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About Tightmopedman9

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    ever been to the southern part of the gulf for the Bonita run?
  • Birthday 09/04/1989

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    Denver, CO
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  1. Lowering a 1998 V70R with Nivomat

    The rear Kaplhenke just uses a standard 8/9/10" long, 4" diameter spring. You can put whatever spring rate you want back there. I'd just get the perches and adjusters and pair those with a set of QA1 TS510
  2. S70 T5 tune australia

    An 18G would be my go-to for 350whp. Kinugawa makes one with a RB26 style exhaust flange for the turbine. From my experience this is one of the best turbine styles you can get on a TD05/6 IHI turbo. The other popular style has a welded plate in front of the wastegate orifice, which really chokes up overall exhaust flow out of the turbo. Get rid of the K&N filter as the oil required for proper filtration will cook on to the MAF, throwing off readings. You'll need a better fuel pump, I think the DW200 is great and is as close to direct fit you can get for an aftermarket pump. You'll need larger injectors than greens as well. Deatschwerks is my go-to for injectors too; they make a 61mm long, 14mm inlet/outlet ev14 injector that just requires an electrical connector adapter to work. Their 800cc/78lb injectors are the same price as their smaller injectors and you won't lose anything by going with the larger size. You'll need to change out your MAF housing to a larger diameter to increase the maximal measurable amount of airflow. The stock MAF caps out at 826kg/hr, which can only support ~275whp. A 3.25" MAF from a BMW 540i is compatible with our sensors and can handle ~400whp. If you want a tune check out my website. It's all done remotely and I actually already have 4 customers in Australia.
  3. Tuners Rejoice! Free Tuning For M4.4!

    Anyone running a 608 .bin on an automatic with the transmission select bit changed to auto? Have you noticed an occasional P0130/EFI-212? I've noticed that on some of my 608 tunes for autos this DTC will be set seemingly randomly, even when the O2 sensor is operating well within spec.
  4. Volvo t5 lag

    Sounds like spark blowout, but hard to tell from the short video. What gap? What plugs? You have the ability to datalog so I'd suggest collecting a log to get a better idea.
  5. New Project - 1998 Volvo V70R

    You could probably gain a bit more useful power band by readjusting the cams. The intake cam has 28º of total range of VVT control and the exhaust cam 17º. When the cams are timed according to factory spec and the VVT control left alone you'll effectively have 14º of retard on the intake and 8.5º of retard on the exhaust. I'd recommend advancing the exhaust by ~10º and advancing the intake by ~6º to liven up the low/mid-range a bit and give you a touch less overlap, which can help with knocking in the mid-range.
  6. New Project - 1998 Volvo V70R

    There is no NGK copper equivalent to the BKR7E for use in the R head. I'd recommend NGK LFR7AIX-11, they're one heat range colder than stock and reasonably priced. I'd start at .026" gap. Also, if you're still using TurboTuner with no way to monitor knock then set all your high load ignition value to 6.75º to be safe. If you run the same ignition map as you were running before it won't take long to destroy the new engine.
  7. Tuners Rejoice! Free Tuning For M4.4!

    have you tried starting the car with the ECU after flashing?
  8. The VAST Wagon Build

    Its a good setup. Its never slipped and since it's a full face organic it is easy to drive and has a wide engagement point. The pedal is really stiff though. I'm not running fender liners, which is something pretty shitty to give up, but I just try not to drive when it is wet or on dirty roads.
  9. The VAST Wagon Build

    I don't want to make driving the car a chore so I didn't go for super skinny tires. Their a good enough compromise. I was on 215's with the TDRs, so the grip is more, but the handling characteristics feel about the same. The DW900 injectors I'm using sit just a touch deeper in the fuel rail than the stock injectors, so the o-ring didn't fully seat in the manifold. I cut the stock mounting tabs off and welded some new ones to drop it about 1/4". Not exactly show car quality, but it was free and took me 15 minutes... On the right is the injector o-ring before lowering the rail, on the left is after.
  10. The VAST Wagon Build

    I also got some new wheels. Wrapped in some Goodyear Eagle F1 Asymmetric 2's, they're stock equipment on the Ford Focus RS in 235/45R18 so I was able to pick up a never mounted set on CL for $250. They're not the most aggressive street tire, but the ride is comfortable, the slip predictable and the grip good, and for the price I couldn't say no. I had to decommission my TDRs, which was unfortunate since I spent 15+ hours prepping and fixing them, and $180 on paint. I realized every wheel had a significant hop in it, even the wheel which I had only been running for 1 year and had never curbed. Also, I found 3 cracks on the inner rim on one wheel after painting and had already fixed two cracked spokes on another, only for them to re-break just a week after putting them on. I guess that's the price you pay for running 17lb wheels... I'm going to try and re-fix the spokes and keep them for some track days.
  11. The VAST Wagon Build

