BMW Electric Cars: 2021-2022 Lineup & Future Plans

BMW's Electric Revolution Gains Momentum

After analyzing BMW's latest announcements, I see genuine urgency in their electrification strategy. While late to scale EVs, BMW now commits to 50% annual production increases, targeting majority electric sales by 2027. This shift responds to both regulatory pressures and Tesla's dominance. The 2021-2022 lineup reveals their technical approach: modular platforms, reduced rare-earth metals, and charging improvements. Let's examine what drivers can actually buy today and tomorrow.

The New Flagship: BMW iX SUV

Debuting BMW's fifth-gen eDrive, the iX arrives in two variants. The iX xDrive40 delivers 300hp with a 70-100kWh battery (est. 220 miles range), while the iX xDrive50 produces 500hp and achieves 330 miles. Both support 150kW+ fast charging.

Notable advancements include:

• Sustainable cabin materials like recycled plastics and responsibly sourced wood
• Massive curved display (12.3" + 14.9") running BMW OS8
• Aerodynamic design yielding 0.25 Cd drag coefficient

Compared to the Audi e-tron, the iX offers superior range but less cargo space. Real-world tests show the thermal management system effectively maintains charging speeds during road trips.

i4 Electric Sedan: Performance Focus

Sharing CLAR architecture with gas models, the i4 Gran Coupé blends familiarity with innovation. Key identifiers are flush door handles and blue accents. The dual-motor setup exceeds 500hp, while the 80kWh battery enables:

• 300-mile EPA estimated range
• 150kW peak charging (10-80% in ~31 minutes)
• 0-60mph in under 4 seconds (M50 variant)

Crucially, BMW leverages existing factory lines for i4 production, enabling faster scale-up than dedicated EV platforms. Early reviews praise its handling balance, though rear headroom is tighter than the Tesla Model 3.

Updated iX3 and i3 Legacy

The 2021 iX3 SUV offers a single 286hp RWD configuration. Its 74kWh battery achieves 285 miles WLTP, charging at 150kW. Performance is modest (0-60mph in 6.8s), but adaptive suspension and premium interiors justify its premium positioning.

Meanwhile, the pioneering i3 celebrates its 10th anniversary. Its carbon-fiber reinforced plastic (CFRP) construction remains innovative, reducing weight by 30% versus steel. Current models offer:

• 170-180hp rear motor
• ~160 miles range (extender option available)
• Unique suicide doors for urban practicality

Despite aging, the i3 retains cult status for its eco-materials and city agility. Resale values remain strong due to low maintenance costs.

Hydrogen and Future Roadmap

BMW's 2030 strategy includes a fourth pillar: hydrogen fuel cells. The i Hydrogen NEXT concept (co-developed with Toyota) previews this with:

• Dual 700-bar tanks storing 13.2 lbs of hydrogen
• 374hp electric drive system
• X5/X7 SUV applications from 2025

This isn't vaporware. BMW has 30 years of hydrogen research, including the 2007 Hydrogen 7 prototype. While battery EVs dominate near-term plans, hydrogen could solve range and refueling barriers for large vehicles. Industry analysts note BMW's modular approach allows flexible powertrain integration as regulations evolve.

Your EV Action Plan

1. Test drive priorities: Experience the iX's air suspension versus i4's sport tuning
2. Charger compatibility check: Verify home/work 150kW+ CCS charger access
3. Incentive research: BMW EVs qualify for $7,500 US federal tax credit

Recommended resources:

• BMW Charging App (real-time station availability)
• InsideEVs Forum (owner-reported range data)
• "The Battery Revolution" by Charles Morris (context on BMW's supply chain)

Final Thoughts

BMW's transition relies on scalable architectures rather than ground-up EV designs. This enables faster model launches but creates packaging compromises. The true test will be 2023-2024 when Neue Klasse dedicated EVs arrive.

Which factor matters most in your EV choice: charging speed, range, or driving dynamics? Share your priorities below—your experience helps others decide.