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To a huge degree, the 2017 Strada GT answers all the criticisms leveled against Mitsubishi’s pickup truck offering when it first came out two years ago. From the removal of the toothy chrome grille to the application of the latest MIVEC clean diesel engine, the Strada GT has finally hit all the right notes and this should easily sway the buying public to take notice of it once more.The 2017 Strada continues with its science fiction/concept car inspired look, but this year, the chrome has been toned down. There’s still some shiny bits found on the side mirrors and door handles, but the single biggest offender—the chrome grille—has been replaced by a matte black number. It’s surprising how a single design element has managed to change the Strada’s entire character, but it’s very effective in this case. Aside from the new grille, this top-of-the-line model also gets a front nudge bar (where you can install off-road spot lamps), 17-inch two-tone Diamond Vane wheels, and a rear bed roll bar. Built from the ground-up as an “everyday pickup truck”, the Strada’s proportions prioritize usability than outright hauling capacity.
Though the bed itself can still carry a good amount of cargo (it’s larger than the model it replaces), the news here remains the cabin’s space and execution. Maximizing the compact wheelbase, the interior is car-like. The steering wheel offers adjustment to both tilt and reach while the driver’s seat itself moves electrically. The gauges look plain, but are extremely legible while all the other controls are within easy reach.
The front seats are also good, offering body-hugging bolstering and support; but it’s in the back where the Strada has a big advantage. The knee room is already great, but it also comes with a comfy seat pitch and generous cushion length. Indeed, it’s actually possible to spend long drives seated as a rear passenger without complaints.For 2017, Mitsubishi has dismissed its long-serving 4D56 engine for the all-new 2.4-liter MIVEC clean diesel engine. Fitted in the Montero Sport SUV as well, it’s easily one of the smoothest, quietest diesels ever put in a pickup. It’s quiet at idle with minimal clatter and it doesn’t get much louder as the speeds go up.
Aside from its refinement, there’s good pull too. Granted the power doesn’t come in linearly, it’s still there. Feathering the throttle and keeping the engine at its sweet spot are your best bets to keep the pace going. Mated to the 4N15 engine is a 5-speed automatic. It’s 3 gears down compared to the Montero Sport, but the revised ratios do maximize the engine’s power. Though generally responsive, once or twice, you’ll catch yourself expecting an upshift only for the transmission to hold that gear a bit longer.
Apart from better power, it also improves the fuel economy: 9.43 km/L or an 8 percent improvement over the previous GLS Sport V.The Strada remains surprisingly maneuverable for its size. The hydraulic assist means a weightier feel compared to an electric assist set-up, but it feels lightened up for 2017. Compared to other pickups, the ride is cushier, but it can get unsettled over lumpy, corrugated surfaces and deep ruts.
On the other hand, it can carry more speed through curves with far less drama. The body itself feels solid, but the numerous cabin rattles do little to reinforce that. Although Mitsubishi has yet to adopt a fancy terrain-based 4WD system, the Super Select 4WD-II in the Strada does the job just as well. This system combines traditional helical gears (Torsen-type) with a viscous coupling. This system is deemed the best setup because it allows the Strada to react quicker on changing surfaces such as slippery or rugged terrain. Not only does this system allow a locked differential like a typical pickup, but it also enables its 4WD system to work even on paved roads. Together with this 4WD system is the adoption of Mitsubishi’s Active Stability and Traction Control or M-ASTC system.
New for this year, it uses a comprehensive network of sensors to prevent drifting out of control by managing engine output, power distribution, and even braking force. In short, the Strada GT is always pointed in the right direction whatever the road or weather condition. What’s more, it helps maximize the full potential of the engine with complete confidence.At P 1,655,000 the 2017 Strada GT represents a substantial P 215,000 price jump compared to the GLS Sport V before. But it still manages to play the value card quite well. On top of items such as the multi-information trip computer, dual zone climate control, push-button engine start/stop, HID headlights with LED DRLs, GPS navigation, and reversing camera; this year, you also get leather seats, a power driver’s seat, automatic headlights, rain-sensing wipers, 7 airbags, tire pressure sensors, traction and stability control, and of course, the new engine.
