Electric Cars

Xiaomi has officially launched its innovative SkyNomad SUV series in China, marking its foray into the extended-range electric vehicle (EREV) sector. This new lineup, comprising four distinct models, is introduced with a highly competitive initial price point of roughly $31,275 (RMB 209,900). This strategic pricing places Xiaomi's new offerings significantly below the established market leaders in China's EREV SUV segment, such as models from Li Auto and Huawei-backed AITO, signaling a robust challenge to existing players.

The SkyNomad family is designed to cater to diverse consumer needs, offering both five-seat and seven-seat configurations. Each model integrates a battery-electric system with a gasoline range extender, providing substantial electric-only driving capabilities complemented by an extended combined range. Notably, the collection includes a distinctive N90 Max Studio variant equipped with an integrated electric pop-up roof, transforming the vehicle into a versatile mobile studio or camper. This blend of aggressive pricing, diverse features, and impressive performance metrics positions Xiaomi as a compelling new contender in China's burgeoning EREV market.

Xiaomi's Aggressive Pricing Strategy and Model Lineup

Xiaomi's entry into the extended-range SUV market in China is highlighted by its highly competitive pricing strategy, aiming to disrupt the segment currently dominated by established manufacturers. The SkyNomad series offers four models, with the entry-level N70 Pro starting at approximately $31,275, undercutting rivals like the Li Auto L9 and AITO M9 which begin above $37,300. This aggressive pricing makes a 4.96-meter, five-seat SUV accessible at a cost typically associated with compact crossovers.

The lineup includes the five-seat rear-wheel-drive N70 Pro, the all-wheel-drive N70 Max, the seven-seat flagship N90 Max, and the unique N90 Max Studio. The N90 Max Studio stands out with its integrated electric pop-up roof, transforming it into a versatile mobile studio or camper. This diverse range, combined with affordable pricing, underscores Xiaomi's ambition to capture a significant share of the Chinese EREV market by offering high-value propositions to consumers.

Performance and Innovative Features of the SkyNomad Series

The Xiaomi SkyNomad SUVs, while utilizing an EREV powertrain, prioritize electric driving, with a gasoline engine serving purely as a range extender. The base N70 Pro model is equipped with a 52 kWh LFP battery, delivering an impressive 351 km (218 miles) of pure-electric CLTC range and a combined range of 1,351 km (840 miles). Stepping up to the N70 Max introduces a larger 76 kWh battery, dual-motor all-wheel drive, a rapid 0-100 km/h acceleration time of 5.5 seconds, an electric range of 505 km (314 miles), and a combined range of 1,461 km (908 miles), with fast charging capabilities reaching 20-80% in just 18 minutes.

The flagship seven-seat N90 Max boasts an even more remarkable combined range of 1,705 km (1,059 miles) and an electric range of 464 km (288 miles), sufficient for a non-stop journey from Shanghai to Beijing. All SkyNomad models are built on Xiaomi’s new Kunlun platform, featuring a flat floor and extensive sliding rails for enhanced interior flexibility. Standard across the range are advanced driver-assistance systems powered by an NVIDIA Thor chip, LiDAR, and radar, ensuring a high level of safety and technological integration. The N90 Max Studio further exemplifies innovation with its integrated electric pop-up roof, which raises 100mm to create a two-level loft, offering ample headroom and a versatile space that can convert into a bed in 30 seconds, complete with heated flooring and a 30-inch projector screen, catering to both mobile studio and camping needs.

Tesla has re-initiated its push for businesses to acquire and manage their own fleets of Cybercab robotaxis within its operational framework. This initiative mirrors an earlier proposition from Elon Musk in 2019, where he encouraged car owners to integrate their vehicles into the 'Tesla Network' for passive income. However, a critical analysis of this model suggests a fundamental contradiction: if operating these fleets were genuinely lucrative, it raises questions as to why Tesla, a company focused on maximizing its own profits, would choose to divest such an opportunity rather than retain it exclusively.

At a recent Cybercab presentation on September 3rd, Tesla began circulating an inquiry form among potential fleet buyers, gauging interest in 'Cybercab fleet vehicle purchasing.' The underlying concept is for companies to purchase these vehicles, deploy them on Tesla’s Robotaxi platform, and subsequently share in the generated revenue. This echoes Musk's pronouncements during 'Autonomy Day' in 2019, where he projected that owners could potentially accrue up to $30,000 annually in gross profits per vehicle through the 'Tesla Network.' He further characterized Teslas as 'appreciating assets,' whose value would escalate with enhancements in Full Self-Driving (FSD) technology. Yet, these earlier assurances largely failed to materialize, leaving many FSD purchasers without the anticipated taxi-derived income, and with Tesla itself ultimately managing the robotaxi services.

The consequences of relying on these unfulfilled promises are starkly illustrated by the case of MisterGreen, a Dutch leasing firm. This company made substantial investments in over 4,000 Tesla vehicles, driven by the belief that their value would appreciate and eventually generate revenue through robotaxi operations. However, Tesla's subsequent price reductions for new vehicles led to a significant depreciation of used Teslas, far exceeding market averages. Coupled with the non-realization of robotaxi income, MisterGreen declared bankruptcy in December 2025, resulting in a $40 million loss for its bondholders. This incident serves as a potent example of the risks associated with the 'appreciating asset' premise.

From a strategic business standpoint, Tesla's willingness to sell Cybercabs to third-party operators, rather than monopolizing a supposedly highly profitable venture, warrants skepticism. Companies typically do not outsource income-generating assets; rather, they delegate risks. By selling Cybercabs, Tesla effectively transfers the capital expenditure and depreciation burden to the buyers, while retaining the high-margin software components, dispatch services, and a share of each fare. Furthermore, these fleet operators would find themselves in direct competition with Tesla, the very entity controlling the platform, which could potentially manipulate pricing, prioritize its own vehicles, alter revenue splits, or even restrict access. In such an arrangement, the operators bear the brunt of the financial downside without full control over their business model.

This strategy appears to be a sophisticated form of asset-light offloading, disguised as a lucrative opportunity for fleet buyers. Tesla aims for these buyers to absorb the capital investment and depreciation associated with a large volume of Cybercabs, enabling Tesla to record vehicle sales, retain its profitable software division, and leverage its network. This model shifts the financial risk away from Tesla and onto the shoulders of the investors, mirroring the earlier FSD playbook. The narrative of generating substantial income upfront, followed by the buyer shouldering the economic shortfall, is a recurring theme. The MisterGreen debacle, unfolding over merely nine months, serves as a recent and compelling case study. If operating robotaxi fleets were indeed the goldmine depicted by Musk, Tesla possesses the financial resources, manufacturing capabilities, and network infrastructure to manage these operations entirely in-house, without the need to share any profits. The very act of extending this 'opportunity' should prompt potential investors to critically evaluate who is ultimately positioned to absorb the financial risks involved.