i am in a racing club now that we hold LEGAL street races, and also compete at 1/8 and 1/4 mile tracks.i want a good improvement in pwoer, and i think nitrous is the answer for both cost effectiveness and power gain, with a 50 or 75 horse shot. can a tundra accept nitrous without too much trouble? thanks guys
Your truck should be able handle 50 or 75 shot nitrous. A lot of it depeneds on how you use it. If you are stupid about it, NOS can still blow your engine. Personally I'd go with the supercharger.
i want to run a jet into the air intake (K&N when i get it) and have the solenoid and all the other good stuff mounted on the passenger side inner fender because there is a lot of room there on my tundra. i think i just want to have a 50 hp jet, and if i feel a need for more speed, i can upgrade to the 75 horse jet. one thing i cant find is this type of kit, but i know it exists, can anyone help me out here? this is goin to be used for racing only and i will research it and learn to baby my engine with it. thanks guys
Originally posted by wes 03 i want to run a jet into the air intake (K&N when i get it) and have the solenoid and all the other good stuff mounted on the passenger side inner fender because there is a lot of room there on my tundra. i think i just want to have a 50 hp jet, and if i feel a need for more speed, i can upgrade to the 75 horse jet. one thing i cant find is this type of kit, but i know it exists, can anyone help me out here? this is goin to be used for racing only and i will research it and learn to baby my engine with it. thanks guys
wes
Ahh,single-fogger system. I'm not a big fan of this type of system unless you have forced induction (supercharger or turbo). Reason being is uneven distribution of the nitrous/fuel mixture into the cylinders. Multiport EFI systems have intake manifolds designed to flow air (dry) and not a air/fuel mixture (wet). But since a 50hp jetting is fairly small it shouldn't pose much of a problem. With forced-induction the positive pressure helps with even distribution.
Unless you're thinking of a dry system,which injects just nitrous through the single nozzle. This system uses your fuel injectors for additional fueling;either mechanically by raising fuel pressure or electronically by tapping into the injector wiring and controlling pulsewidth (amount of time an injector is open). These systems have more even nitrous/fuel mixture distribution.
For the most even distribution,you'll want to go with a direct-port system,individual nozzles per cylinder that inject nitrous and fuel. It's the most expensive setup,and the minimum jetting would be 160hp (minumum 20hp jetting per cyl with EFI x 8 cylinders).
There is an X-member here that did this but he is banned from TS now. I could send you his site if you wanted to contact him but if I PM you it might not make it too you. All his past threads have been erased, which is too bad because this fellow was very knowledgeable on I-force performance. You'll have to e-mail me first!
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stock exhaust
Formerly Modified JBA headers now SSautochrome headers temporarily
TRD LSD
Extang lift off tonneau
Hankook DynaPro AS RH03
stock air filter & box
220 HP @ 4800 RPM
302 TQ @ 3400 RPM Run With Spintech Sportsman XL muffler, stock air filter, and JBA headers
208 HP @ 4800 RPM
285 TQ @ 3400 RPM Run With Spintech Sportsman XL muffler, TRD air filter, and stock manifolds
204 HP @ 4800 RPM
271 TQ @ 3400 RPM Bone stock
Quarter mile 15.526 @ 87.17 mph bone stock in 40-degree weather 2WD SR5 V8.
Quarter mile 15.389 @ 88.66 mph modified in 60-degree weather 2WD SR5 V8.
0-60 IN 6.88 seconds on G-tech
Dyno run results click here
i was planning on just injecting the nitrous into the intake tube, and let it dissipate into the cylinders. i know this isnt the most efficient for performance, but it will still give me a slight gain, and thats what i want. if anyone knows of a kit that i could wire this up with, please let me know, i would like to get it, thanks guys.