The only problem is that with the amount of toys, some don’t place nice with each other. In this case, it’s the keyless entry and alarm system.
If you use the door handle button to lock, you must also use it to unlock; if you use the key fob to unlock, you must also use it to lock. Any other combination will cause the alarm to sound off. It’s a minor issue for sure, but it’s an annoyance nonetheless. After all’s said and done though, the 2017 Mitsubishi Strada GT is worthy of another good look. In the increasingly competitive pickup truck segment, it’s finally come through as a well-packaged, well-equipped, and now, modernly powered and nicely styled offering too. It may not have the same credentials marketing and PR people like to harp about, but it delivers on where it counts.
It’s well-suited to the needs and demands of everyday life that it’s hard to find another pickup as well balanced as this one. Ownership2017 Mitsubishi Strada GTYear Introduced2015Vehicle ClassificationPickupThe BasicsBody Type4-door pickupSeating5Engine / DriveF/4WD, Low, LockingUnder the HoodDisplacement (liters)2.4AspirationTurboFuelDeliveryCommon Rail DirectInjectionLayout / # of CylindersI4BHP @rpm181 @ 3,500Nm @ rpm430 @ 2,500Fuel /Min. OctaneDieselTransmission5 ATCruiseControlYesFuel Economy @ Ave. AnonymousYeah, the 2017 Isuzu Dmax is very good. Try to search for it, don't forget to include '2017'.Actually, the Hilux is good in terms of reliability, parts availability, and resale value.
The only problem is the hard ride. I too drive a Hilux. It is because it's build for hauling but you can always improve the ride of your Hilux just by changing all the shock absorbers.Ranger is a good truck too, when they're still new and low on mileage. It's just that, their reliability isn't that solid as compared to Japanese brands (esp. The engine) and parts are so rare you have to order them abroad and it's really expensive compare to others.But if you're rich, maybe not a problem for you.
OD measures 1.765'. These are definitely 1-3/4' primaries.I'm working on a solution for the interference. It looks like there is about 3/4' to 1' of space between the #2 and #6 primary. That means that I should be able to pull the #2 over that far to get rid of the contact with the frame rail.
I might just clamp it up, and see if it stays on its own. If it doesn't, I have no problem with welding a small strap/patch on the bottom to hold the #2 to the #6.In other news, I installed the 4th gen master and new 3rd gen disc proportioning valve. I really need to blow my fuel lines back into the tank (to stop the siphoning), and cut them off from below. I'll try to get to that Sunday when I'm home again.
It's getting to the point that I'm thinking about taking a couple of days off work to wrench on my car.This 4th gen master reservoir really fits under the hood? My guess was pulsed MIG, and not TIG. The chill pattern on the puddles looks like it starts in the center of every deposit. That would mean that the arc is stopped and a new arc is struck for every new deposit.
The chilling of a TIG weld puddle should start from the far edge and lack the radial shrinkage marks.GMAW, GTAW, SMAW, SAW, or even OFW are all totally acceptable, AWS approved, manufacturing techniques, so long as they are executed according to accepted standards and good practices. The joinery on these pieces were solid and consistent. So, I feel that they have a handle on the process.I didn't even notice the stringer bead though.
Thanks for pointing that out. I was too absorbed by the 'shiny'.But, back on task. Does the 4th gen reservoir clear the stock hood? After a few days off, I'm back at it. Technically, I have been doing things, just not very dedicated to it. But, after a long, cold, wet weekend, I'm ready to hit it again.I got my hubs turned down and spindles modified to accept the LS1 brake setup.
Everything fit together at the machine shop, but when I got them home, one rotor didn’t fit. So, I have them back again today to revisit the OD.Question: Does anyone have a nominal dimension for the OD of the thirdgen hub? I’m wondering if anyone has a target value, like 5.850” (or something).Last night the new bushings got pressed into the control arms, and the control arms reinstalled. I need to grab a couple of new ball joints to finish that up. The spindles were also chopped up for the LS1 brake conversion. Everything there went as good as could be expected.
