Leapmotor Full-Stack Self-Research / 零跑全域自研

Definition

Leapmotor full-stack self-research is the strategy of controlling core vehicle technology, software, electrical systems, manufacturing, platforms, and selected component production so that an automaker can reduce supplier dependence, compress external margins, and coordinate product cost, quality, and iteration.

Current Synthesis

The current source presents full-stack self-research as Leapmotor’s answer to low-margin car economics. Zhu Jiangming argues that cars require platformization, scale, self-manufacturing, and fine management; otherwise a startup cannot both price aggressively and survive. The self-research claim is not total vertical integration: Leapmotor still chooses where to extend, starting from electric drive and moving into related high-power electronics while leaving cells to a joint-venture path with a battery maker.

Key Claims

• Full-stack self-research is used as a cost and quality strategy, not only as a technology-status claim.
• The strategy depends on early hiring of core technical leads across vehicle layout, body, chassis, battery, electric drive, and electric control.
• The economic claim is supplier-margin compression: self-made core parts can capture profit that would otherwise sit in the supplier layer.
• The strategy is bounded by scale and specialization, so not every component should be internalized immediately.
• Prior embedded hardware and chip-organization experience can make a car founder more willing to own core technical systems.

Evidence

• Strategic origin: 零跑汽车朱江明×罗永浩！零跑汽车十年：不会讲故事的人，如何卖成了第一 says Zhu personally chose full-stack self-research while studying Toyota-like industrial-chain and parts-system logic.
• Early organization: 零跑汽车朱江明×罗永浩！零跑汽车十年：不会讲故事的人，如何卖成了第一 says Leapmotor recruited core people for layout, interior/exterior, body, chassis, battery, electric drive, and electric control from the beginning.
• Economic logic: 零跑汽车朱江明×罗永浩！零跑汽车十年：不会讲故事的人，如何卖成了第一 says self-research can capture roughly the supplier profit space that would otherwise sit outside the automaker.
• Scope boundary: 零跑汽车朱江明×罗永浩！零跑汽车十年：不会讲故事的人，如何卖成了第一 says Leapmotor extends from electric drive into compressors, power supplies, and other high-power electronics, while handling cells through a joint venture rather than full internal production.
• Capability inheritance: 零跑汽车朱江明×罗永浩！零跑汽车十年：不会讲故事的人，如何卖成了第一 connects Leapmotor’s self-research confidence to Dahua’s earlier chip and embedded-product experience.

Counterevidence & Qualifications

The concept is currently grounded in one founder interview. It does not independently prove that self-research lowers total cost after R&D, capex, warranty, inventory, management complexity, or opportunity cost. It also does not show which parts should be internalized across other automakers.

What Changed

• Created the concept from Zhu Jiangming’s explanation of Leapmotor’s self-research and manufacturing strategy.

Related Concepts

• EV Value-for-Money Cost Discipline / 电动车性价比成本纪律 - pricing model the strategy is meant to support.
• Engineering Founder Automotive Transition / 工程师创始人跨界造车 - founder-capability path that made the strategy plausible.
• Chinese Hardware Globalization - broader hardware competitiveness context.
• Electric Vehicle Price Parity - adoption and cost context for EV pricing.
• Battery Manufacturing Know-How - adjacent manufacturing capability concept from the battery branch.
• Huawei No-Car Manufacturing Boundary / 华为不造车边界 - contrast with a technology provider that avoids full car manufacturing.