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TheGibby3340
เข้าร่วมเมื่อ 27 มิ.ย. 2009
A venerable compendium of mucking about in the garage and around the house. Some technical rubbish, and some stuff just for a smile. A couple of beers and a few cups of coffee along the way. The channel where the only thing worse than the content is the production.
วีดีโอ
Stall Data Capture Scope Technique (Minimal Rambling Edit)
มุมมอง 179วันที่ผ่านมา
Utilizing drop in alternator output at the moment of stall to trigger your scope. An alternative approach to trigger your oscilloscope, with no requirement for a current clamp probe. Point is of course, to retain relevant data at the critical moment.
Suzuki SX4 Shift Failure & Repair
มุมมอง 35014 วันที่ผ่านมา
Interface between the shift cable end and the shift lever is repaired. Subject vehicle is a 2009’ 5 speed M/T.
Automotive Oddities
มุมมอง 3.9K14 วันที่ผ่านมา
1995’ Ford 2.3L cylinder head. Its twin plug arrangement was unique with respect to the vehicles I owned over the years.
Dirt Simple Hobby Lathe Project
มุมมอง 2.3K21 วันที่ผ่านมา
Fumble free thumb nut. Just another attempt to improve my rank amateur, fledgling machine skills. No dimensions are detailed, as none are critical. The material is water tank anode aluminum . (Also available in magnesium) Keen eyed among you will clock the “Safety Slippers” 🤣
Suzuki Sun Load Sensor Fault ? (B1504)
มุมมอง 36021 วันที่ผ่านมา
Commonly misunderstood on the auto A/C equipped SX4 & Grand Vitara. (Possibly the Kizashi) Subject vehicle is a 2009’ SX4.
Hantek TO1000 Series Firmware Update (2024 -11 -05)
มุมมอง 318หลายเดือนก่อน
Why the file “name” doesn’t match the update date detail ??? I have no idea. Perhaps this update will address some ongoing issues. We’ll see… The somewhat annoying music is just a mechanism to break the monotony of the mundane task.
Suzuki SX4 Rear Power Window Fix.
มุมมอง 183หลายเดือนก่อน
Common failure point repair. Subject vehicle is a 2009’. I was a little surprised to see a single roller/arm… Drivers window repair can also be found on the channel. Parts were sourced from Megazip.net (Japan)
Hobby Lathe Cross-Slide Backlash Bummer 😕
มุมมอง 1.5Kหลายเดือนก่อน
Mopping up the slop… Just the remedy to a lost motion commotion.
Super Basic Hobby Lathe Project
มุมมอง 1.3Kหลายเดือนก่อน
I really respect the old school machinists from back in the day. So as rank amateur, I enjoy trying to engage at the most basic level. I’m certain I have made lots of mistakes, any constructive criticisms are welcome. The low operating RPM is intentional to afford myself a little extra response time. The technique is likely lacking , but I was reasonably happy with the finished product. 👍🍻
Wheel Stud Thread Repair
มุมมอง 521หลายเดือนก่อน
Steelman split die kit. Clever tool with the potential to save a lot of grief. Full disclosure…only my opinion as nothing more than an amateur mechanic.
Honda HR-V Rear Brakes (Discs & Pads) Replacement
มุมมอง 4562 หลายเดือนก่อน
Follow the instructions re: EPB manual retraction if you don’t have a capable scan tool. Those retaining screws were testing my patience. 😆 Subject vehicle is a 2018’. The legendary Rodney Dangerfield keeps us in line.
Suzuki SX4 Front Crank Seal Replacement
มุมมอง 5802 หลายเดือนก่อน
Please note the vehicle in the video is a 2012’ with a J20B engine type. There are some differences in earlier model years 2007’-2009’ with a J20A.
6 Piece Relay Bypass Kit (Beer money cheap)
มุมมอง 5073 หลายเดือนก่อน
Not new to the market but still damn handy! Before somebody says it…”They don’t do anything a simple jumper can’t do”. 🤣 They simply minimize the possibility of an expensive balls up, as opposed to manually jumping the contacts. Nothing more.