I’ll grab some new hardware, and hope to have the front end put back together tonight.I’ve also worked a bit at reinstalling the dash. I got the dash in last night, and will get to work on finishing up the mounts tonight. The 4th gen steering column is bolted in, and an Astro van intermediate steering shaft is on order. The intermediate shaft should be in on Monday.In other news, I found out that my two front wheels are out of round.
They have approximately 3/8” to 1/2” runout on the inside lip. I contacted a wheel repair place, and they are going to attempt to true them. From what I can see, it shouldn’t be a problem.The passenger side header is still irritating. I went after it with my Jawhorse and now have about ½ of clearance between the #2 primary and the frame rail. However, the #4 primary is hitting the frame rail further down.
I think I’m going to bolt them securely to head, without a gasket, and use a come-a-long and a chain to pull the #4 off the subframe.After I get the header tweaked a bit more, I can weld on the V-band flanges and build my Y-pipe. I’m going with a 3” QTP electric cutout, then a cat, then a Flowmaster stainless American Thunder cat back. It would be nice to have the car on the ground and do the rear end and gas tank/fuel line swap this weekend but I’ll see where I wind up. I actually got a lot done today.
At least it feels like I got a lot done. The front end is back together, with the exception of the the sway bar end links. I had a lapse when I was reinstalling everything, and thought that I could just raise the bar up and over the arms after everything was in place. As it turns, this is not the case. Anyway.The part that I really dreaded; re-installing the springs.
If you have one of the OTC internal spring compressors, it really isn't too bad. Here you can see that you need to compress the spring to about 12.5' OAL. Note the position of the pads on the spring compressor, this is the easiest way to set them so that you can everything back out again once the springs are in.Then just set the compressor through the hole in the A-arm, and carefully align the spring to the upper pocket.After that, use your floor jack to lift everything into place. You'll have to compress the spring a little bit, but the bulk of the compression is already done. So, you're not putting too much force on the front of the car.Got the new brakes on. The LS1 brake package is sitting behind a 1.75' thick spacer.
The spacers are really nice pieces. I'm impressed with the quality, tolerance, and finish for the price. (Not sure if I'm too keen on those blue brake pads though.)And, of course, I had to go ahead and hang one of the new wheels and tires. Just because.That's it for now. Things are really ticking along. I have to order about $1,500 worth of parts tonight, then I'm the home stretch. Got a chance to do a little work this weekend.
Actually, it feels like I got a lot done. And the end is near. See below.First up, I got my Astro van intermdiate steering shaft installed. This did not have the thru hole in the center of the intermediate shaft joint for the 4th gen steering shaft.
So, I slid it onto the steering shaft, and just ran a drill bit through the hole to make a notch on the 4th gen shaft.Next up are the heater hoses. I bent the bracket, sliced a bit off the end, and then drilled a new hole in the frame rail to mount it. I also decided that I preferred the 4th gen harness routing, and moved the harness to the fender.Oh. And, I got underneath and pried on the passenger side header. Something gave, the motor and trans seemed to pop into place, and now I have a 1/2' clearance for everything.
I'm not quite sure what was hung up on what, but something was causing the driveline to be tweaked toward the passenger side. It bears noting that I still had to beat the snot out of the headers to get them to fit.Then I decided to tackle the wiper reinstallation.
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That went pretty much without a hiccup, but did require readjusting the linkage to get the wiper arms to park where they belong.The biggest bit of news is most likely the carpet install. I did finish running FatMat throughout the rest of the passenger compartment. So, when my carpet showed up on Saturday, I couldn't resist getting it in the car. The console is just sitting loosely at the moment, and you'll notice the E-brake handle is missing.
I'll attack both of those after I get the seats and seat belts installed. That should secure the carpet.I was really happy with how the under-dash wiring went. Everything just plugged in, and there was absolutely no drama. The only connection left undone is the airbag. Since I'm not going to reinstall the SDM, I don't want to risk a spontaneous/erroneous airbag deployment.Just another shot of the filled dash.
