BMW X5 Fifth-Generation G65 Arrives Soon, Sustainability Tech Takes Center Stage

BMW is accelerating the full generational refresh of its X5 lineup. Latest reports confirm that the fifth-generation X5 (internal codename G65) has entered its final pre-production phase. For the first time, the automaker has systematically disclosed its specific technical roadmap for sustainable manufacturing and whole-life-cycle carbon reduction — while simultaneously launching the X5 xDrive40d Final Edition in the Japanese market, marking the official end-of-cycle for the fourth-generation G05 series.

According to official BMW data, the new-generation X5 will implement low-carbon strategies across its entire value chain — from raw material procurement and production manufacturing to vehicle use and end-of-life recycling. During development alone, CO₂ emissions have been reduced by approximately 40% versus the previous generation. Around 50% of body sheet metal uses low-carbon recycled steel produced via electric arc furnace; aluminum suspension components, brake calipers, and wheels are manufactured using recycled aluminum powered entirely by renewable energy; and 35% of the aluminum used for doors comes from Spartanburg Plant's closed-loop recycling system in the U.S.

The all-electric iX5 will feature sixth-generation high-voltage battery technology, with significantly increased use of recycled cobalt, nickel, and lithium. Cathode and anode material production, plus battery cell assembly, will be fully powered by renewable energy — reducing per-watt-hour carbon emissions by roughly 28% compared to fifth-generation batteries.

In terms of efficiency, the new-generation X5 continues the EfficientDynamics energy-saving technology suite — including aerodynamic optimization, lightweight structural design, low-rolling-resistance tires, and intelligent energy management. The pure-electric iX5 further adopts the Heart of Joy electronic control platform — shared with the new-generation iX3 — to enhance regenerative braking logic and expand multi-scenario energy recovery capability, thereby improving real-world range. BMW notes that, depending on powertrain configuration, annual mileage, and electricity source, the iX5 can achieve lifecycle carbon parity with conventional internal-combustion vehicles within 1–2 years of ownership.

The new model will continue to be built at BMW's largest global production facility — the Spartanburg Plant in the U.S. Since 2006, this plant has cut per-vehicle energy consumption by 66% and landfill waste by 88%; it now sources 100% of its external electricity from renewable sources. Its newly built high-voltage battery factory is also designed to operate fossil-fuel-free at full capacity.

Meanwhile, to bridge the transition between generations, Japanese BMW has unveiled the X5 xDrive40d Final Edition. Based on the xDrive40d M Sport variant, it includes the M Sport Package Pro as standard — featuring M sport exhaust, high-gloss red brake calipers, M-specific seatbelts, Shadow Line exterior trim, and 22-inch BMW Individual multi-spoke alloy wheels — plus added equipment including a panoramic glass sunroof, carbon fiber interior trim, and an M Alcantara black headliner.

Powertrain remains unchanged: a 3.0-liter inline-six diesel engine paired with a 48V mild-hybrid system. Integrated electric motor assistance improves launch response, acceleration, and energy recuperation — optimizing fuel economy without compromising driving dynamics. The Final Edition carries a suggested retail price of ¥13,980,000 JPY — ¥250,000 JPY above the standard M Sport model — and deliveries are scheduled to begin in July 2026.