The British Aero Systems Hawk 100 series aircraft trace their roots to the T.Mk.1 advanced trainer. Often used to train fighter pilots, navigators and weapon systems officers, 100 Series aircraft have been widely exported around the world, the most recent customers being Australia, Canada, and South Africa.
The main components of High Planes Models' multi-media kit are molded in soft light-blue plastic parts. The large sprue gates and excessive flash make cleanup tedious. Some parts require precise placement, but there are no locating pins. Like most limited-run kits, there are no part numbers, and the instructions require careful study before the model is assembled.
Some of the recessed panel lines are so light that they can be lost easily when sanding seams. Some don't align from one fuselage or wing half to the other, and some exterior details are missing. If you want to add more, a good photo reference on the Hawk is on Darren Mottram's website:
http://motty.hobbyvista.com/ Hawk-Articles-01.htmlThe cockpit can be dropped in after closing the fuselage halves and results in a better fit that way. I opened the wheel wells and filed the exhaust opening to an even, circular shape. High Planes' exhaust pipe looked too small, so I made a new one from plastic tubing.
The cast white-metal cockpit tub was crude and required lots of filing for a good fit. The resin control columns, instrument panels and shrouds, and ejection seats were nicely cast. Pipes on either side of the seat headrests should be removed, and the rear seat bottom needed to be filed down for it to fit under the closed canopy. I had to check the placement of the shrouds as they fit tightly to the windscreen and the front seat. The Hawk's prominent head-up display was not included in the kit.
I liked High Planes' crystal-clear vacuum-formed canopy (with a spare). Cutting it out from the sheet and fitting it was easy, but installing the resin internal frames was not. The position of the rear-seat blast shield was not clear. I ended up leaving out the front and rear canopy frames. Decals for the canopy-detonating cords were tricky to apply.
The rear spine had to be cleaned up to ensure a close fit and minimize the use of filler. I opened up the various intakes and exhaust ducts (the large round hole at the rear is not to be filled as it is the auxiliary power unit exhaust port) before gluing the spine in place. I had to fill and file the intakes to the correct shape; the opening should look like a sagging capital "D."