Single Cylinder Misfire Root Cause Fault Determination
มุมมอง 1.2K3 หลายเดือนก่อน
No scanner, no scope. Only basic tooling. Follow up to previous video.
10 Second Cylinder Misfire Identification
มุมมอง 1.2K3 หลายเดือนก่อน
10 Second Cylinder Misfire Identification
DSO-152 Vs. Electronic Throttle Control
มุมมอง 4683 หลายเดือนก่อน
DSO-152 Vs. Electronic Throttle Control
Electromagnetic Fuel Injector Trace Interpretation
มุมมอง 3023 หลายเดือนก่อน
Electromagnetic Fuel Injector Trace Interpretation
R60a Refrigerant Recovery System Testing Post Repair
มุมมอง 1324 หลายเดือนก่อน
R60a Refrigerant Recovery System Testing Post Repair
Yellow Jacket R60a Refrigerant Recovery System Repair
มุมมอง 2.5K4 หลายเดือนก่อน
Yellow Jacket R60a Refrigerant Recovery System Repair
Fnirsi DSO-152 Relative Compression Testing
มุมมอง 1.1K5 หลายเดือนก่อน
Fnirsi DSO-152 Relative Compression Testing
Yellow Jacket Refrigerant Recovery System R60a Failure
มุมมอง 2225 หลายเดือนก่อน
Yellow Jacket Refrigerant Recovery System R60a Failure
Fuel Pump State Of Health Assessment (Alternative Method)
มุมมอง 6515 หลายเดือนก่อน
Fuel Pump State Of Health Assessment (Alternative Method)
Nothing wrong with sticking to what you know
Thx. I hope it works out. Buying a 16 year old car, is not everyone’s idea of moving forward 🤣 Merry Christmas 👍🍻
@TheGibby3340 16 yo still new I drive a 30 yo truck to work everyday 🤣
All the best with the new car. Merry Christmas and Happy New Year to you and your family , looking forward to more scope video's in 2025. Cheers
Thanks very much. More scope vids in 25’ for certain. Best of the season 👍🍻
ok. follow me
Good choice, you must be the local Suzuki specialist now 😁
🤣 We’ll see Iain. Maybe I need my head examined 🤣 Merry Christmas to you & yours. 👍🍻
Yay, i was worried the SX4 vids might disappear.
Not yet 🤣 Merry Christmas 👍🍻
Probably a good buy. Such a good vehicle. So sad they left North America. I have a 09 awd sx4 in NW Pennsylvania. Bought new. It has 88k miles/ 142k km.(It sat alot, i traveled for work, and have another vehicle). Been fluid filming mine for ~6 years but still feel like its going to rust out before the engine/tranny fails. Merry Christmas/Happy Holidays! 🎄
Solid, simple and very reasonably priced. Not easy (maybe not even possible) to find in modern cars on offer. Don’t get me wrong, I like plenty of new vehicles. I just don’t think they are worth the sticker price. Thx for watching & Merry Christmas 👍🍻
Michigander here, I hear you about road salt. I'm sure you've heard the term "the rust belt", ya. Good job on the good buy! Also, don't forget to comment on The Gadgets Playlist for a chance to win the HS512 Max. Merry Christmas to you and your loved ones!
Thx so much. I have already seen & commented on Denis’s video. He is a super clever fella, great channel. Thx again, and all the best to you and yours . 👍🍻
Enjoy your new drive. Look forward to you getting down and dirty with repairs. Happy Christmas and new year from the land down under.
Thank you Colin. Sweating at Christmas sounds very odd to me, but completely normal for you I suppose 😃 I had the good fortune to visit my Uncle and his family in Australia (98’ I think it was). Memorable trip. Les Patterson (look him up if you are unfamiliar) is my all time favourite Diplomat 🤣 All the very best to you and yours 🍻👍
@@TheGibby3340 Arrived in Australia in 1977 from Northern Ireland did not miss the cold but strangely have a desire to spend time in the cold food section of the supermarket at Christmas.😀👍 Les Patterson is a legend but not liked by the WOKE people. Look forward to more of your videos, stay safe.😂
If thats a Suzuki Swift they are very popular out here. Merry Christmas and a Happy New Year.
