Xray T4'14
#856
Following the success of our 417V7 Conversion, we are pleased to announce the release of the Smokem T4V7 Conversion. The heart of the conversion is a set of custom designed layshaft bulkheads which provide 1mm clearance between the top deck and the layshaft bulkheads. This allows for improved, and we believe, proper flex characteristics when the centre post is installed.
Our centre post design features improved clearance with the front belt compared to XRAY's centre post, while our top deck removes the slit at the centre post hole for more consistent flex characteristics especially when the centre post is installed.
It suits both the T4'14 and the original T4 and is available for purchase at our online store. Thanks for your time.
Our centre post design features improved clearance with the front belt compared to XRAY's centre post, while our top deck removes the slit at the centre post hole for more consistent flex characteristics especially when the centre post is installed.
It suits both the T4'14 and the original T4 and is available for purchase at our online store. Thanks for your time.
#859
Tech Elite
iTrader: (29)
I have not tried the Spec-R stuff, the smokem topdeck offers a different feeling on the track to the xray top deck. It's much sharper for me, but the xray top deck can be used to smooth the car out. the layshaft bulkheads mean you don't need to shim up the top deck like some others have done.
Antoni
#861
if you lower the bulkheads you will restrict the size of spur you can fit,i think an 86 will just sit flush with the chassis,i run an 84 and thats close enough,just shaving a mill off the top is the best option
#862
According to the description in the link, a smaller bearing is used. So effectively, the layshaft is still in the same location and the 1mm gap is achieved through the use of a smaller bearing. That means you can still use the same sized spur gear.
#863
Tech Elite
iTrader: (37)
I have ran a (all 64p) 114- 90 on my cars with out a spur hanging below the chassis . in stock racing u can run a 90-96 and drop the lay shaft a mm without dropping teeth out of bottom of chassis . I know this don't work for the mod guys but it would be best for the stock guys. And wouldn't have to stock up on a different bearing just for that location .
I want to say the RSD shaved material from bottom but I'm unsure
I want to say the RSD shaved material from bottom but I'm unsure
#864
Tech Elite
iTrader: (13)
Our lowered layshaft actually lowers the bearing 0.5mm and then has material removed off of the top to achieve the clearance while still using the stock bearing size. With our set up you can use an 84 spur (48 pitch) and still be safe at the bottom of the chassis. Any bigger and you are pushing it though.
The smokem solution looks very nice as well.
The smokem solution looks very nice as well.
#865
Tech Addict
iTrader: (22)
Our lowered layshaft actually lowers the bearing 0.5mm and then has material removed off of the top to achieve the clearance while still using the stock bearing size. With our set up you can use an 84 spur (48 pitch) and still be safe at the bottom of the chassis. Any bigger and you are pushing it though.
The smokem solution looks very nice as well.
The smokem solution looks very nice as well.
#866
I just ordered the reflex version. I run mod outside and need the 84t (48p) to work so that works best for my needs.
So, with these and the top deck with the brace, what difference should be expected between running the brace or not running the brace if you don't have the layshaft bolts in?
So, with these and the top deck with the brace, what difference should be expected between running the brace or not running the brace if you don't have the layshaft bolts in?
#867
#869
Tech Elite
iTrader: (13)
I just ordered the reflex version. I run mod outside and need the 84t (48p) to work so that works best for my needs.
So, with these and the top deck with the brace, what difference should be expected between running the brace or not running the brace if you don't have the layshaft bolts in?
So, with these and the top deck with the brace, what difference should be expected between running the brace or not running the brace if you don't have the layshaft bolts in?
1.no layshaft screws no post:
-maximum rear flex: makes the car more stuck in low grip conditions, good for non prepped surfaces. On high grip carpet can make the car over rotate from too much rear flex. The car tends to want to keep rolling in the middle of a corner, less on power traction, more off power traction. Great forward bite. Car can wander a bit if the oil and springs are not right.
2.no layshaft screws with post:
-high rear flex. More on power steering than regular T4 set up, car rolls well. Good compromise between flex and steering. More steering than regular set up on high bite. More off power traction in low bite, but less on power traction.
Car can wander a bit if oil and springs are not right.
With the lowered layshaft mount I feel like you can go up 50-100 both f/r to gain stability lost due to the increased flex.
Last edited by CristianTabush; 12-18-2013 at 01:18 PM.
#870
With mod, I run the post 99% of the time. This os my breakdown:
1.no layshaft screws no post:
-maximum rear flex: makes the car more stuck in low grip conditions, good for non prepped surfaces. On high grip carpet can make the car over rotate from too much rear flex. The car tends to want to keep rolling in the middle of a corner, less on power traction, more off power traction. Great forward bite. Car can wander a bit if the oil and springs are not right.
2.no layshaft screws no post:
-high rear flex. More on power steering than regular T4 set up, car rolls well. Good compromise between flex and steering. More steering than regular set up on high bite. More off power traction in low bite, but less on power traction.
Car can wander a bit if oil and springs are not right.
With the lowered layshaft mount I feel like you can go up 50-100 both f/r to gain stability lost due to the increased flex.
1.no layshaft screws no post:
-maximum rear flex: makes the car more stuck in low grip conditions, good for non prepped surfaces. On high grip carpet can make the car over rotate from too much rear flex. The car tends to want to keep rolling in the middle of a corner, less on power traction, more off power traction. Great forward bite. Car can wander a bit if the oil and springs are not right.
2.no layshaft screws no post:
-high rear flex. More on power steering than regular T4 set up, car rolls well. Good compromise between flex and steering. More steering than regular set up on high bite. More off power traction in low bite, but less on power traction.
Car can wander a bit if oil and springs are not right.
With the lowered layshaft mount I feel like you can go up 50-100 both f/r to gain stability lost due to the increased flex.