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Mazda might be able to claim one of the longest lineages for the BT-50 – that is, if it hadn’t had three separate names over its history.
The B Series ute was Mazda’s first foray, way back in 1964, which was replaced in 1992 by the well-known Bravo. By then, Mazda’s ute had grown from its workhorse roots to a series of two- and four-wheel-drive utes, with the choice of single and dual cab configurations. With the advent of the BT-50 in late 2006, Mazda updated the name, style and performance of its ladder-framed ute.
These days, a pair of diesel engines work across a range of body styles and drive configurations, with prices starting at $35,520 for the BT-50 XS (4X2) up to $74,095 for the BT-50 Thunder (4X4).
Mazda offers 15 variants in its BT-50 range. There are five model grades - XS, XT, XTR, GT and SP - which stretch from mid-$30K to past $70K.
The overall level of equipment is high, for example, the entry-level XS is the only one with steel wheels, the rest have either 17- or 18-inch alloy wheels.
The XTR is the sweet spot in the range, with 18-inch alloys, LED front fog lights, daytime running lights (DRLs), side steps, keyless entry, dual-zone climate control, navigation and the pick-up gets a tub liner and tow bar with receiver, tongue and wiring harness.
A squeak when taking off from rest could be anything from a brake problem to a wheel bearing fault, a noisy engine drive-belt, bent axle, a dry suspension bush, worn universal joint or just about a hundred other things, including the driveshaft you already suspect.
Of potentially greater concern is the cut-off exhaust system or, more correctly, the previous owner. Anybody who cuts up an exhaust to make more noise is also a likely candidate to have driven the vehicle hard. It might be better to find a vehicle that hasn’t been messed with and potentially abused.
A sawn-off exhaust system shouldn’t harm the turbocharger or engine, but it can make a difference to performance due to reduced back-pressure. It also makes me wonder what else has been changed of fiddled with in the name of more power. Sometimes the performance will actually be improved, but you also open a can of legal and insurance worms by changing things like factory exhaust systems in what is a fairly agricultural way.
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A lot of modern transmissions don’t have a dipstick at all, particularly as manufacturers move towards transmissions that have very long service intervals and are considered sealed systems. Which is fine until it’s not. And that’s when you need to check the level and condition of the transmission fluid.
The good news is that the BT-50 in question does have a dipstick. The bad news is that’s mighty difficult to get to. You need to be under the car (so safety is the key here) and then locate a 19mm fitting on the driver’s side of the transmission. By unscrewing this fitting, you can withdraw the dipstick and check the level. The other catch is that you need to do this with the engine running (to get an accurate reading) and the dipstick is located close to what will therefore be a hot exhaust system.
All of this means it’s really a job for a specialist with a hoist and is a great example of a carmaker saving a few cents per car in production at the expense of the greater running costs for the owner over the life of the vehicle.
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The fact that the fuel economy average seems to be creeping up can have a lot to do with the fact that you’re becoming more familiar with the vehicle and using more throttle as a result. But remember, too, that until you reset the average on the trip computer, what you’re seeing is the full history of your consumption from when the trip computer was last zeroed, not just the most recent trip you’ve done.
It's true that engines often start to use a little less fuel as they 'bed in’ after a few thousand kilometres. And for a modern turbo-diesel like yours, I reckon 10,000km or even 15,000km might be the magic number. However, don’t be too disappointed if it doesn’t come down a whole lot. I reckon for that vehicle, driven the way you’ve described, 10 or 11 litres per 100km isn’t a bad average to aim for.
Other factors play a big part, too. Does the vehicle have a bull-bar or roof racks? Both these add weight and aerodynamic drag respectively, and can easily make the car consume more fuel. A roof rack at 100km/h can be worth an extra litre per 100km.
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For 2025 the cabin of the Mazda BT-50 was redesigned for a more premium look. There’s a new multimedia system as well as a new digital instrument display on the XTR model and above, with a new 7.0-inch digital display integrated into the dashboard.
The majority of the Mazda BT-50 range is powered by a 140kW/450Nm 3.0-litre four-cylinder turbo-diesel engine, paired with a six-speed automatic transmission with the choice of 4x4 or 4x2.
The entry-grade XS has a 1.9-litre four-cylinder turbo-diesel, which makes 110kW/350Nm, and is also paired with a six-speed auto but only offered with 4x2 drive.
The Mazda BT-50s fitted with the 3.0-litre diesel a 4x4 have a claimed combined fuel economy figure of of 8.0 litres per 100km, while the 4x2 option with the same engine uses 7.7L/100km on selected variants. The entry-grade model with the 1.9-litre engine has a claimed rating of 7.0L/100km.
All BT-50 have a 76-litre fuel tank so the theoretical driving range for the 4x4 models is up to 950km and more than 1000km for the 1.9-litre model.
The 2025 Mazda BT-50 is available as a two-seat single cab and Freestyle cab, or a five-seat dual cab ute.
Mazda doesn't publish a 0-100km/h time for the BT-50, because it's not a performance vehicle.
With the 3.0-litre turbo diesel engine, we'd estimate it should run 0-100km/h in approimately 10 seconds.
The Mazda BT-50 pick-up tray measures 1571mm long, 1120mm wide between the wheel arches, 1530mm wide at the top and 490mm deep.
Payload varies from 1379kg for the XS single-cab down to 924kg for the XTR dual-cab