(Note to self: I really need to clean the dash.)Here's a shot of the passenger's foot well, showing that everything just plugged in. I think I'm going to scrape the areas where GM used tar paper to seal the body, and cover it with patches of FatMat.This must be the bulk of the gap that people complain about with the 4th gen consoles. Yeah, I can get a finger under it. But, honestly, with the ebony carpet, everything just kind of blends in. I'm ok with it.A shot from the passenger's side, showing my horrendously dusty dash.
With all of the grinding and sanding that I've done, I'm surprised it's as clean as it is.A shot showing the fit of the rear of the console. Again, I'm ok with it.And now for the obligatory, end of post question:In this last photo, you can see the factory mid-body harness connector ( also visible in the upper left hand corner of the photo above). This has what I believe are the taillights and power hatch motor wires. I thinking about splicing the harnesses at this point, as, no matter what I do, I will have to splice the taillight harnesses to get the 3rd gen lights to work with the 4th gen harness. So, the question is, does anyone have a complete body wiring diagram for an '89 and a 2000 Camaro that they would be willing to share? Please?That's all for now. I would love to see how you mounted the dash.
You seem very thorough with everything else. You did mention that you were moving the wiring to the 4th gen location. I've seen those guys drill a couple holes in the wheel well and route their harnesses over top of the plastic inner fender. It hides the wiring, making it look a lot cleaner. Just an idea if you feel like it.I should have the wiring in my Chilton manual. If I remember after I wake up tomorrow I'll scan it for you. I took the entire 4th gen harness, I havent made it to the rear of the car yet but I planned on using the 4th gen wiring and swapping pigtails for the rear lights.
To be honest, at the moment, I just have two or three screws through the factory mounting holes in the 4th gen dash, and into the factory retainer pieces in the 3rd gen firewall. There are also the two mounting studs that hold the steering column up. The plan is to fit the kick panels, and see how much room I have to play with, then I can fabricate some sort of lower mounting point to the chassis. I will also drill the required holes in the firewall to screw the top of the dash down.I’ve struggled with how to minimize the wiring mess for a while now.
There are places to route the wires in a thirdgen. For example, you could get into the fender next to the battery, and return to the engine compartment behind the wheel well.
But, doing that would require extending the harness for sure. I will keep it in mind though.
We are supposed to have nice weather tomorrow. So, I figured that would be the perfect time to take the day off and get the 2000 up on the concrete and get the rear, fuel tank, fuel lines, and e-brake pulled.Looking at it realistically, I need to install the fuel tank/pump, fuel lines, and a battery and I can fire this thing up.
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So closePlease take some good pictures along the way. This is one area that I think I'll need all the help I can get on my engine swap. Two more weeks and I'll be free to work on my project. I got the rear, E-brake setup, and fuel tank out of the 2000. The rear was awfully rusty, as was most of the rest of the underside of the 2000. How does someone do that to a sports car?I remembered that the gas gauge on the 2000 was little wacky toward the low end of the scale, so I pulled the sending unit.
I'll get pictures of it up later, but the level sender is junk.So, I won't be putting the new tank in until my new sender shows up next week. I picked up another bottle of argon and some stainless filler rod yesterday, so I'm going to try to get my V-bands welded on the collectors and have the headers installed tonight. I may or may not be installing the fuel lines tonight, that depends on how the V-bands go. I got a little more work done today. It seems like things are kind of dragging out in the end here.First up, I pulled the rear out of the 2000 and got it washed up to paint. Nothing too special, just your typical, nasty, rusty rear.The center section was caked in grease.
I'm guessing there was at least 1/4 of grease on that thing. A little industrial and a pressure washer, and we got it all cleaned up.I noticed that on the 4th gen torque arm that there appeared to be a urethane type coating on the driver's side of it. I would guess that this was to mitigate structure borne noise transmission.Just a shot of the rusty diff cover.And here it is, still wet, after a nice coat of POR-15 satin black.I like the way this stuff dries. In a day or two it will be rock hard.Another angle.The center section cleaned up really nice.
