Top 10 Nissan Skyline R34 modifications for releasing more power

The Nissan Skyline R34, renowned for its engineering and performance, has captured the hearts of car enthusiasts around the world. To enhance its performance further, I’ve gathered various modifications that you can implement to unlock additional power and improve handling.
Essential Modifications for Increased Power
One of the first modifications to consider is a cat-back exhaust system. This upgrade not only improves exhaust flow, resulting in a deeper sound, but also enhances the engine’s efficiency. Coupled with a front-mount intercooler core, this modification significantly reduces intake temperatures, allowing for increased power output.
Adjustable front lower control arms further refine handling by optimising the suspension geometry, while heavy-duty adjustable rear upper camber arms ensure that tyre wear is minimised and grip is maximised. For further suspension tuning, adjustable front tension rods and adjustable rear traction rods allow for precision adjustments, improving overall performance on the track.
Advanced Suspension Upgrades
In addition to these upgrades, implementing an adjustable rear anti-roll bar drop links and adjustable superlow rear toe rods can enhance stability and cornering performance. Heavy-duty adjustable rear upper camber arms also play a vital role in allowing for better weight distribution during dynamic driving.
Finally, adjustable extra lock inner tie rods provide not only enhanced steering response but also increased adjustability for those looking to fine-tune their driving experience. To round out these modifications, an exhaust-adjustable decat pipe can be added, maximizing exhaust flow and further increasing power.
Features:
Manufactured from T304 stainless steel
3" bore with 4.5" tailpipe
Two piece, silenced system
TIG welded, CNC machined flanges
Gasket included
Features:
Massive 120mm core
600 x 295 x 120mm
3" inlet and outlet
TIG welded
1050cfm @ 0.5psi drop
Capable of handling up to 600bhp
Pressure tested to 5 bar
It is also important to have camber adjustment on a lowered stiffer car in order to gain as much grip as possible through corners. This is achieved by setting static camber for when the car rolls onto the contact patch of the tyre to engage as much tyre with the ground as possible.
Features:
Fully adjustable length to increase track width
Rose joint bearings
Eliminates all binding and slop in comparison to OEM items
Accommodates for increased steering lock due to adjustable bump stops
Provides adjustment of up to -3 or +3 degrees based on standard ride height
It is also important to have camber adjustment on a lowered stiffer car in order to gain as much grip as possible through corners. This is achieved by setting static camber for when the car rolls onto the contact patch of the tyre to engage as much tyre with the ground as possible.
Features:
Provides adjustment of up to -3 or +3 degrees based on standard ride height.
MIG welded for strength and durability
Manufactured from high tensile steel with heavy duty pillowball joints
Powder coated to prevent corrosion
Easy bolt-on fitment, no modifications required
As used on our championship winning drift cars
Reducing the caster will make the steering wheel easier to turn when driving but will reduce the feel and feedback of the steering. Increasing the front caster will increase feel and firm up the steering. Increasing caster also increases the self centering effect of the steering making the steering naturally return to centre faster, ideal for drifting.
The standard Nissan tension rods feature large liquid-filled bushes that are prone to failing - by replacing these with the high load spherical bearings as found in our tension rods you will notice a lot less play in your front suspension setup.
MIG welded for strength and durability
Manufactured from high tensile steel with heavy duty pillowball joints
Powder coated to prevent corrosion
Easy bolt-on fitment, no modifications required
As used on our championship winning drift cars
Features:
Manufactured from high tensile steel with heavy duty pillowball joints
Powder coated to prevent corrosion
Easy bolt-on fitment, no modifications required
Fully adjustable
As used on our championship winning drift cars
Manufactured from thermoplastic which, unlike polyurethane, does not become brittle with age
Hard wearing and self-lubricating
Corrosion resistant
Our SuperLow Toe Arms differ from our regular toe arms in that they are kinked to provide added clearance around the subframe bush area. When running regular subframe bushes, polybushes or subframe locking collars on a slammed S-body you will find that the toe arms will occasionally foul the underside of your subframe under compression - especially if your car is heavily loaded with spare tyres and tools when heading to a drift day!
If you are running aftermarket rear knuckles (such as Geomasters or Part Shop Max items) clearance will not be so much of an issue, but with the standard items the problem is much more profound. While fitting subframe risers can help the clearance situation, our SuperLow Toe Arms will truly eliminate the issue.
Features:
Manufactured from high tensile steel with heavy duty pillowball joints
Kinked to provide increased subframe clearance on low cars
Powder coated to prevent corrosion
Easy bolt-on fitment, no modifications required
Fully adjustable
Features:
Manufactured from high-tensile, forged steel
5mm built-in rack spacer to increase steering lock
Suitable for track and road use
As used on our championship winning drift cars
Features:
Manufactured from T304 stainless steel
3" bore
Adjustable length to suit different vehicles
TIG welded, CNC machined flanges
Direct replacement for standard item
Supplied with gaskets and bolts
Please note: sold for off road and track use only (will not pass an MOT emissions test when fitted).
With these enhancements, the Nissan Skyline R34 can truly unleash its full potential, delivering a thrilling driving experience for enthusiasts.
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