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The Nissan Pulsar was one of Australia's favourite cars during its heyday through the 1990s, and was even manufactured locally between 1983-93. Australia first saw the Pulsar nameplate attached to the N10 model in 1980 during that awkward phase where Nissan products wore Nissan and Datsun badges at the same time. The N12 generation that replaced it in 1982 started as a Japanese import, but was produced locally from 1983. The 1987 N13 boosted its Australian content by using a Holden-produced engine shared with the Camira, before the 1991 N14 reverted to Nissan mechanicals. The N14 - which included the rally-developed GTI-R that only came to Australia as a grey import - reverted to Japanese manufacture from 1993, which continued with the N15 that arrived in 1995. The 2000 N16 saw hatchback versions sourced from the UK, and both were replaced by the Tiida in 2006. The Pulsar name returned in 2013 with the B17, but sales trickled to halt in 2017 due to competition from the Toyota Corolla and Mazda 3, along with our growing preference for SUVs.
Unless your B17 Pulsar has the optional manual transmission fitted, then it definitely has a CVT. The reason Nissan (and many other carmakers) still use the old PRND symbols for the gearshift are because that’s what people understand, so there’s no confusion.
In any case, even though it’s a CVT and not a conventional automatic, the CVT still has a Park position, a Neutral and both a Drive and Reverse position, so the symbols are entirely consistent with that anyway.
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A modern engine like the one in your Nissan uses electronics to control the ratio of fuel and air, rather than a physical choke like older engines use. However, in order to control this ratio, the modern engine relies on a range of sensors dotted around the car to tell it what’s going on. Examples include a throttle-position sensor, ambient temperature sensor, coolant temperature sensor and many more. If just one of these sensors fails or starts relaying false information, all aspects of the car’s running (including its throttle action) can be compromised.
But before you start scanning the car and spending money to fix the engine flaring during gear changes, take a hard, critical look at what you’re doing with the pedals when shifting gears. If you don’t completely release the accelerator pedal during a gear change, or get your hand-foot co-ordination wrong, the engine will naturally flare during the shift. And because modern cars have a throttle-by-wire system, there’s not the same degree of feel and feedback through the accelerator pedal as some of us are used to. It sounds a bit obvious, but checking your driving style is the first step.
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This sounds a lot like a faulty ignition barrel or an electronic key that has a semi-flat battery. A worn barrel can often prevent the necessary contacts meeting to complete the ignition circuit and, likewise, an electronic key without sufficient power can also give these symptoms as it struggles to enable the ignition. This can be a very hit and miss thing, which is just how you've described it.
So check the condition of the battery inside the key and perhaps the condition of the car's battery as well. If the situation gets worse, a trip to the auto electrician is probably in order. At least your STS model has a relatively conventional ignition key set-up, rather than the push-button, proximity key of the SSS model which brings another layer of complexity to this function.
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