Don't worry, the caliper abutment brackets are coming off for their own paint job, and I'll likely be replacing the calipers themselves. I also got some work done on the fuel tank. Well, there really wasn't a lot to do, but I pulled the sending unit.Here's the 4th gen sending unit.And here's the problem with my fuel level sender.Two of the fingers are broken off the lower wiper.
I wanted to replace this when I had the tank out, but had a lapse with respect to ordering it. I knew when I pulled the tank that I had forgotten to do so. The new one should be here Tuesday or Wednesday.Also pulled my headers for what I hope is the last time. I straightened out the collectors enough to tap the V-band flanges on.I'm going to try to 'cheat' the joints a tiny bit and angle them in toward the transmission. Hopefully this will help me keep a little more space between the Y-pipe and subframes.That's all for now folks. It's a busy week here, so I don't know how much I'll be able to get done.
I'm kind of disappointed that I forgot about the sending unit, or I could have had this thing fired up this weekend. I put in an 8-1/2 day on Sunday.
The old rear, E-brake, exhaust, fuel lines, and fuel tank are out. The new fuel tank, fuel lines, rear, and E-brake setup are in. I didn’t get too many pictures, as I was thrashing to get stuff done. I can crawl underneath for some shots of the fuel tank and lines. However, if you’ve seen what they look like on a 4th gen, that’s exactly what they look like on my swap. It was pretty cool that everything just plugged right in.I put my new rear wheels on, and they are a little close. So, I ordered a set of 1” spacers to bring them out to a comfortable position.
But, the car is sitting on the ground, on all four wheels, for the first time since March. We’re getting close.
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I think this is my last question or at least I hope so are your headlights, turn signals, and side markers wired up and working if so is it simple? Thanks for the helpHey, no problem. At least this way I know people are reading the thread.Everything works just like it did in the 4th gen. I'll need to get a little creative with adapting the 4th gen wiring to the lights, but the 4th gen had essentially the number of lamps in the same locations. So, it should be as easy as snipping off the plugs and splicing on the 3rd gen style plugs.I don't have the ambient light sensor on the dash pad installed yet (mainly because the dash pad isn't installed yet), so it makes the BCM think that it's dark. It's kind of neat that when I turn the ignition on, the front marker lights light up. And then when I release the E-brake, the headlights turn on.If there's anything that you want pictures of or more info on, just ask.And, if anyone knows of a 4x6 sealed beam conversion that accepts 9005/9006 T4 base bulbs, I really need a set.
Whys it do that? Never heard of 4th gen doing thatIt's part of the automatic headlight system. If it's dark outside, the parking lights come on with the ignition. If you start the car with the parking brake set, the parking lights are the only ones illuminated after start-up. As soon as the parking brake switch is made or broken (haven't actually looked to see if it's an NO or NC switch on the 4th gen E-brake), the headlights will turn on.
If the ambient light sensor indicates that it's day time, you get the DRL's and the parking lights go out. I can't remember for certain, if the parking lights remain on with the DRL's, but I thought they went out.The reason that the parking lights are coming on right now, is that I don't have the ambient light sensor connected. Once I do that, it will be automatic headlights as they were intended to operate.These features were one of the reasons that I elected to keep the 4th gen harness in it's entirety. It's part of the automatic headlight system. If it's dark outside, the parking lights come on with the ignition.
If you start the car with the parking brake set, the parking lights are the only ones illuminated after start-up. As soon as the parking brake switch is made or broken (haven't actually looked to see if it's an NO or NC switch on the 4th gen E-brake), the headlights will turn on. If the ambient light sensor indicates that it's day time, you get the DRL's and the parking lights go out. I can't remember for certain, if the parking lights remain on with the DRL's, but I thought they went out.The reason that the parking lights are coming on right now, is that I don't have the ambient light sensor connected.
