johnnyg
New member
I am not sure I understand your point..
Doc and the Spyderdom relationship is most outstanding in my book.
I just have a bungie cord that just keeps on working.
You tell them Forrest.
I am not sure I understand your point..
Doc and the Spyderdom relationship is most outstanding in my book.
I just have a bungie cord that just keeps on working.
Did you tell the same think for the failed "power plant" non-turbo Spyders?
From what I see, it is just my opinion, that far too many spyder owners think they know what is best for the bike or what will or will not damage it if they install aftermarket parts. Far too many owners must think that no engineering went into the bike before certain parts were selected or certain settings where made.
The bike was designed with a particular end use in mind and comes with good performance and handling, for BRPs target demographic.
I use all BRP oil and lube products, air filters, tires, plugs, and get excellent tire wear, good performance and most of all excellent dependability. Furthermore, if I were to have a major malfunction, I can show that it's all BRP products that were used.
It's a bike owners right to do as they wish and modify the machine as they want. It just does not seem right to be making a blanket statement that there is something wrong with the engine when it has been proven long before the spyder came along and even now there are many people happily enjoying there spyders using them for what they were designed for.
BRP seems to be a company that does the right thing when they know there is a major mechanical problem (power steering recall).
I am not aware of any warranty that covers failures when the product has been used in competition or modified for performance.
I don't know for sure but I would think that BMW or HD given similar circumstances would end up with the same resolution.
You make valid points but you are protected by the law if you add a third party component and it has no effect on the failure of a warrantied part. In this case, a turbo charger is a no brainer on the effect of an engine, but as others have pointed out, adding LEDs, new shields, different pipes, better air filters, etc...these would be hard to link to serious issues.
I believe it's how far you go and the risk you're willing to take. All vehicle manufacturers have small print...for a reason. However, the onus falls on the dealer/manufacturer to prove that a modification caused an issue...in most cases, most of us here are fine. If the cause cannot be directly determined, they cannot deny you. Only a few have gone so far as to basically completely alter their engine...
Also remember that BRP engineers have to make the spyder EPA compliant, quiet , etc.
I love Doc as much as anybody in the SpyderLovers family, but I just can't support him here. There burden of proof on the manufacturer isn't that heavy. All they would have to show is that equipment that was capable of causing operation outside the design parameters of the engine and systems, was installed and used. This would be simple with the limited capabilities of the fuel injection, sensors, and ECM, and the limited cooling system on the Spyder. Unless the turbo manufacturer could produce results from extended testing, that showed no damage to the stock engine, it would be hard for to deny a turbo was capale of wreaking havoc. Showing that the modification could easily have caused the damage seen, should be enough. This would be especially easy with an owner with a history of racing, high speed operation, and operation in the upper rpm ranges. Sound familiar? If I were the owner, I would grin and bear it.
I do think that it would be outstanding for the manufacturer or a dealer to step up to the plate and offer a replacement engine at cost...strings or no strings. What a great idea! If I got that engine, I would build it to the hilt, especially addressing the weaknesses that showed up in the teardown. If the pistons from the recent failure looked like the ones in the photos, I would be looking at more than forged pistons. Melting pistons points out a need for additional cooling, additional fuel, and possibly modified ignition timing. Bigger injectors, bigger fuel pump and lines, a different engine management system, a bigger radiator, and more water flow would be good thoughts. An oil cooler fan and thermostat wouldn't hurt. Better monitoring could be used to find the problem areas.
In the end, even this stuff might not be enough. We used to run nitro through the old Chrysler hemis. At a certain point in our quests for speed, all we did was destroy them wholesale. The physical characteristics of the motor had been reached and exceeded, and nothing on earth was going to hold them together anymore. Re-engineered aftermarket blocks and heads from Donovan, Keith Black, and Ed Pink became necessities. All engines have their physical limits. I wish that was not true, but like the man said, "Speed costs money, how fast do you want to go?"
I love Doc as much as anybody in the SpyderLovers family, but I just can't support him here. There burden of proof on the manufacturer isn't that heavy. All they would have to show is that equipment that was capable of causing operation outside the design parameters of the engine and systems, was installed and used. This would be simple with the limited capabilities of the fuel injection, sensors, and ECM, and the limited cooling system on the Spyder. Unless the turbo manufacturer could produce results from extended testing, that showed no damage to the stock engine, it would be hard for to deny a turbo was capale of wreaking havoc. Showing that the modification could easily have caused the damage seen, should be enough. This would be especially easy with an owner with a history of racing, high speed operation, and operation in the upper rpm ranges. Sound familiar? If I were the owner, I would grin and bear it.
