The motor mount clamp screws onto the chassis and is braced against the rear carbon shock mount.  The mouting disc then screws onto a motor and slots into the clamp.
One screw at the side clamps it all together, I was advised to ditch the kit screw and use one with a larger 2.5mm head so I can get more torque on the clamp, so I used one from the kyosho zx5 kit, its slightly longer than the kit Ti screw included so has even more bite in the mount.

My motor clamp has a bevel on the edge that meets the motor plate, some clamps don’t have this bevel and I believe its now been revised to have a sharper corner which would dig in to the motor disc better to prevent slippage.

The steering is the regular twin bell crank design supported by 4 flanged ball races, which press into the front gearbox top, make sure the bearings sit flat here as one of mine did not and required a very small amount of material taking off the gearbox with a scalpel, otherwise the steering would bind quite badly.
The link between bell cranks is supplied in the form of a thin carbon link, the link sort of floats, resting on the chassis with a delrin bushing screwed in at each end which prodrudes into the bell cranks.

The very long link to the servo is a thick bent wire which looks like it belongs on an R/C Airplane.The bell crank end uses a springy fastener which is bent open and closed over a hole on the bell crank, once on it feels secure but some people use either a zip tie or heat shrink to keep it together.

The long link protrudes through a hole in the chassis and no matter what I did I could not get it to stop rubbing on the chassis. I ended up widening the hole slightly to stop any interference.

Once all together, the steering actually feels really solid with very little slop.

The carbon link is a known weak spot and already TTech have an upgrade out in the form of a steel version. In all fairness no one could seriously look at that carbon link and think it would last very long.

The car on the left is owned by Richard Isherwood of Professional Racing.

You can see the heatshrink over the link to the servo also.

The shocks front and rear are identical and utilize short hard anodised alloy bodies, dual rate springs (rear only), rebound valves (front only), foam volume compensators and titanium nitride coated shafts.  Only one O ring per shock is used to cut down on sticktion.  The shocks are not threaded for height adjustment / preload but use clip on plastic spacers.
The O-rings supplied in the kit were, frankly, no good. I got the car new and already the shocks were leaking.   The O rings appear to be made from a hard rubber rather than silicone, despite only having one per shock they are far from stiction free.

I purchased a set of Racers Edge metric silicone O rings and rebuilt the shocks with these.  They are not quite as free (loose) but are much more “buttery smooth” and shouldn’t leak quite as easily fingers crossed.
TTech already offer upgrades to the kit Orings which I would guess are similar to the racers edge ones I used, mine came 10 to a pack, Ttech only supply 4 in a pack.

Springs front and rear are quite soft and the car can bottom out with a drop of only a few inches, this is something TTech are adressing with new springs coming soon.

The front shocks use a flat flexible disk under the piston, which Ttech describe as a “rebound valve”, the general idea of this seems to be to allow the shocks to react quicker to hits on compression but on rebound the disc would then block the hole in the piston slowing the return slightly.  Some people seem to be either taking this off or using it on the other way around, at the top of the piston, slowing the compression and speeding up the rebound, either way its another tuning option.

Filling and bleeding the shocks is quite a nice experience, you simply fill the body with oil, screw on the bottom with piston etc, loosen off a turn and slowly push the piston all the way in, nipping the bottom tight when the piston is all the way in.  This took all the air out and the shocks were very smooth and air free.

The wheels are a white dished design unique to TTech, they have 4 lugs which mesh with the drive adaptors, referred to by TTech as
"X-Drive".  Speaking to Tom Yardy (TTech team driver) the wheels are unfortunately not compatible with Acetone (to remove old tyres), they will melt.  It is also apparent the wheels are more brittle than similar wheels from others.  They are at least cheaper than most other makers wheels and are also available in bulk.
Wheels mount up perfectly true and wobble-free on the large adaptors unlike most other manufactrers wheels.