Once I do that, it will be automatic headlights as they were intended to operate.These features were one of the reasons that I elected to keep the 4th gen harness in it's entirety.Didn't know 4th gens had that assumed they were same as 93-96 pretty cool thanks ripping out the last of my wiring and pulling steering colum. Didn't know 4th gens had that assumed they were same as 93-96 pretty cool thanks ripping out the last of my wiring and pulling steering columYep, in the video above, if you watch closely, you can catch the headlight function in the instrument cluster.
When I cycle the ignition on, the gauges light up. It's hard to discern with all of the indicator lights lighting up as well, but that's when the parking lights come on. Again this all because I don't have the ambient light sensor hooked up yet. If that sensor was present, the lights would remain off.
Cool nice build by the way. Have you got your headers on yet? Also what are you doing for door panels I'm going to try and mold a pair of 98 firebird panels inYep, the headers are in. I've been starting it up to pull it in and out of the garage while I work on the interior.
The 1-3/4' long tubes sound mean.I started my door panels on Saturday. After I pulled the 3rd gen door cards off, and saw the pristine door shells, I didn't have the heart to chop up the doors. So, I elected to chop up the plastic door panels from the 2000 instead. I wound up trimming the 2000 door panels, and getting them to fit without modifying the door shells at all. I'll get pics up at some point.
I still need to do the driver's side. Just a suggestion with the rear wiring.
Why not just run the 2000 wiring in place of the original 89 wiring, and purchase new connectors from rockauto. That is what I think I'm going to do.
If you do that the wires will be 11 years newer, and the connectors will be brand new. Just a thought though.I wound up splicing in the left rear quarter.
It was an easy 'wire for wire' / 'color for color' splice. I still need to run constant power back to the hatch pull down motor and pull the third brake light down to the hatch. Overall, it was pretty easy.I'm currently fighting with the stereo system.
I think I can get 6-3/4' coax speakers in the doors, and under the panels. Wow, the lack of udpates here makes it look like progress has stopped. Tamil movie bgm. However, the weather has been good, and I've been hard at work. So, a lot has happened.First up, I did get the 4th gen door panels on without hacking up my door shells. It may have been due to the style of door card that I'm working with, but it really wasn't that bad.All that was needed was a little trim from the upper rearmost part of the door card.Here is a comparative shot from the backside.And another, closer shot.Questions about that one?Next up is what I spent 6 hours on last night.
I'm not totally satisfied with the fit at the cat-back system. But, it looks really slick, and it fits. So, hooray.I don't know that I'll ever use mandrel bends again. Stacking miters was so easy. I also made my own 3.00' to 2.50' transitions (basically because I hadn't done that before, so I thought it would be fun).The 3' QTP cutout. It's tucked up in the rear passenger seat area.That's ll for now.
Today is 'SEM recoloring day'. I have all of the cargo plastics to fix up and spray with SEM Color Coat. I talked with SEM last week, and told them what I was doing.
They advised me to go with a custom mixed Ebony color that should match the rest of the 2000's interior parts.I'll throw some updates up on that one. I haven't been very good at posting pics lately. If we have some agreeable weather this weekend, I would like to get some finished shots of the car.The interior is done up to the kick panels and dash cap, and the bumper cover still needs to go back on the front. But, I couldn't resist a quick road test last night. I think I may have made a huge mistake somewhere during the build.I got onto the blacktop, put it in first gear, and gave it a 'little' throttle.
The car just broke loose and shot forward. It was amazing coming from the old TBI 305. Although, I really thought that a sport compound 295 tire would grab a little better than that. So, my mistake was thinking that an LS1 wouldn't be enough.A couple of observations at the end of the build:1) My Pro 5.0 stops are too short. I had a really hard time getting the car to go into second and third. I drove it all last summer in the 4th gen, so I'm pretty confident the problem lies in the shifter adjustment. Unfortunately, I’m not finding any really solid info on how to set them correctly.
