Drag Racing 1/4 Mile times 0-60 Dyno Fast Cars Muscle Cars

How To Check Piston Ring End Gap.MP4

Piston ring end gap is and important measurement to verify during engine assembly. Do this to ensure that the ring ends won't butt during engine operation and damage the cylinders. Also keeps cylinder pressures more consistent from bore to bore which means better effiiciency and power.


 


More Videos...


How to Install pistons for 404 cubic inch LSX stroker project LS1 LQ9 LQ4 LS3 LS2
http://madtunesracing.com/ LSX Engine Assembly Instructions. This project was an LQ4 Iron Block with Trick Flow Heads. It powered our TransAm street strip car which ran 10.7s with a 3800 lb race weight all motor.





Fitting of piston rings - Motor Service Group
Technical Podcasts Knowledge transfer via video - our video podcasts provide you with useful information on our products, such as hands-on fitting instructions and system descriptions. The mounting of piston rings bears a lot of potential for mistakes. We show you the most important points that need to be considered.





Installing Piston Rings The Easy Way "NO TOOLS"!
In this video I show and explain the easiest way to install your piston rings with out breaking them. I if you need to Clock your Rings, I made a video for that also..If your looking for the diagram for the ring clocking specs you can find it on my web site www.Nthefastlane.com Click the "Filling Cabinet Tab" Help Support My Channel: https://www.paypal.com/cgi-bin/webscr?cmd=_s-xclick&hosted_button_id=9ZT925 NTLR5E6 Visit me at: http://www.Nthefastlane.com Facebook: https://www.facebook.com/Nthefastlane Google+: https://plus.google.com/117540915227325837174





How To: File Piston Ring End-Gaps
In this video, I show you how to file down the piston ring gaps for your engine. Its something that is definitely do-able on your own with some patience, and its a pretty useful skill if you like re-building motors. Check out the new project garage facebook group! www.facebook.com/groups/projectgarageforum/





How to fit piston rings
Pistons rings can break if not careful, this is how I fit them.





How to Check Bearing Clearances Plastigage - Engine Rebuild Do It Yourself (Part One)
DIY engine rebuild. See Part Two: http://www.youtube.com/watch?v=C2aHnlHYW7A How to check main and rod bearing clearances. This is to prevent low oil pressure or seized bearings. clearance required = .001" - .003" for almost all engines I ordered the Plastigage wire here. $2.50 http://www.autozone.com/autozone/catalog/accessories (Search Plastigage)





Blueprint 106 - Cylinder Bore Inspection
We're close to the end of the 100-level series. In this video I show you how to measure the cylinder bores using 2 different tools. I compare the results and illustrate what to look for to determine whether or not your engine is in-spec. The block I'm using is a 6-bolt turbo 4g63 from early '92. It has 150,000 miles and this video also serves as a testimony for the durability of Mitsubishi's cast-iron solid-decked Sirius I engines. This engine will be cut for a new set of pistons, so these measurements are needed to determine what size pistons I need to get. .030" is as far overbored as you should ever take a 4g63. Boring larger than that will take too much off the side clearances between the cylinder walls and result in compromised strength from hot spots. The only time you'll ever need to cut a bigger hole is when an imperfection prevents you from using the pistons you have, or if you're changing to a larger piston. If you cut the block to its service limit, you have no room to fix an imperfection should one develop... so it's best to cut as little as you can get away with. Boring a cylinder .020" over does not significantly increase its displacement.





Ridge Ream Small Block Chevy -- Prepare for Piston Ring Installation
How to remove ridge for installation of new piston rings.





How to Reseat / Lap Valves (Basic Valve Job)
In this video i'm explaining how to reseat or lap valves in a flathead or overhead valve engine. Also can be called a valve job, but this is not a complete valve job. I also used to much valve grinding compound, it does not require a whole lot. Usually when a engine needs this done is when a engine has low compression that is found to be leaking around the valves, or sometimes a engine will backfire do to the valves not closing completely/properly. Thanks for watching.





Engine Exterior Cleaning
Cleaning the exterior of my engine block with citrus degreaser and aluminum brush. Scrubbing away the grime can help detect oil leaks but can also make them worse. Cleaning is a double-edge sword. It's always best to bring leaks to the forefront instead of keeping them hidden by grime. My philosophy is not to hide the leaks but to detect and fix them. Adam Singer is co-creator of the music track (collaboration).





Best Piston Installation Technique
this brief video shows you how to correctly install pistons into a sleev without using excessive force! For people not familier with this type of piston-ring compressor, it is a tapered sleeve manufactured by wiseco





Checking Squish Clearance : Two-Stroke Scooter Help
A video explaining how to check squish clearance in a two-stroke scooter, why it needs to be checked, and ways to adjust squish clearance.





