somebody can buy it and park it my garage



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Scam..scam...scam.. There are no diesel LC's in Dubai.
Actually, his ad is incorrect, he cites the correct number later in the ad, which is 195 kW, or about 265 hp. That's decent, and more than my 100 Series has. But the real kicker is the 480 pound feet of torque, especially the way it's delivered (max torque at freaking 1600 rpm!!!)! And torque is where it's at with a truck. I'll take that over horsepower any day, I'm not interested in being able to maintain top speed on the autobahn (which is really all horsepower gets you).
Actually it is correct. The Middle East Spec for the manual 5 speed is 217HP ( and 232HP for the 6 sped Auto). Above is correct for Australia, and UK is 286HP. Toyota detune it for different markets depending on the diesel quality and amount of sulphur.
TOYOTA Middle East - LAND CRUISER - Specifications
You can get a chip from DP chip in Au to take it to 310HP and 577 pound feet of torque for $1100.

Actually it is correct. The Middle East Spec for the manual 5 speed is 217HP ( and 232HP for the 6 sped Auto). Above is correct for Australia, and UK is 286HP. Toyota detune it for different markets depending on the diesel quality and amount of sulphur.
TOYOTA Middle East - LAND CRUISER - Specifications
You can get a chip from DP chip in Au to take it to 310HP and 577 pound feet of torque for $1100.
can someone explain to me how a "chip" can dramatically increase the horsepower of a vehicle? and if it is as easy as a chip, why doesn't the manufacturer do it to increase the horsepower claims? what are the drawbacks that would stop them.
On a turbo diesel, simply more fuel and more boost. Hopefully modifying injection timing to suit.
The manufacturer doesn't do it because it greatly increases the stress on the engine and drivetrain, possibly leading to early failure but always shortening engine and drivetrain life. Emissions controls are probably violated too.
This *may* be true in some circumstances, however as can be seen buy the various specs out of the factory for Toyota the situation is usually that the manufacturer retards the output for one or more reasons.
these may include
a)a formula that meets all polution requirements in all marketed countries ( ie the lowest common denominator). Or simply to get lowest possible polution readings in a particular market. This is the most usual reason.
b)because of local fuel standards at the time of release or design.
c)To allow for a mid life kicker for the model in the way of "improved power and torque"
d)for the reason stated by dougal ( as evidenced by the Manual verses Auto in the ME).
The method Dougal states is the way mechanical pump diesels or early electronic ones did it and generaly uses more fuel.
With more sophisticated digital controlled fuel systems such as common rail diesels, the injector "mapping" is modified so as to be more applicable to power and torque than it is to polution. Boost is not modified at all.
Generally users will get a 0 to 5% IMPROVEMENT in economy as well as increased power.
"Mapping" is simply referring to how the fuelling varies with rpm and load. To get more power and torque out requires more fuel, it's that simple.
Do you have any BSFC measurements to backup the improvement in economy?
You sound a lot like a vendor, do you have a commercial interest to disclose?
The 2.2L diesel in the Avensis puts out 400Nm, since the V8 is similar to two of these combined the potential output could be 800Nm. Toyota will have very good reasons for detuning this engine, uprating it without understanding why could prove to be very expensive.