23 car, did an analogue test lap, then set to work getting the chip in there. In some distant past SSD promo video I'm sure I remember a hand pulling the plug out of the analogue blank by the wires, but I never do this as it seems prone to damage. I use needlenose pliers to pull the plug itself. As I'm putting the chip in place after doing nothing more (as far as I thought) than moving the plug around a bit I notice that the green wire has come loose, snapped right at the place where the tiny plug is crimped on. After trying all the usual effective curse words, I turned my attention to the #38 instead. It chipped very easily, and I put it back in the packaging.
As I was doing this I remembered that a while back I'd chipped a couple of DPR Ferraris with regular chips in the pre Rev G era, so I had a spare plug that I soldered in place (so much for no late night soldering. . .). 20 minutes or so later both cars were running nicely. Very nicely, actually.
So - has anyone else seen this problem, and was it me thinking I was being careful but being clumsy, or a delicate wire? Plus, would it actually be possible to buy a replacement plug, or fashion some other sort of repair if I hadn't been lucky enough to have spares? It looked very tricky to get the wire back in there to stay.
The cars, as a side note, are superb. A little "blueprinting" (hi Greg!), meaning just removing the magnet and sanding the rear tyres and they drive very nicely. They represent, to me, what Scalextric could be doing with cars with just a little more thought and effort - easy to chip, quick change braids with better quality braid, and better performing out of the box. Of course now I want a bunch more of them. . .
