I'm sorry, I don't offer a kit to take pictures of. I'll tell you why. I thought I had some pictures on here somewhere one of my installed setups.
My first supercharger was grossly oversize for my engine. I was so excited to get it running and overwhelmed with response but couldn't offer a kit. I had a bad feeling about the setup. For due reason. The intake temperature at idle even, was tremendous, I had a hard time holding my hand on the tube between the supercharger and turbo. I had problems over a short time keeping the shear pin in shape and also the darn bolt through the center from breaking. I'll mention as part of this some of the failure and success helping Mick. Not to say he didn't help me as well but just saying tons of trouble and battle after battle. Then the second supercharger was a closer match but found the lbs/min and boost right for idle and cruising put me back in the lag arena. With this second charger, gear ration vs our very low operating range in comparison to what these chargers are designed to be driven. Double in most cases our rpm. As you may know, relating to superchargers, the larger the compressor wheel the harder efficient air is at lower engine rpm. Meaning surge. So on to the third charger. I then chose a small vortech and borrowed a small procharger. With the two chargers and their two unique internal gear ratios I was able to realize great low end performance from the procharger and even better upper end performance with the vortech. ( due to the crankshaft pulley diameter of 12" I had at the time ) 10" as of now. So now for the next superchargers, the Procharger F2 and the F1a. Very noisy and required a considerable amount of torque at idle. Adjusted the fueling for stable idle but found not to work. After doing some checking ( and by chance ) found these two to be in surge at idle. Wow, changed drive pulleys to the largest possible to slow it down and still had some surge. Although it was nice to hear a lope, it was not good on the charger. We decide to drill holes in the boost pipe to the turbocharger. Ended up with 4 - 1" holes to keep the engine smooth. Not much boost was being build ( hardly any ) but once the engine rpm increased, watching the gauge bounce was not fun particularly when the engine felt it was trying to exit the engine bay ( this did not happen once holes were drilled ). One note was with the holes, we built more boost. That is because we moved into the supercharger compressor map and started moving more air in a more efficient range along with climb into the pressure ratio. Anyway, you can see my frustrations so far and the list goes on.
You can see my interest in the kit that has been released. I've done searches and been on the site and can't find any specific information. I've had first hand experience with part of builds including F-1, F-1A,F-1R and the F-2 superchargers in front of theGT42, GT45, A5K, A4K and so on and I've also driven or have been part of building experiences with many other chargers and the dmax. P-1SC, D-1SC, Vortech V4-xx and V4-z and so on. No matter the configuration, turbo before the supercharger turbo after the supercharger, supercharger on its own and compound superchargers I haven't tried it all and want to see more information. At the end of all this, compound superchargers gave the best instant response for us. Problem is, sucked for making huge power. Gave up quick and didn't make near enough boost to reach high power levels. So, a high pressure ratio supercharger is a must to even start competing with the turbocharger.