Tesla Cuts Model 3 Price A$9,000, Keeps Range but Loses Refinement

Tesla’s entry-level 2027 Model 3 RWD costs A$45,900 before on-road charges in Australia, A$9,000 less than the Premium RWD. Yet the cheaper sedan retains the same 62.5-kWh lithium-iron-phosphate battery, 208-kW rear motor and 572-km rated range. A road test found that the more apparent compromises are in ride comfort, cabin noise, grip and equipment rather than headline electric performance.

This is a targeted cost reduction rather than a smaller-battery version of the Model 3. Tesla quotes a 0–100 km/h time of 6.2 seconds, only one-tenth slower than the Premium RWD. The base car’s 572-km WLTP rating is actually 52 km longer, helped by its smaller 18-inch wheels and efficiency-oriented tires.

Same propulsion system, simpler chassis hardware

Underneath the price cut, Tesla substituted components that drivers experience through the steering wheel, seat and cabin. The base model uses steel wheels with aerodynamic covers, Giti 235/45 R18 eco tires and conventional dampers instead of the Premium version’s higher-grade frequency-selective units. It also goes without acoustic rear glass.

Those changes were evident around town. The tested car felt busier and more stiff-legged over urban bumps than the Premium, while tire roar became more noticeable on coarse-chip surfaces. Its ride settled above 70 km/h on good roads, showing that the comfort penalty depends partly on speed and pavement quality rather than appearing equally in every condition.

The Giti tires also provided less cornering grip and less progressive breakaway behavior than the Premium car’s tires. That is a meaningful systems tradeoff in a rear-wheel-drive electric sedan because the motor can deliver torque immediately. The electronic traction control manages slip, but intervention can sharply reduce available power. Low-rolling-resistance tires help efficiency; they do not necessarily preserve the same grip and subjective handling quality.

Efficiency remains a core strength

Across motorway, rural and urban driving in 23-degree weather with the air conditioning operating, the test recorded energy consumption of 11.8 kWh per 100 km. That corresponded to an indicated range of about 530 km short of the laboratory-derived 572-km rating, but still close enough to demonstrate that the lower price did not come from cutting usable-distance capability.

Charging specifications also remain substantial for the entry model. It accepts DC fast charging at up to 175 kW, with Tesla stating that a 10-to-80-percent charge takes about 25 minutes. Its 11-kW AC capability gives a stated empty-to-full time of roughly six hours under suitable conditions.

Auxiliary software functions can materially affect parked energy use. With Sentry Mode and Cabin Overheat Protection active, the test car lost more than 100 km of indicated range over two days. Those features serve different monitoring and temperature-management functions, but owners seeking maximum parked range may need to account for their consumption.

Cabin equipment absorbs the rest of the saving

Tesla also removed seat ventilation, rear-seat heating, the second-row display, floor mats, ambient wraparound lighting and auto-dimming side mirrors. The stereo falls from nine speakers to seven, and the car lacks AM, FM and digital radio. Seat adjustment moves from dedicated controls to the central touchscreen, while textile centers replace part of the synthetic-leather upholstery.

The cabin is not stripped of every major feature. A 16-inch central touchscreen, panoramic glass roof, heated front seats and steering wheel, two wireless phone chargers, dual-zone climate control, a heat pump, matrix LED headlights and a hands-free powered tailgate remain standard. The eight exterior cameras associated with Tesla’s supervised driver-assistance package are also retained.

The Model 3 RWD remains covered by an existing five-star 2025 ANCAP safety rating. Tesla’s Australian vehicle warranty runs for five years with unlimited kilometres, while the battery and high-voltage electrical system are covered for eight years or 160,000 km.

The A$9,000 reduction therefore preserves the Model 3’s battery, motor, rated range, charging capability and central software experience. What it purchases is a more basic interface between that electric platform and the road: cheaper tires, simpler damping and less acoustic isolation. The saving is visible on the invoice, but the engineering compromises are most apparent over broken pavement, through corners and on coarse-chip highways.

By Thomas Caldwell — AMI’s senior editor for mechanical and mobility engineering, covering vehicle electronics, systems integration, electrification, chassis systems, propulsion, and safety policy.