I’ve seen everything from ¼ turn interference to 1 turn clearance. So, anyone with a Pro 5.0, how did you set yours?2) When I did my 3-point turn maneuver to get the car out of the garage and into the driveway, before the blacktop test, it felt like the rear was locked.
If you've ever tried to turn a car with a spool, it felt a little like that. My first thought was that something was rubbing or dragging up front. But, I didn't see any rub marks on anything. I haven't had the cover off the diff, but does the fourth gen use the Eaton Posi carrier with the centrifugal weights?
I wonder if those are/were locked up for some reason.3) Using HP Tuners to do a MAF delete tune seems to be the way to go. I had no hesitation or stumble, and it seems like the car can really breath.
Dumping the MAF also made it easier to get the air filter sorted out. And with HP Tuners, the only warning lights I have now are from the ABS delete (ABS, Brake, and Service Vehicle). I’ll probably just de-solder those from instrument cluster PCB. Unfortunately, that means no light for the E-brake, but the handle sticking up should serve as a pretty good indicator.4) The funky sounding exhaust sounds much better when the car is moving. I thought that maybe my merge angle was too big, causing some issues with resonance.
But, it may have been reverberation from stuff behind or around the car. I got really used to how the SBC sounded with Headman shorties and a Flowmaster. I was expecting the same or very similar sound from the LS1. I don’t know why I was thinking that, as the Flowmaster on my old 2000 Silverado sounded totally different too. But, I think it sounds decent at least.5) The brakes finally bled out, and they feel good-ish. I was having a really difficult time pushing fluid to the front right, so I put it on the back burner while I worked on other stuff.
After a couple of sessions of moving in and out of the garage, something let go, and the pedal went soft. So, I tried bleeding again, and everything seems just fine.6) The car NEEDS a good wash and claying and compounding and wax and sealer (even though the awful single stage respray that was done years ago, without my consent, is failing horribly).Next up is a photo/video shoot. 1) My Pro 5.0 stops are too short. I had a really hard time getting the car to go into second and third. I drove it all last summer in the 4th gen, so I'm pretty confident the problem lies in the shifter adjustment. Unfortunately, I’m not finding any really solid info on how to set them correctly.
I’ve seen everything from ¼ turn interference to 1 turn clearance. So, anyone with a Pro 5.0, how did you set yours?On my Pro 5.0, I backed off the stops, then when the shifter was in the 'natural' position for each gear (well, 1,3,5 and 2,4,6) brought the stops up until they just touched. This allows normal shifting when driving sane and then wont let you go 'too far' when you are hammering on it.
This set up works great for me at least. 2) When I did my 3-point turn maneuver to get the car out of the garage and into the driveway, before the blacktop test, it felt like the rear was locked. If you've ever tried to turn a car with a spool, it felt a little like that.
My first thought was that something was rubbing or dragging up front. But, I didn't see any rub marks on anything. I haven't had the cover off the diff, but does the fourth gen use the Eaton Posi carrier with the centrifugal weights? I wonder if those are/were locked up for some reason.Not sure on this, but did you play with the front end at all?
I know on mine when I first set up my front end, I got some camber bolts for the spindle/strut connection, maxed out the camber on those and then fine tuned the setting with the strut mount. The front end skipped horribly and just never felt right. So I took out one camber bolt, used the strut mount for the major adjustment and then fine tuned with the bolt, much better now, very little hopping, it's just how all the angles stack up on these cars. 4) The funky sounding exhaust sounds much better when the car is moving.
I thought that maybe my merge angle was too big, causing some issues with resonance. But, it may have been reverberation from stuff behind or around the car.
I got really used to how the SBC sounded with Headman shorties and a Flowmaster. I was expecting the same or very similar sound from the LS1. I don’t know why I was thinking that, as the Flowmaster on my old 2000 Silverado sounded totally different too.
But, I think it sounds decent at least.Definitely a difference from SBC to LS1 exhaust. I think it's about the only down side of the swap, loved the L98, even with stock manifolds going into my Flowmaster catback. Now I have long tubes/ory into the same 3' catback, cool sounding still, but not the same.