I do think that it would be outstanding for the manufacturer or a dealer to step up to the plate and offer a replacement engine at cost...strings or no strings. What a great idea! If I got that engine, I would build it to the hilt, especially addressing the weaknesses that showed up in the teardown. If the pistons from the recent failure looked like the ones in the photos, I would be looking at more than forged pistons. Melting pistons points out a need for additional cooling, additional fuel, and possibly modified ignition timing. Bigger injectors, bigger fuel pump and lines, a different engine management system, a bigger radiator, and more water flow would be good thoughts. An oil cooler fan and thermostat wouldn't hurt. Better monitoring could be used to find the problem areas.
In the end, even this stuff might not be enough. We used to run nitro through the old Chrysler hemis. At a certain point in our quests for speed, all we did was destroy them wholesale. The physical characteristics of the motor had been reached and exceeded, and nothing on earth was going to hold them together anymore. Re-engineered aftermarket blocks and heads from Donovan, Keith Black, and Ed Pink became necessities. All engines have their physical limits. I wish that was not true, but like the man said, "Speed costs money, how fast do you want to go?"
Chris, you did just fine. I just wanted to reinforce what you said. Sorry I didn't make that as clear as I should.Scotty, that was the point I was trying to make earlier. I guess I didn't do it as artful or perhaps articulate as you. However, I did note Doc's response, and it was more or less "thanks, but no thanks".
Chris
WOW those pistons were FRIED !!!! I havent seen pistons that messed up in a LONG LONG TIME ( Last motor we decided to see exactly how much abuse we could put it through . ) . Building a turbo motor with out building up your bottom end can work just as long as you dont " push to much " But thats another discussion .If our pistons from the us N/A guys ended up like that i would be asking about our mixtures and other questions ,Since building motors isnt exactly rocket science. BRP can void any warranties on their products legally as long as they can provide proof that ANY and ALL aftermarket equipment was the reason their product failed . In this case putting forced induction on a motor that wasnt techanically meant to be boosted, Now if they werent able to prove the turbo caused this then we all know how to handle it jsut because you purchased something with cash does not void your warranty EVER ( if you paid cash for a new RS or RT is your warranty void ???? NOPE ) But here you may want to read this since I have dealt with this more times than i want to even think about ( Building race cars/show cars and dealing with the mobile electronics side of things for somewhere since i was 17 yrs old and im 34 now ). Here is a Link to the Magnuson-Moss warranty act incase yall never heard about it . From a professional build the motor before you want to boost . Itll cost you more $$$$ but in the long run its safer. Good luck with a rebuild if you do . I give you kudos for boosting your spyder. I have been thinking about doing something like that recently ... Since its a motor not really designed for boosting you are a pioneer and seems everyone really likes you so I stand up and applaud you for being one of the first to try this route !!!! Good luck .
http://en.wikipedia.org/wiki/Magnuson–Moss_Warranty_Act
WOW those pistons were FRIED !!!! I havent seen pistons that messed up in a LONG LONG TIME ( Last motor we decided to see exactly how much abuse we could put it through . ) . Building a turbo motor with out building up your bottom end can work just as long as you dont " push to much " But thats another discussion .If our pistons from the us N/A guys ended up like that i would be asking about our mixtures and other questions ,Since building motors isnt exactly rocket science. BRP can void any warranties on their products legally as long as they can provide proof that ANY and ALL aftermarket equipment was the reason their product failed . In this case putting forced induction on a motor that wasnt techanically meant to be boosted, Now if they werent able to prove the turbo caused this then we all know how to handle it jsut because you purchased something with cash does not void your warranty EVER ( if you paid cash for a new RS or RT is your warranty void ???? NOPE ) But here you may want to read this since I have dealt with this more times than i want to even think about ( Building race cars/show cars and dealing with the mobile electronics side of things for somewhere since i was 17 yrs old and im 34 now ). Here is a Link to the Magnuson-Moss warranty act incase yall never heard about it . From a professional build the motor before you want to boost . Itll cost you more $$$$ but in the long run its safer. Good luck with a rebuild if you do . I give you kudos for boosting your spyder. I have been thinking about doing something like that recently ... Since its a motor not really designed for boosting you are a pioneer and seems everyone really likes you so I stand up and applaud you for being one of the first to try this route !!!! Good luck .
http://en.wikipedia.org/wiki/Magnuson–Moss_Warranty_Act
You are right you can't turbo on a stock motor when it's not modfied with the correct parts (pistons, rods, crank and cases and the list goes on and on.....). You can't blame BRP, they build street motors not racing. That's IMHO.
Mike
Glad to hear you went this route. I hope you can work around the fuel mapping and timing roadblocks to take full advantage of these mods. I think they are essential for your needs. :thumbup:Stage 1: New fuel management distribution, 255 High Pressure fuel pump and 630 injectors. Answer only to PM's for details.![]()