Close... The Swift’s slightly bigger brother the SX4. Best of the season to you & yours. 👍🍻
We yanked those heads, sourced 2.3 turbo heads, yanked the ignition and ECUs from a turbo Thunderbird or Mustang. Our sleeper 89 2.3T with 5-speed kicked everyone's butt. Lose the factory turbo, go big boost Garrett turbo and blowoff valve. 14-24 lbs boost. Boost it until the head gasket blows. :-P
Gonna give this a go I'll let you know how I get on
There are small nylon bushings isolating the steel pin and aluminum casting it mounts to. Eventually bushing wear and the dissimilar metals contact, corrode and bind the pin’s rotation. 🍀👍🍻
Isn't that the 2.3 engine that was used in the 80s fox body. I think the 2 spark plugs was for the turbo'd application.
What year is that HRV?
It’s in the description, 2018. Thx for watching 👍🍻
@ thank you Do you have a video in changing he brakes without using the computer to do maintenance?
For the HRV? No. I do briefly detail in the video that there is facility to retract the P/B actuator manually using the torques bit. 🍀👍🍻
There are no degrees of uniqueness.
Another great video ! Thanks for all the help
Thx very much. And thx for watching 👍🍻
@TheGibby3340 I'm waiting on shift cables from overseas, So I can swap em out. I had the very stiff side to side motion in the stick Like u had in the past. I kept lubing the lever frequently but one day it got extra stiff. I was a bit impatient and forced the shifter and broke the retaining ring at the base of the stick. I got a shifter assembly from a junk yard so just waiting on cables. Should shift smooth again finally. I truly appreciate the videos u make! I'm a visual learner and they're a huge help!!
Setbacks while trying to carry out repairs is completely normal. I break/damage stuff all the time. As you gain experience these frustrations become less frequent. Although never zeroed 🤣 Good luck with your repairs 🍀👍🍻
@TheGibby3340 I'm looking forward 2 driving it again. I use it as a 2nd car. They're awesome little cars and I enjoy driving it. I love my Magnum but the Lil Suzy with the 5 speed is wicked fun to zip around in and great for the winter
Thanks for the info. I installed a new remote start immobilizer which has key takeover so you should be able to just hop in and turn the ignition without the car shutting off. For some reason it only works like half the time. When it does work the ignition lock is only pulsed so you have to turn it at just the right time. Otherwise you get the Red Key light and have to insert the real key. I tried to see if there is something different that is coming from the remote started and immobilizer but it seems to do be consistent. I'm going to try this procedure but do you have any other clues on what to check?
Sorry I can’t offer any help. I keep all my vehicles devoid of aftermarket equipment for this very reason. Thx for watching. 🍀👍🍻
I just like at their site, they have anther upgrade. The latest version is V1.1.8. I'm going to try it today and see if it fixes the horrible refresh rate.
Hello, "TheGibby3340" I was analyzing your channel and saw that in your channel have some problem, That's why your channel is not much growing and not getting much engagement, If you can solve these problems, Your channel will grow like a storm. If you tell I can tell these problems. Where can I tell? Here or email?
Hello, "TheGibby3340" I was analyzing your channel and saw that in your channel have some problem, That's why your channel is not much growing and not getting much engagement, If you can solve these problems, Your channel will grow like a storm. If you tell I can tell these problems. Where can I tell? Here or ig or where?
Awesome video. Thank you
Thx for watching 🍻
Nissan pickups 83-89 had the z24 engine which also had 8 spark plugs for a four cylinder 😊
The modern Hemi comes to mind with 2 plugs per cylinder.
mercedes ML320 v6 has twin plugs. they started making those in '97. super efficient
Excellent way to trigger on a stall. Brilliant!
Might prove handy. Cheers 🍻
Thank You for taking the time and effort to share, It has been extremely helpful.
Thank you Sir. And thx for watching 🍻
Good primer, going to try getting a good can signal today. I have not tried can at all yet but have a cheap Bob myself and a few scopes that are capable. See how it goes mate!
