Gasgoo Munich- Yu Bin, a NIO vice president and the head of product at ONVO, recently stated that most traditional internal combustion engine (ICE) large five-seater SUVs on the market are still stuck in the old competitive mindset. The result? A growing problem of product homogeneity.
These models typically sell on sheer size—spacious cabins and massive trunks. Yet the competition remains superficial, focused on piling up hardware and smart features rather than overhauling the underlying architecture. Yu predicts the entire large SUV category will accelerate its shift to pure electric power.
The latest retail data from the China Passenger Car Association (CPCA) for May lays bare the industry's structural shift. While the broader market sags, the penetration rate of new energy vehicles (NEVs) hit a record 62%. With ICE vehicles retreating and NEVs gaining ground, the trend is clear—creating a favorable backdrop for the full electrification of large SUVs.
Traditional Large Five-Seater SUVs Are Caught in a Rut
Large five-seater SUVs have long been a staple for Chinese families, balancing space with handling agility. But Yu argues the segment's competitive model has ossified. The industry, he says, remains trapped in the product mindset of the ICE era.
The development playbook for traditional models is nearly identical. Automakers prioritize long wheelbases and wide bodies to maximize legroom, particularly in the second row, while expanding trunk volume for family trips and cargo.
Within that framework, rivalry has devolved into a checklist of specs: bigger screens, more sensors, ventilated seats, and ambient lighting. Fundamentally, though, these are just tweaks on an ICE chassis. The vehicle architecture and powertrain lack any real breakthrough.
Image source: ONVO
The consequences of this cutthroat competition are stark. Homogeneity is so severe that consumers struggle to tell models apart. That forces price wars as the only differentiator, squeezing automakers' profit margins.
Then there is the inherent weakness of ICE power. As size and weight increase, so does fuel consumption in city driving. Running costs become a major pain point for families, especially amidst fluctuating oil prices.
Amid the shift from oil to electricity, many joint ventures and domestic brands have rolled out transitional hybrids. Yet these models often retain ICE chassis foundations, limiting space layout and weight distribution—and failing to leverage the full benefits of a dedicated EV platform.
Yu's forecast for an accelerated shift to electric power stems from a simple reality: traditional ICE architectures have hit a bottleneck. Only by switching to pure electric platforms can automakers unlock new differentiation and escape the trap of spec-sheet wars.
Market Data Confirms the Shift to Electric
Yu isn't just voicing an opinion. The CPCA's May retail data clearly charts the real pace of the market's transition from oil to electricity, creating an external environment that pushes large SUVs toward electrification.
Data shows domestic passenger car retail sales totaled 1.52 million in May—a 22% year-on-year drop, though up 9% from April. For the first five months of the year, cumulative sales reached 7.17 million, down 19.7% from a year ago. The overall market is in a period of adjustment.
Yet even as the broader market weakens, the retail penetration rate of new energy vehicles climbed to 62%—a historic high. The shift is undeniable. Sustained high fuel prices, changing consumer attitudes, and improving infrastructure are combining to accelerate families' decisions to go electric.
In the large SUV segment, consumer demand is shifting subtly. Buyers are no longer satisfied with just space and trunk capacity. Instead, they are prioritizing deeper metrics like ride smoothness, energy efficiency, space utilization optimized by chassis layout, and the potential for intelligent features.
Dedicated EV platforms eliminate the need for traditional engines, transmissions, and drive shafts. This optimizes cabin space, lowers the center of gravity, and delivers more stable handling. These inherent advantages align perfectly with the upgrade requirements of large family SUVs.
With both demand and supply shifting in tandem, the full electrification of large SUVs is no longer a distant vision. While EVs were previously concentrated in compact and mid-size segments, falling battery costs and maturing platform technology are lowering the barriers for large electric SUVs. The window for rapid iteration is open.
Yu's prediction that large SUVs will accelerate into the electric era is backed by a convergence of factors: rising penetration rates, faster consumer shifts, and quicker product iteration cycles. It is a view grounded in clear data and market realities.
The growth path for traditional large five-seater SUVs—relying on size and spec sheets—is narrowing. Homogeneity remains a puzzle that cannot be solved within the ICE paradigm, making powertrain upgrades an inevitability. High fuel prices, shifting consumer mindsets, and technological advances are forcing a structural shakeout in this segment.
In the long run, the full shift to electric power for large SUVs is as much a strategic choice for automakers as it is an inevitable result of market supply and demand adjustments. Going forward, the pace of product launches and technology roadmap decisions in this segment will determine each player's standing in the next round of competition. The market landscape for mid-to-large SUVs, once dominated by internal combustion engines, is poised for a deep reconstruction as the electrification wave arrives.
