Leapmotor held its 2026 Tech Day on September 16, unveiling a suite of core technologies including the new LEAP 5.0 vehicle architecture, an LWM world model-based intelligent driving system, the MM-i multi-mode hybrid electric drive, and the CTC 3.0 high- and low-voltage integrated battery. According to NetEase Auto, founder and CEO Zhu Jiangming framed the event as a milestone: the company's first decade was about building capabilities, and the next will be about delivering on that foundation without chasing buzzwords.
From components to a new species
Zhu addressed comparisons to BYD, acknowledging that Leapmotor's deep vertical integration—covering everything from thermal management to compressors—resembles BYD's approach. But he set a higher ambition: to redefine the vehicle as a mobile living space, akin to how the iPhone transformed feature phones. Leapmotor's second brand is expected to embody this vision.
The company's engineering focus is evident in its staffing. Of roughly 10,000 employees, about 8,500 are in R&D, with another 1,000 factory engineers, leaving only 1,500 in sales, HR, finance, and PR combined. This structure supports a stable leadership team: four product-line heads who joined in 2015 have remained, each leading teams of 1,000 to 3,000 people.
Three pillars of technology
The LWM world model ADAS abandons traditional BEV (battery-electric) perception and rule-based coding, instead using cloud simulation and on-vehicle closed-loop training. Zhu promised free lifetime upgrades for all LiDAR-equipped customers, including an initial 10,000 users whose hardware differences require at least 50 million yuan (about $7 million) in algorithm rework—a cost Leapmotor will absorb. The company aims for 100 km of urban no-intervention driving by year-end.
The MM-i hybrid drive marks Leapmotor's entry into the PHEV (plug-in hybrid) segment, completing its powertrain lineup alongside BEV and EREV (range-extender) options. Designed for global markets, especially Europe where charging infrastructure lags, the system uses three innovations: a generator-reuse architecture, coaxial dual electromagnetic clutches, and intelligent dual-motor control. Peak power is 206 kW (about 276 hp), 28% higher than peers, while the unit weighs just 106 kg (40% lighter) and is 25% smaller. Shift time drops from 400 ms to 150 ms, and 80–120 km/h acceleration takes 4.5 seconds versus 8 seconds for rivals.
The CTC 3.0 battery integrates low-voltage functions into the main pack, eliminating the separate lead-acid battery. This boosts low-voltage capacity sevenfold, makes it maintenance-free for life, and saves over 2,000 yuan (about $282) in service costs. Leapmotor is open-sourcing the related patents.
In thermal management, the company's super-integrated air-conditioning unit and 14-way valve—the most in the industry—reduce component count from 60–70 to 21, improving reliability and efficiency by leveraging waste heat from the battery, drive motor, and engine. This module is already in production vehicles.
Long-term strategy and competition
Zhu dismissed hype around robots, noting that only profitable robots matter. Leapmotor's humanoid robot is in testing, but the company prioritizes non-humanoid applications with scalable commercial value. On software, the company will avoid charging consumers for features, focusing instead on B2B and third-party ecosystem revenue.
Zhu acknowledged intense competition in China's auto industry, the last major manufacturing sector after chips. He called for healthy, government-guided rivalry based on product strength rather than online noise. Leapmotor's approach—making advanced ADAS affordable under 100,000 yuan, lightweight hybrid drives, and maintenance-free batteries—reflects its belief that good technology should be accessible to the masses.