Lots of reasonably priced options available these days. Thx for watching 🍀👍🍻
great video, cheers
Thx so much 🍻
The waste spark system was exactly that. The second spark plug fired during the exhaust stroke. Supposedly to complete burning any left over fuel during the combustion stroke. The second plug, was purely for emissions. Later models utilised both plugs during the compression stroke for a more efficient combustion cycle. The restrictive air inlet system, small camshaft, low advance on the ignition and other factors. Were all for emissions purposes. The engine itself is quite capable of making good power, while maintaining good fuel economy. It did so in many other applications.
Those engines have been made to deliver good power on the circle track poney stock cars. I think the real limiting factors were camshaft duration, overlap, and timing along with EGR used to decrease NOx. Plus it had a tiny extremely restrictive exhaust.
Thx for watching. 🍻
HScope has 3 trigger modes : AUTO/NORMAL/SINGLE SINGLE ( which is equivalent to what you were doing here) is a powerful thing. Allows us to capture and freeze fast events and have them fit on typically small page buffers of budget oscilloscopes I guess it's something that only us freaks truly appreciate🤣
Honestly I totally forgot that Modis doesn’t have “Single”. Kinda the whole premise of the video 🤣 Anywho…Hopefully the concept is clear. First cut had me rambling on for some 25 minutes 🤣🤣🤣Thx as always for watching Denis. Cheers 👍🍻
I asked Grok why it was so anemic. Looking at the cylinder heads, I thought the chambers looked pretty good, as I would have loved those chambers on many of the Ford V8s. I thought maybe it had a really low compression as possible reason for low power, but no. It had 9.4:1. Besides there are other ways to increase power before adding another spark plug to each cylinder. This is what Grok had to say: The consensus on why the 4-cylinder engine in the 1995 Ford Ranger produced relatively little power can be attributed to several factors: Design and Displacement: The 1995 Ford Ranger came with a 2.3-liter inline-4 engine, which was essentially a carry-over from previous generations with minor updates. This engine, based on the Ford Lima engine family, was known for its simplicity and reliability but not for high power output. The stroke of the engine was increased to create a 2.5-liter version in 1998, but in 1995, it was still the 2.3-liter with a modest 98 horsepower. The smaller displacement inherently limited the power output compared to larger engines like V6s. Performance Tuning: The engine was tuned for fuel efficiency and reliability rather than performance. This meant that while it was dependable and could achieve good mileage, especially in the 4-cylinder configuration, it lacked the power enhancements that would have been necessary for higher outputs. The engine's design focused on providing adequate torque for the truck's intended use as a compact utility vehicle rather than focusing on raw power. Technology and Age: By 1995 standards, the technology in the 2.3L 4-cylinder wasn't cutting-edge for performance. It utilized a single overhead cam (SOHC) design, which, while effective for the time, was less advanced compared to later developments like dual overhead cams (DOHC) that allowed for better airflow and thus more power. The engine's age and the incremental improvements it received meant it wasn't on the forefront of power delivery technology. Intended Use: The Ford Ranger of that era was not primarily marketed as a performance vehicle but rather as an economical and practical pickup for everyday use. The 4-cylinder option was there to cater to buyers looking for fuel efficiency and lower purchase cost, which often means sacrificing some level of performance for economic and practical benefits. Feedback from Users: User feedback from forums and reviews tends to echo these points, with many noting the engine's adequacy for light hauling and commuting but its noticeable lack of power for more demanding tasks or quick acceleration. Users often described these engines as "slow as snails" but "dependable as anvils," highlighting the trade-off between power and reliability. In summary, the 1995 Ford Ranger's 4-cylinder engine was designed with an emphasis on fuel economy, reliability, and cost-effectiveness rather than high performance, which explains its relatively low power output.
Interesting reading and fair commentary. Thx for the details & thx for watching. 👍🍻
A bad start never equates to a good finish . The Twin I Beam suspension was Ford trucks calling card since the late 60s .
