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TOMEI

Tomei PROCAM VQ35DE G2 IN 264-10.8mm

Tomei PROCAM VQ35DE G2 IN 264-10.8mm

SKU: 142031
£497.52
£497.52
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PRODUCT INFO



APPLICATION DURATION（°） MAX CAM LIFT（mm） IN/EX P/N
ENGINE MODEL IN EX IN EX
VQ35DE
EARLY(-05.09)		 Z33 (MT/AT)
V35(MT) 4Dr/2Dr		 256 256 10.20 10.20 IN & EX Set 143063
VQ35DE
LATE(05.09-07.01)		 Z33 (M/T) 264 264 10.80 10.80 IN & EX Set 143064
VQ35HR Z33 (M/T) 264 264 10.80 10.80 IN & EX Set 143065

※PRESET VALVE TIMING
※STOCK VALVE SPRING COMPATIBLE



APPLICATION DURATION（°） MAX CAM LIFT（mm） IN/EX P/N NOTE
ENGINE MODEL
VQ35DE
EARLY(-05.09)		 Z33 (MT/AT)
V35(MT) 4Dr/2Dr		 256 10.20 IN 142015 PONCAM
EX 142016 PONCAM
264 10.50 IN 142017
EX 142018
272 10.50 IN 142029
EX 142030
11.30 IN 142025
11.00 EX 142026
280 11.30 IN 142027
11.00 EX 142028
VQ35DE
LATE(05.09-07.01)		 Z33 (M/T) 264 10.80 IN 142031 PONCAM
EX 142032 PONCAM
272 10.80 IN 142033
EX 142034
11.30 IN 142035
11.00 EX 142036
280 11.30 IN 142037
11.00 EX 142038
VQ35HR Z33 (M/T) 264 10.80 IN 142039 PONCAM
EX 142040 PONCAM
272 10.80 IN 142041
EX 142042
11.30 IN 142043
11.00 EX 142044
280 11.30 IN 142045
11.00 EX 142046

※Each sold in pairs.
※Upgrading the Valve Springs is required when using Camshafts with Cam Lift greater than 11.0mm.
※When using Camshafts with Cam lift greater than 11.0mm on the intake side there is a chance that the valves can come into contact with the piston when the eVTC advances the timing. In this case it is highly recommended to recess the pistons to guarantee adequate clearance.
Example: The standard advance amount with the stock head and stock pistons with the eVTC will require approximately 1mm valve recess on the piston.

FEATURE / SPEC

■ SPEC
ENGINE Duration Max Cam lift (mm) IN/EX Max Valve lift （mm） Cold Valve Clearance
（mm）［±0.01］		 Valve Timing Centerline
(Deg)		 Base circle Note
VQ35DE
(-05.09)		 256 10.20 IN 9.90 0.30 125 35.4 PONCAM
EX 9.87 0.33 112 PONCAM
264 10.50 IN 10.20 0.30 125
EX 10.47 0.33 112
272 10.50 IN 10.20 0.30 125
EX 10.47 0.33 112
11.30 IN 11.00 0.30 125
11.00 EX 10.67 0.33 112
280 11.30 IN 11.00 0.30 125
11.00 EX 10.67 0.33 112
VQ35DE
(05.09-07.01)		 264 10.80 IN 10.50 0.30 125 35.4 PONCAM
EX 10.47 0.33 126 PONCAM
272 10.80 IN 10.50 0.30 125
EX 10.47 0.33 126
11.30 IN 11.00 0.30 125
11.00 EX 10.67 0.33 126
280 11.30 IN 11.00 0.30 125
11.00 EX 10.67 0.33 126
VQ35HR 264 10.80 IN 10.50 0.30 122 35.4 PONCAM
EX 10.47 0.33 124 PONCAM
272 10.80 IN 10.50 0.30 122
EX 10.47 0.33 124
11.30 IN 11.00 0.30 122
11.00 EX 10.67 0.33 124
280 11.30 IN 11.00 0.30 122
11.00 EX 10.67 0.33 124


Theme of TOMEI CAMSHAFT

Asymmetrical G-Controlled Profile

When opening the intake valve during high acceleration the G from the camshaft requires to send as much mixture to the cylinder in the shortest time possible. However if the speed is too high it can damaged the Valves, Valve Seats and Valve Springs if the Acceleration G is too high. The Asymmetrical profile design given to the camshafts will allow the Intake and Exhaust Valves to fulfill the target requirement with the wider duration and high lift without damaging the Valve System.

Maximizing the Valves Efficiency



The general purpose of engine tuning is to change the torque characteristics of the engine by changing the cams duration timing and cam lift amount for maximum torque and horse power. However tuning the engine is not only based on that. When going into finer details by maximizing the Valves efficiency is not just about timing and height lift but to also maximize the intake efficiency. The high valve lift allows huge amounts of air in but at the same time it mechanically damages the valve train and gains added friction loss. Longer cam durations and big cam lifts give deliver more power at higher engine speeds but it also gives a rough idle and at low engine speeds. Tomei engineers worked hard to produce camshafts that will deliver a well balanced profile at 1.3-1.5 times more than the stock camshaft.

Quality Control

Every camshaft is carefully built through these production processes. Plus, strict inspection will be given to them and only the highest quality products are shipped.

Surface Coating


Coating the surface of camshaft with manganese phosphate in order to protect from damage even when the camshaft has not lubricated yet. This has done by steeping press process that produces 0.5mm to 15 micromillimeter thin of manganese phosphate coating on its surface to prevent from direct contact with other metal parts while realizing smooth operation.

CNC Super Precise High Speed Grinding



The combination of a ultra high-speed main bearing and diamond grindstone is controlled by the computer. By using the same special-purpose machine as an automaker, high precision grinding is realized though in 1/3 period of time. Consequently, incredible accuracy of profile and remarkable price were realized at the same time.

Wavy Groove Finish by Oscillation Grinding

Wavy groove is curved to the cam profile surface by oscillation during cam grinding process. Oil pool that is formed on the cam profile surface reduces a friction loss and prevents locking.
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