Here is what you get from H/Duty Clutch Set, as well as the flywheel on the right that I had to purchase. Bearing in the middle, pressure plate down the bottom and clutch plate on the left.
Below pic shows the firewall drilled. Make sure to get a metal drill head. The drill head I first bought was apparently for woodworks(there wasnt any description on the box, and was very cheap), and went blind in less then a minute. I was silly enough to buy another set of the same thing.

Ended up with proper tools at the end after hours of mucking around. The drill head is not cheap, being $40 for the sharp head, and also need to purchase adaptor to go with it, another $40.

This is the clutch master cylinder, I made that black rubber water seat, from the plastic bit taken off from inside the car covering the firewall.
In the process of installing the pedals. When finished, it was all leveled nicely.
Below is the clutch hydrolic pipework. I did pull this into pieces for easy installation. Its pretty simple to put all back together. At the right side end of the pipework is the slave cylinder. This one was faulty and leaking, caused a bit of worry later on. Bought a second hand one from NZ, all good now.
Back to g/box installation; drive plate has been removed. 7 bolts to take off, different distace between them. Get this plate and put on the flywheel before installation, so, you know which way it goes. Otherwise, too much mucking around trying to figure out 7 possibilities, in a small space.
Flywheel installed. Make sure it has been machined prior to installation. Make sure the torque settings for those 7 bolts are correct, refer to workshop and g/boz manuals.
Using clutch alignment tool for installation of clutch and pressure plate. I didnt have those 6 bolts that connects pressure plate to flywheel. Panelhouse supplied them with the flywheel. They are pretty generic. As you tighten these bolts, the flaps on the pressure plate will be starting to move, pointing more of a straight angle rather then pointing outwards. I couldnt find the corrrect torque settings for these bolts. As a guide, when the flaps are at a 90 degree angle, it is pretty accurate. I found out that this is around 35nm-40nm pressure.
Also, clutch plate has 2 sides, one is flat and one has a bit in the middle where all the rings goes. Flat bit needs to face the firewall.
Here is the manual gearbox, ready to go in. I actually had to remove those mount holders on both sides, as well as gear selector part, after so many unsuccessful attempts to raise the g/box back on. You dont need to do any of this, keep reading.
This pic showing where i was getting stuck with unsuccesful attempts to raise the box. It was so close yet so far. The right bottom part, outside of the driveshaft was keep hitting the suspension arm, and there wasnt enough space to go any further. I even take out the collant pipe, still didnt help much.
I have tried my garage jack to raise the gearbox. It was ok during lowering it down, however, real pain during raising. It wasnt stable enough, shaking like hell. Considering i had to raise the g/box myself only, with no help, I had to hire a transmission jack. I found that no body hires transmission jack, but large garage jacks, costs around $25 a day. Plus you can buy the actual transmission adaptor and replace with garage jack head, costs around $150 to buy. I didnt buy the adaptor, due to lack of time. Here is the setup I used to raise the g/box. Large garage jack, supported with thick wooden block between the jack head and g/box. G/box secured to the jack with a ratchet tie. This way I can move the g/box up/downwards angle by using the ratchet tie, raise/lower by using the jack, left/right by turning the wood block. This way I raised the g/box by myself only, in about one hour.

The key to raise the g/box successfuly without getting stuck (by hitting the rear suspension arm, g/box mount holder, cable selector!!!!) is by lowering the engine. You need to lower it fair bit that it wont look right anymore
Make sure engine/gearbox and everything else adequately supported . I dont like leaving things to chance, so, always use 2 support points, making sure they share the weight. Amount of time spend under the car is substential, one mistake and you are dead!

Here we are, very close to finish the raising of the g/box. Everything is alligned, and time to start inserting the bolts.
After this make sure you bolt up everything as you have taken off, apply correct torque pressure.
Just realised I dont have pics of finished product

Will take some more photos and put them up tonight.
Also, the cable connections required to make the reverse light work. Pretty simple couple of connections. All explained in details by Mart.
I have LSD in this g/box, so used the expensive transmission oil, Redline Lightweigh shockproof. This stuff is really thick like milkshake, compared to the oil from auto box, which was more like water.
I have taken off the reverse light switch on the gearbox and filled the g/box oil from there. I wouldnt use this oil for a g/box without LSD.
Also, my driveshafts from tip box with ABS wasnt compatable with the man/gbox, luckly I had the shafts for both. Just in case, I got the cv joints refilled and rubber replaced as well.
The dials are working as normal. Although I have bought a manual dial assembly, I dont see the need to install it.
On top of this, I have replaced all 4 shockers in the car, and changed the droplinks, etc...
Still in the process of installing ICE, but not much time left after all considering my new work at IBM is consuming me fully.
I would like to specially thank Mart for all his help and creating the initial DIY guide.