How to Install Compression Rings
How to Install Compression Rings on a Piston





How to install pistonrings on a twostroke
Here I mount piston rings on a piston to a Speedfight 100cc and 50cc. Surf to http://www.twostroke.se if you need new piston Some hints, tricks and other things you should know at piston replacement: Things to consider when installing an aftermarket Piston, is that you very carefully to make sure it is identical with the piston as it is ordered in the dimensions of the piston pin, both upwards and downwards, this so that it can not turn the crank, push or hit the top when it rotates in the cylinder. Compare with your old piston before installation. One must also carefully check every holes on the piston rings ports so that they do not go over any channel in the cylinder, then the chances are that the ruling in this case, sticking and breakage, leading to the cutting cylinder. The arrow on the piston is at assembly towards the Exhaust port. Choosing the piston: B-piston recommend it for all used cylinders. A piston for new cylinders or cylinders with new nicasil. A B piston is slightly larger than an A piston in order to compensate for wear. C piston is greater than B-piston etc.. Here you can see when I change the cylinder http://www.youtube.com/watch?v=DTBzVzS9S_I





Camshaft Degreeing the Easy Way.MP4




Which car is faster? Which Car is Faster?





Similar 1/4 mile timeslips to browse:

1996 Saturn SC2 : 9.221 @ 144.400
MICHAEL COLLINS, Engine: sm.blk. chevy 441 ci., Tires: goodyear 32x14


1992 Saturn SC2 Turbo: 11.030 @ 129.200
Unknown, Engine: 1.9, Turbos: Yes


1995 Saturn SC2 : 13.400 @ 107.000
Sef, Engine: 1.9 (LLO) DOHC Fully Built,


1995 Saturn SC2 Supercharged: 13.940 @ 100.000
Eric, Engine: 1.9L, Supercharger: yes Turbos: - Tires: Falken 615's 205/50/15


1995 Saturn SC2 : 14.003 @ 98.950
Michael, Engine: 16v DOHC 4cyl, Tires: 205/40/17


1998 Saturn SC2 : 14.138 @ 99.940
Paul McCann, Engine: 1.9 DOHC, Turbos: Turbonetics T-3 Tires: Factory equip. Firestone


1997 Saturn SC2 : 14.277 @ 99.430
Doug DeGeorge, Engine: 1.9L, Tires: Nitto 450 205/45/16


1994 Saturn SC2 : 14.279 @ 98.510
Jeff Peck, Engine: 1.9L, Tires: Nitto 555R extreme drag


1995 Saturn SC2 SUPERCHARGED: 14.324 @ 95.530
Adam Chant, Engine: 1.9L stock rebuild, Supercharger: Powerdyne BD-600 Tires: Nitto 555 ET Front - Fiercrap back


1937 StreetRod Morris 8: 14.418 @ 99.020
phil gilbert, Engine: sbc crate engine, Supercharger: no Turbos: no


1998 Saturn SC2 : 14.463 @ 98.000
Chris Henderson, Engine: 1.9 Inline 4, dohc, 16 valve, Turbos: GReddy Tires: Nitto NT-555


1997 Saturn SC2 : 14.518 @ 100.240
Doug DeGeorge, Engine: 1.9 L, Tires: Nitto 450 205/45/16


2000 Saturn SC2 Nitrous: 14.526 @ 98.080
Nathan Schlawin, Engine: 1998 DOHC, Tires: BFG G-Force T/A Drag radials


1997 Saturn SC2 : 14.738 @ 94.450
John Hayles, Engine: 1.9L DOHC, Tires: Falken ZX512 All Season


2001 Saturn SC2 : 14.900 @ 0.000
Drew Smith, Engine: 1.9L DOHC, Turbos: Turbonetics T3/60trim .50ar Tires: 215/35/19 BF Goodrich G-Force TA KDW2


1998 Saturn SC2 Coupe: 15.183 @ 90.570
Mike Ruppert, Engine: 1.9L DOHC, Tires: yokahamas


1997 Saturn SC2 : 15.390 @ 89.460
Kevin Grant, Engine: DOHC, Tires: 205/55/15 Toyo Proxes FZ4


1995 Saturn SC2 : 15.400 @ 88.300
Michael, Engine: 16v DOHC 4 cyl., Tires: 195/60/15 Potenza


1996 Saturn SC2 : 15.420 @ 87.480
Mark Daniel, Engine: 1.9L DOHC I-4, Tires: BFGoodrich Touring T/A


2003 Mercedes-Benz S430 : 15.500 @ 92.000
NA,


 


©2014 DragTimes - Disclaimer