    Long time no update... I finally got around to putting some more work into the car, trying to get it ready for hitting the 1/4 this year. Last time I put the valve cover back together it was after taking it off 4 times in the span of a week and I didn't do the best job sealing it up, not to mention I used Permatex's anaerobic sealant (which I haven't had good luck with even when taking my time). I was losing about a quart every 800 miles, so I decided to take it back apart, do it right, and while I was in there add some free power. I measured 2 sets of cams from some heads I had in the shop and measured their lift. Intake - 30637410 - 8.38mm, 259° Exhaust - 8642712 - 9.04mm, 291° Duration was measured at .005", which I know isn't a standard anyone uses, so just take the measurements for the sake of comparison. One set was from an '04 R, the other from an '05 R and they turned out to be identical. I was hoping that the cams in my head were less aggressive, being that the head was originally from an '05 LPT engine, but they turned out to be the same. Not wanting to seal up the valve cover without doing anything performance related I decided to swap out my intake cam for an exhaust cam. In order to time the cam correctly I fabricated a new cam locking tool which would hold both cams in the same relative position to the Volvo 'base' position. I measured the peak lift on the intake cam relative to the base position for the tool and then rotated the exhaust cam to the same location and welded up a new locking tool. On the left is the angle from the base position to maximum lift on the intake cam, on the right is the exhaust cam in the intake cam's base position using the cam locking tool. Luckily my cam locking tool cam with two additional pieces that fit into the back of the cams, so I just welded one onto some 1/2" steel plate at the correct angle. Since I'm also controlling the VVT solenoids with M4.4 I swapped an intake VVT cam hub onto the exhaust cam. I measured the exhaust VVT hub as having 16.8º of range and the intake VVT hub at 28.3º. The VVT unit only advances the cam from its' base position, and knowing that I could now advance both cams almost 30º I decided to add 8º more static retard to the cams. With this much retard the engine had almost 0 compression until the VVT units pumped up. After some experimenting I decided that this was too much retard and wan't producing any more power so I set them back to their normal base position. At idle I fully advance both cams and the car idles very smoothly. I can actually reduce the idle speed to 700RPM without much degradation in idle quality as well. Based on the calibrated butt dyno V1.03 I measured a 18.437298445WHP increase in power from the cam and VVT hub swap. Seriously though, the difference was noticeable. My Aeromotive Stealth fuel pump died on me, which may have been due to the fuel filter element I was using. The fuel filter I bought only has cellulose filter media available which is not compatible with E85, so the filter had become very clogged, which I think led to the early demise of the pump. I'm currently looking for a 10 micron stainless element fuel filter, but haven't had much luck. I replaced the Aermotive with a Walbro 460LPH in tank and redid the wiring to 12AWG. I also redid the fuel pump wiring entry into the tank with a purpose made fuel cell bulkhead fitting. I used a 6 pin Deutsch DT series connector and split the power wires into four at the connector to negate any contact resistance. I know it was overkill, but I had a problem with melting the wiring on the Aeromotive and I didn't want to deal with that again. I'm working on adding the SAS pump to my crankcase breather system, turning on above a set load threshold and sucking through the catch can. I'm not sure it will do anything beneficial, but it won't take much work to implement so I figured why not. Next up is an intake manifold which I should be done fabricating in a week or so.
  12. My Volvo S40 T4 700hp with Holset

    'V40 1K' Love it!
  13. New Project - 1998 Volvo V70R

    Dang, I've been misinformed for a while about that. Thanks for the clarification. That timing map is much too advanced at higher load. With your setup you should be running about 7º timing at full load/3800RPM and tapering up to maybe 11º at redline. Without having feedback on knock you won't know what's too advanced though. Sorry to keep shit talking, but you need to ditch Turbo Tuner. It is a dumbed down GUI overlay of some very basic M4.4 maps and doesn't give you a complete picture of the parameters you need to control to tune properly. The hardware inside the ECU is a Moates Ostrich 2.0 EEPROM emulator which is directly compatible with TunerPro. You can make the switch from the Turbo Tuner interface and switch to TunerPro, using the files provided in the M4.4 wikia. You'll be able to actively datalog and record, and monitor parameters like knock count and you can hook up your wideband so that you can datalog it's output along with everything else. VVT control can be as simple as a RPM window trigger, but I wrote some code which uses the pre-heaters for the O2 sensors to control the cams independently, so you don't need any additional hardware to control the cams.
  14. New Project - 1998 Volvo V70R

    You'll benefit from the increased stroke length and displacement on the R engine. Also the port geometry is preferable, the switch to smaller valve stems happened in '05, but iirc some '04s got the 6mm valve stems, just depends on mfg. date. Control of the VVT solenoids can help speed up the boost onset, and helps with low RPM torque. The engine will be limited by the 83mm should you ever choose to increase power output past ~350WHP. The engine only has 6,000 miles on it?! Out of curiosity, could you post a picture of your timing map? Also, I'm not sure if Turbo Tuner upgraded their GUI, but can you view knock count or ignition retard per cylinder?
  15. dougy's 300$ C70

    any details on that hose connector? Did you weld it or just press fit?