Level 1 - Absolute Beginner

BYD is a big company from China. It makes electric cars. Electric cars use batteries instead of petrol. BYD is now also making robots.

The new robots look like humans. They have a head, body, arms, and legs. We call these humanoid robots. They can walk and do simple tasks.

BYD uses the same technology from its cars. This includes good batteries and smart computer systems. These help the robots move and think.

BYD wants to sell these robots to people at home. They plan to sell them in their car shops. This is a new and exciting product for the company.

electric

using electricity instead of petrol or another fuel to work

robot

a machine that can move and do tasks automatically without a person controlling it directly

humanoid

shaped like a human, with a head, body, arms, and legs

technology

tools, machines, and systems created using science and engineering

battery

a device that stores and provides electricity to power a machine

company

a business organisation that makes or sells products or services

product

something that is made and then sold to customers

task

a piece of work that needs to be done

Level 2 - Elementary

BYD, the Chinese company that is now the world's largest electric vehicle maker, has confirmed that it is developing humanoid robots. The project is codenamed 'Yao-Shun-Yu' and has been running secretly since 2022. BYD executive vice president Stella Li announced the project in a recent television interview.

BYD plans to use technology from its electric car business to build the robots. This includes its expertise in batteries, sensors, and artificial intelligence software. BYD already has more than 4,000 engineers working on AI and self-driving systems for its vehicles.

Several other companies are also building humanoid robots, including Tesla and Chinese automakers. The market for humanoid robots is growing quickly as companies see them as useful in factories, hospitals, and homes.

If the robots are successful, BYD plans to sell them through its large network of car dealerships around the world. The company could also supply parts to other robot makers, working as an open platform in the industry. Experts say this strategy could give BYD great influence over the whole robotics market.

confirm

to officially state or announce that something is true

codenamed

given a secret name to hide the real identity or nature of a project

expertise

special knowledge or skill gained through practice and experience in a particular area

sensors

devices that detect changes in the environment, such as movement, distance, or temperature

artificial intelligence (AI)

computer systems that can perform tasks that usually require human intelligence

dealership

an official business or shop that sells a particular company's products, especially cars

supply

to provide goods or materials to another person or company

platform

a shared base or system that other products, services, or companies build upon

Level 3 - Intermediate

BYD, the Chinese electric vehicle company that overtook Tesla as the world's largest EV maker in 2024, has officially confirmed it is entering the humanoid robotics sector. Executive vice president Stella Li disclosed in a recent interview that BYD has been secretly developing humanoid robots under a project codenamed 'Yao-Shun-Yu' since 2022, led by the company's 15th Business Unit, which focuses on electronic integration and intelligent systems.

The decision to enter robotics leverages BYD's vertically integrated production capabilities. Its core EV business has made it one of the world's most sophisticated producers of high-density battery cells, LiDAR and radar sensors, and embedded AI processing hardware. These same components are fundamental to next-generation humanoid robots, which require long-lasting power sources, precise awareness of their surroundings, and real-time decision-making systems.

BYD has also positioned itself as a possible open platform within the robotics industry, meaning it may both manufacture its own robots and supply parts to competing firms. This dual strategy could give it significant influence over industry standards, replicating the leverage that battery supplier CATL exercised over the early electric vehicle supply chain.

BYD's entry joins an increasingly crowded field that includes Tesla's Optimus robot, Figure AI's Jim, and Boston Dynamics' Atlas. Analysts note that the key challenge for all humanoid robot makers is not raw hardware capability but reliable performance in unpredictable real-world conditions. BYD's manufacturing efficiency and cost management may prove more decisive than any single technological advance.

vertically integrated

describes a company that controls several stages of its own supply and production chain, from raw materials to finished product

LiDAR

a sensor technology that uses laser pulses to create detailed 3D maps of the surrounding environment

embedded

built permanently into a device or system, rather than added externally

open platform

a system or technology base that other companies can use or build upon, rather than being restricted to one manufacturer

leverage

the power to influence a situation because of a strong position, resource, or advantage

dual strategy

a plan that pursues two goals or operates in two markets at the same time

unpredictable

not able to be known or planned for in advance because conditions change constantly

decisive

having a clear and strong influence on the final outcome of something

Level 4 - Advanced

BYD's confirmation of its humanoid robotics programme, developed in stealth within the company's 15th Business Unit since 2022 under the codename 'Yao-Shun-Yu,' represents a structurally significant inflection point in the global embodied-AI race. Prior entrants have been predominantly either venture-backed pure-play robotics startups or Big Tech-affiliated entities. BYD brings a vertically integrated manufacturing stack, a committed 100 billion RMB AI and automotive-intelligence R&D budget, and an existing global distribution infrastructure that no competing humanoid programme can currently match.

The technological thesis centres on component convergence. BYD's Blade battery cells, already the industry benchmark for volumetric energy density in passenger EVs, can be repacked for humanoid torso integration with minimal reformatting. Its DiPilot and DiLink autonomous-driving hardware, built around high-performance system-on-chip designs and proprietary LiDAR fusion algorithms, translate directly into a robot's navigation and environmental modelling requirements. BYD has reportedly assembled a dedicated 800-person embodied-AI team within the 15th Business Unit, complementing its public 4,000-engineer autonomous-vehicles organisation.

The open-platform ambiguity in BYD's public communications is strategically deliberate. Positioning as a component and manufacturing partner to competing robot makers replicates the CATL playbook: by becoming the preferred battery and sensor supplier to multiple competing humanoid platforms, BYD could capture 30-40% of total bill-of-materials cost across the industry regardless of which software and integration layer ultimately wins. Analyst consensus estimates the global humanoid market at $65-80 billion by 2032, with China capturing 35-40% of unit shipments.

The principal remaining uncertainty is regulatory exposure. US export controls, significantly expanded under recent Bureau of Industry and Security rulemaking restricting access to high-performance inference chips for firms with PRC military relationships, could impair BYD's access to leading-edge silicon for robot cognition. The company's simultaneous position as the world's top EV manufacturer and an emerging supplier of autonomous-systems components will face close scrutiny from the Committee on Foreign Investment in the United States as BYD scales international robotics sales. Whether the Yao-Shun-Yu programme represents a genuinely civilian venture or a dual-use asset is a question that will preoccupy Western regulators well before any commercial launch.

embodied AI

artificial intelligence systems that inhabit and control physical robots capable of perceiving and acting in the real world

inflection point

a moment at which a fundamental change in direction, trend, or strategy becomes evident

volumetric energy density

the quantity of energy stored per unit of physical volume in a battery or power source