BMW Electric i3 Undercuts Gasoline M350 by $4,400

BMW’s announced 2027 pricing reverses the usual assumption in one closely matched corner of the 3 Series lineup. The electric i3 50 xDrive starts at $61,500, or $4,400 below the gasoline M350 xDrive at $65,900. Both prices exclude destination charges.

That makes the electric model 6.7% less expensive before options and fees. It is a meaningful result because BMW positions these all-wheel-drive sedans for similar buyers and describes them as similarly powerful and similarly styled. It is not, however, proof that the electric 3 Series is now cheaper across the board.

A useful comparison with firm boundaries

The i3 50 xDrive and M350 xDrive occupy comparable performance territory, but they are not mechanically identical versions of one car. The i3 is built around BMW’s newest dedicated electric-vehicle chassis and technology. The M350 uses an extensively overhauled version of an existing gasoline platform and a combustion powertrain.

Those architectural differences matter. An electric platform must package a large traction battery, power electronics, motors, thermal-management hardware and charging equipment. The gasoline car instead carries an engine, transmission, fuel system and emissions-control hardware. Each design has a different cost structure, so the $4,400 gap is a product-level pricing result rather than a simple comparison between two interchangeable propulsion systems.

The initial electric configuration is also specific: the i3 50 xDrive uses two motors and all-wheel drive. BMW’s i3 model overview lists an estimated range of 446 to 468 miles, depending on configuration and conditions. BMW also says fast charging can recover as much as 208 miles in 10 minutes under the stated charging conditions.

Those figures help explain why this is more than a price comparison. The dedicated EV architecture is intended to combine long claimed range with short high-power charging stops, changing the ownership tradeoff from gasoline refueling to battery charging and charger availability. The 468-mile figure remains a manufacturer estimate, not a guarantee of what every driver will achieve.

The gasoline 330 preserves a lower entry point

The decisive caveat sits lower in the 3 Series range. The gasoline BMW 330 starts at $49,900, while the 330 xDrive costs $51,900. That places the rear-drive 330 $11,600 below the i3 50 xDrive and the all-wheel-drive 330 $9,600 below it. No equivalent lower-priced electric trim has been announced here.

As a result, two different affordability questions produce different answers. Buyers comparing the electric i3 50 xDrive directly with the similarly positioned gasoline M350 xDrive see a $4,400 advantage for the EV. Buyers simply seeking the least expensive 2027 BMW 3 Series still find a substantially cheaper gasoline model.

Performance positioning also keeps the M350 comparison relevant. BMW lists the gasoline M350 with a 437-horsepower inline-six engine and says it can accelerate from zero to 60 mph in 3.9 seconds. The i3 50 xDrive has been described as similarly powerful, but its dual-motor propulsion, battery mass and control architecture create a different vehicle rather than a direct electric engine swap.

Price parity has arrived selectively, not universally

The narrower finding is more useful than a sweeping claim about electric-vehicle price parity. BloombergNEF had expected EVs to reach price parity with gasoline equivalents in 2026. BMW’s announced prices show that outcome within one premium, all-wheel-drive performance pairing, but not throughout the complete model family.

Manufacturing maturity will help determine whether that advantage survives production and market launch. BMW says the first near-series i3 test vehicles have been built at its Munich plant, where the company is validating equipment, material flows, logistics and assembly processes. Series production is scheduled for the second half of 2026.

For now, the pricing result is both notable and bounded: BMW’s new electric performance sedan costs 6.7% less than the comparable gasoline M350, while the gasoline 330 preserves an entry price at least $9,600 lower than the EV.

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