That’s well said. Thx for watching 🍻
& thank you for this part 2 video 🙏🏽
Thx for watching 🍻
thank you for this part 1 video 🙏🏽
Thx for watching 👍🍻
slant six runs forever but dog in stock form no power
Thx for watching 👍🍻
the two plugs were for emissions and fuel mileage not power
With 98 HP this makes more sense 🤣 Thx for watching. 🍻
pinto head
Alfa romeo
Yeah my Pal who owned a Twin Spark sent me a couple of photos of his 156. Thx for watching 🍻
Probably needed two plugs because it ran so lean it would misfire on one plug. It's not like it had a massive combustion chamber to light.
Ford trucks had twin I beam from ends for decades. 2wd, 4 wd, full size and compact pickups, vans.
Understood. I was referring to other manufacturers, excluding heavy haulage. Maybe there are, none that come to mind. Thx for watching 🍻
Definitely have alot of love for the 2.3 ,i see them often in my work doing generator service. About 2yrs ago, i replaced a broken timing belt on one that was determined to be around an 81-82 engine. It had 1200hrs and the original timing belt. But belts are so unreliable and break, at least thats what ive heard. I highly doubt this new belt will last that long though.
Thx for watching 🍻
The timing belts have an expected average service life of 70,000 miles. Or 1,400 hours. Excessive heat, sand or other contaminants getting past the timing belt cover. Can both cause premature failure. I imagine heat caused premature failure in a static operation like generator use. More engine heat soak, due to much less air flow that a vehicle moving down the road would get. In static use. The belt should probably be replaced every 800-1,000 hours.
Nissan hard body's all the Chrysler hemi stuff. And a lot of Mercedes. I understand it's for better flame travel in some
👍 Thx for watching 🍻
Emissions and reduction in the potential for spark knock. The flame fronts each traveled a shorter distance than if only 1 plug were used. In that respect, they could run more spark advance than if only 1 spark plug were used, so better fuel economy and power potentially. That Ranger was a bit smaller and lighter than a Dakota, so power-to-weight ratio wasn't as bad as you'd think...at least when you weren't hauling anything.
Honestly there was no comparison between the Dakota I test drove (which was a V6) and my Ranger, power wise. I bought the Ranger because it was far cheaper and thought it would be miserly on fuel. Not so much. But was a very simple easily self maintained vehicle. Just the way I like um. Thx for watching. 👍🍻
You are backwards on the spark timing, it is less with a dual plug system. I have owned and modified my '94 Ranger which has been my daily driver for over 11 years. The stock timing curve is 10* at idle and only 30* full. Here is a link to one of the things I have done to increase both mpg and performance, " ie. efficiency" .th-cam.com/video/jm_Bk1o0Chg/w-d-xo.html .
Less timing with a dual plug arrangement because pressure rises faster, I work with dual plug heads all the time building performance Harley engines in my bike shop, they really worked best with the true hemi combustion chambers of the older Harley engines that have a big piston dome sticking up into the combustion chamber, the higher compression pistons you run the bigger the problem because you've got more dome blocking the flame travel, the flame has to go over and around that big nasty dome sitting in its way, so dual plugs help greatly with the older Harley engines that were true hemis, big twin Shovelhead, Panhead and Knucklehead along with the Ironhead Sportster. Starting with the Evo engine in 84 Harley started closing the combustion chambers and running a flat top piston, similar to what you see here, that results in a vastly superior combustion chamber, it gives you a squish area between the top of the piston and the head, at the top of the compression stroke that blows the air fuel mixture into that much smaller quench area so when ignited the flame doesn't have to travel far to burn all the fuel it can before using up its supply of oxygen, which also benefits less from dual plugs, the newer Harley engines that have combustion chambers that look like these I tell my customers not to waste their money having me dual plug the heads since the gains are minimal, unless it's a full effort race engine where a thousands of a second is the difference between winning and losing it's not worth the cost, the gains are big and worth it with a true hemi engine but one with combustion chambers like you see here you'd just be ekeing out a very small gain after spending $$$, aka no "bang for the buck". If that was my engine