Minicab

RJ-1117-0

On certain vehicles with manual transmission, the nut securing the shift cable to the transmission lever is not properly tightened. If left unfixed, the nut may become loose, and in the worst case, the shift cable could come off, making a gear shifting operation impossible.

KJ-0195-0

The pin preventing the retainer of the parking roller rod located in the automatic transmission from coming out may crack due to its lack of strength. At worst, the pin breaks, causing the retainer to come out, and the parking function fails to operate when the gear is put into P.

RJ-0877-1

For manual transmission vehicles (excluding ones equipped with turbocharger), the front countershaft bearing may get damaged, because process precision of the casing part, where the bearing is attached, is not up to the standard on certain vehicles, and also because the bearing is not strong enough. If left unfixed, in the worst case, the countershaft breaks, and driving becomes impossible, except on the 4th gear.

RJ-0877-2

For manual transmission vehicles (excluding ones equipped with turbocharger), on some of them, concerning the snap ring which secures the speed sensor rotor for 2 wheel drive, its attachment part is improperly shaped and its assembly is also improper. In the worst case, the snap ring comes off, and the sensor rotor becomes unable to detect speed, so the speedometer stops operating.

RJ-0934-0

On certain vehicles, tightening of the assembly nut positioned at the front of the fuel tank may be insufficient, due to inadequate process used in assembling the tank. If left unfixed, the nut may become loose and come off, and in the worst case, a crack occurs around the bracing part at the back of the tank, causing fuel leakage.

RJ-0990-0

On certain vehicles, process precision of the sleeve yoke, which is located at the joint of the rear propeller shaft and the transfer case, is not up to the standard. Because of this, the oil seal may not have sufficient sealing performance, and may cause oil leakage. If left unfixed, the sleeve yoke can become lack of lubricating, and the transfer output shaft or the sleeve yoke may get damaged due to resonance of the shaft in high speed travel. And also, the rear propeller shaft may come off, damaging the fuel tank and causing fuel leakage, and in the worst case, leading to fire.

RJ-1020-0

On certain vehicles, tightening of the assembly nut positioned at the front of the fuel tank may be insufficient, due to inadequate process used in assembling the tank. If left unfixed, the nut may become loose and come off, and in the worst case, a crack occurs around the bracing part at the back of the tank, causing fuel leakage. Incidentally, this recall is to include more vehicles in the past recall (case number RJ-0934-0, issued on 2 April 2003).

RJ-0659-0

On certain vehicles, the structure of the pressure reducing valve on the fuel filler cap is improper. If left unfixed, the air tightness of the valve may be impaired, and in the worst case, fuel leakage occurs. In addition, on some of the vehicles, the air tightness between the filler neck and the filler cap is impaired when the filler cap with the factory approved replacement valve is put in place, because the welded part for holding the fuel filler cap is wrongly positioned on the filler neck, so there is a possibility of fuel leakage.

RJ-0458-0

On certain vehicles, the way of setting the shift cable is improper. If left unfixed, the shift cable may get damaged by a repetition of gear shifting operations, and this could make gear operation impossible.