I have built several PJ Productions kits, done at least one of their conversions, and a number of their detail parts. I have real respect for Phillipe’s ability to produce a really good resin product.

You get one resin pour with 2 seats and 2 ejection handles. Both of the seats were free of flaws or bubbles, and those fine little handle assemblies were also flawless.

Rather than start from scratch with this project, I thought I would take a Mirage I had built previously and add the PJP seat. I could have used a Jaguar, but decided that it would be nicer to improve one of my several Mirages. Then I ran into the problem. Three of the four Mirage kits I’ve built have been PJ Production kits or conversions, and they already had good resin seats. OK, I was going to use a Dagger I built 20 years ago with Argentine markings from the Malvinas/Falklands war. And to tell the truth, I can’t remember whose kit it is.

The very first thing I would like to say about this excellent book is that the title does it a disservice. This book does a great job covering ALL transport aircraft of the Japanese Army and Navy Air Forces during the Pacific War. In fact, out of the thirteen chapters in the book, only three are devoted exclusively to experimental aircraft.

The Cockpit

Internal framing, fuel tanks, seat, instrument panel and fuel control panel, radiator and various pieces – is together. Even though there are a goodly number of parts, some quite small, everything fits together very well. It pays to ensure all the mould lines are off before painting. There are not many, but there are some. Also, test fit all of the parts and assemblies. Not that they don’t fit well, but to familiarize yourself with how they go together. Although the instruction book is excellent, there are a few areas that, to me at least, were not abundantly clear about exactly how things were supposed to mate up. The instruction illustration putting the long side rails around the floor, fuel tank, and radiator assembly appears to be a complex task but, once aligned properly, the two assemblies fit solidly together and, by looking at the engineering of the parts, it is pretty obvious how it goes together.