when I was putting it together I'd tighten that squish down to .025" to .030" through the use of a thinner head gasket, those squish bands don't really come alive until you get them down to .030" or less, then they really create turbulence when the piston gets to the top of its compression stroke, that'll take another 2° of timing out of the ignition advance (which means you've got an even more efficient combustion chamber), mass production companies are afraid to use gaskets thinner than .050" which amazes me because of all the gains they pass up from doing it, the difference between a .050" thick squish area and a .030" squish is much more than dual plugging a combustion chamber like that and it's free, I've never understood why manufacturers are so shy about going less than .050", I've put engines together with as little as .015" squish, on a chilly morning with every metal part shrunk down from temperature when first started you could actually hear the pistons clapping against the bottom of the head surfaces for about 3 to 5 seconds, well before you could take the choke off it'd already quit doing it, by the time the engine would warm up enough to take the choke off to where it'd idle on its own you could already rev it to 6,500 RPM's without any contact, although experience has taught me .030" is fine since there wasn't any gains from going less than that, so as long as the clay test shows me I have .025" to .030" inch with the head torqued down that's good enough as going less has no benefit. Those are good looking combustion chambers, even without dual plugs they look good, if he's got power problems it's from somewhere else, I'd love to be able to get a good look at the ports in that head, if they're not the reason this engine doesn't make a decent amount of power per ci then it's got to be a bad cam design, bad stroke to connecting rod length ratio or a combination of all of them, but it's not because of those combustion chambers, even with single plugs those are about as good as it comes when you're talking combustion chambers.
@@dukecraig2402 How does the pressure rise faster?
Twin I-beam was the same design as the full sized trucks. It IS a weak engine for what it had to push. This was basically a Pinto engine. The architecture could handle more power. Those engines can take 300 HP turbocharged.
The only thing more underwhelming than the power in that little Ranger was the rear wheel (2WD model) traction. Still it was a reliable vehicle. 👍🍻
Why wouldn't you just take the motor mount off and let the engine fall back or Jack it up
Yeah that’s works too. I prefer this approach as it takes 30 seconds, with little to no risk. Thx for watching. 👍🍻
Brilliant repair, well done 👍👍👍
Thx Steve. Canada Post forced me into this approach, as it complicates parts acquisition when the Posties are on strike! 🤣
Well, there’s a lot to be said for ‘working with what you’ve got (or what you can get)’…adapt and overcome…a great bit of problem solving 👍👍👍
I have a 88 Ford Thunderbird (fox chassis) with a 300 hp., 2.3. Original 190 hp. 240 torque.
Wow… That’s a long way off from my Ranger. DOHC 4 Valve ? (Edit: never mind, turbo charged I see) 👍🍻
When we were kids, one of my older buddies had his license. His father just bought a brand new '87 turbo coupe. Long story short, that summer when we went to the county fair we made it in 23 minutes. Anything else took 45mins.😂 We musta had that tach on 5500 in top gear for a good 12 minutes or so. Wow what a car. You already know ford didn't like bragging that it was 1mph faster than the mustang 5.0.
I have an 86’ Thunderbird Turbocoupe 2.3 turbo installed in my 91; Mustang.
@jeffgriffith7003 kind of a late homebuilt SVO 😀 They do handle a little nicer than a typical v8 car from what I understand
my 1977 Dodge D100 std cab (purchased new) had slant 6, three on the tree, no power steering, no radio, no cig lighter, no side mirrors even! hated it but couldn't kill it
🤣 Now days manufacturers don’t even offer box stock models. Today’s base models were yesteryears ultra deluxe trim lines. Wonder why 🤔 💰💰💰 Cheers Denis 👍🍻
Wow....I don't have a lathe.
Get one…or just buy the shift lever which comes with the ball stud. 🤣 I had to do this the hard way, as Canada Post (delivers Megazip parts) is currently on strike. With no back to work date in site 🤷♂️ Thx for watching 👍🍻
I once had a CJ with the 2.3 liter carbed iteration of the Ford OHC engine and what stunned me was the smoothnes of it. Never had a engine i couldnt listen to the valves ticking but that 2.3 would just go Whoosh Whoosh... Such a smooth engine!!
Had its favourable traits too. Thx for watching 👍🍻