중국의 스마트 도어 및 전동 테일게이트 시장(2025년)

Smart Door Research: Driven by Automatic Doors, Knock-Knock Door Opening, etc., the Market Will Be Worth Over RMB100 Billion in 2030.

This report analyzes and researches the installation, market size, competitive landscape, suppliers' strategies, OEMs' strategies, and development trends of various intelligent automotive door products. The main research scope includes:

Smart doors: installation, market size, and vehicle model cases, including electric suction doors, automatic doors, hidden electric door handles, electric sliding doors, etc.;

Electric tailgates: system structure, highlight functions, supply chain, competitive landscape, installation, market size, supply relationships, foot-activated tailgates, AR smart tailgates, etc.;

Smart access modes: PEPS, mobile APP-controlled doors, digital keys, gesture recognition, face recognition, voice control, fingerprint recognition, finger vein recognition, touch recognition, password locks, etc.;

Innovative door designs and material technologies: innovative designs such as frameless doors and pillarless suicide doors; lightweight door materials and technical solutions; market size, production processes, competitive landscape, and suppliers of door seal strips;

Application of smart doors by OEMs: smart door solutions of OEMs such as Tesla, Li Auto, AITO, Yangwang, NIO, Xiaomi, and Hongqi;

Smart door suppliers: smart door products and supported vehicle models of suppliers such as Brose, Magna, WINBO-Dongjian, Minth, and Yanfeng.

1. Pace of Car Door Intelligence Quickens, and the Market Will Be Valued at More Than RMB100 Billion in 2030.

Based on traditional car doors, smart doors enable functions such as automatic door opening/closing, environmental perception and slope hovering, and integrate multiple functions (e.g., CMS and ambient lighting), as well as the function of interconnection with a cockpit, by adding door control units, actuators, sensors, door checks, electric suction locks, and other components. In 2025, China's smart door market will further grow and is expected to be worth RMB60 billion, a figured projected to surpass RMB100 billion in 2030, with a compound annual growth rate of 10.9%.

Seen from sub-functions, all show an upward trend, facilitating intelligent upgrading of car doors

DOW (Door Opening Warning): This segment has shown the strongest performance. From January to October 2025, the installations increased by 2.615 million vehicles, a year-on-year growth rate of 62.2%, and the installation rate surged from 23.7% to 36.6%.

Frameless Doors: As a core configuration to enhance the sportiness of vehicles, their installations have grown steadily. From January to October 2025, the year-on-year growth rate was 36.0%, and the installation rate increased to 12.3%.

Automatic Doors: Although the base is small, they gain big momentum, with a year-on-year growth rate of 29.6%, indicating rapider penetration of high-level intelligent configurations into the high-end market.

APP-Controlled Doors: As the most popular intelligent function, the installations increased to 12.305 million vehicles from January to October 2025, with an installation rate of 66.0%, having become a standard configuration for most new cars.

Electric Tailgates: This function continues to gain popularity, with the installations increasing by 13.4% year-on-year and the installation rate reaching 45.0%.

Hidden Electric Door Handles: Despite the sector facing a design transformation, it still achieved a year-on-year growth of 21.6% from January to October 2025, with the installations exceeding 4 million vehicles and the installation rate rising to 21.6%.

Electric Sliding Doors: Mainly serving the MPV and mid-to-large SUV markets, they saw the year-on-year growth rate of 17.0%, and the installation rate steadily increasing to 3.2%.

Electric Suction Doors: This segment has remained stable, with the installations exceeding 1.31 million vehicles from January to October 2025.

2. Automatic Doors Achieve Integration and Linkage with ADS to Improve Obstacle Avoidance Accuracy.

Automatic doors are electric doors with automatic opening and closing functions, commonly found in such vehicles as luxury cars and MPVs. They control door opening and closing with buttons. They are a configuration that enhances comfort and safety.

In Avatr 11's case, a user lightly pulls the door handle and the door opens automatically; the user presses the close button after getting in the car and the door closes automatically. If this posture is a bit cumbersome, the user can simply step on the brake and the door will close by itself, achieving a combination of technology and usability.

From January to October 2025, automatic doors were installed in 140,000 passenger cars in China, a year-on-year growth of 29.6%. Currently, this function is mainly equipped on models above RMB300,000, such as AITO M9/M8, Li MEGA, MAEXTRO S800, and Zeekr 001 FR.

At the technical level, automatic doors are shifting from single hardware control to system-level integration. For example, the intelligent electric doors equipped on the AITO M9 adopt four-door independent ECUs and digital variable-frequency brushless motors, reducing the system weight by 15% and noise by 20%. In terms of perception hardware, radars used instead of traditional ultrasonic radars can accurately detect low obstacles 5-10cm high, and cooperate with the response capability of brushless motors to achieve instant stopping when encountering obstacles. In addition, the door system has achieved integration and linkage with intelligent driving systems such as HUAWEI ADS, improving obstacle avoidance accuracy by sharing vehicle perception data.

3. Technical Route of Hidden Door Handles Shifts to Semi-Hidden and Mechanical Redundancy

From the perspective of current market dynamics and policy orientation, the hidden door handle industry is experiencing a critical transition period from rapid expansion to rational adjustment. On the one hand, policies mandatorily regulate safety bottom lines; on the other hand, the technical route is converging towards "semi-hidden + mechanical redundancy".

At the policy level, stricter global supervision has become an inevitable trend. China has taken the lead in setting a red line for the withdrawal of "fully hidden" designs, reshaping industry safety standards.

The "Safety Technical Requirements for Automotive Door Handle" (draft for comments) issued by the Ministry of Industry and Information Technology in 2025 clearly prohibits fully hidden designs from 2027, and mandates that external door handles retain an operating space of not less than 60mmX20mmX25mm and a mechanical redundancy mechanism to solve the rescue problem of "difficulty in opening doors" after collision and power failure;

The Netherlands and the United States have strengthened supervision on "openable after power failure" through investigations into Tesla door failure cases;

The new protocol of the European New Car Assessment Programme (Euro NCAP) taking effect in 2026 requires that external electric door handles of electric vehicles must remain operable after an accident to ensure that rescuers can quickly enter the vehicle;

The new rules of the Australasian New Car Assessment Programme (ANCAP) in 2026 require that cars equipped with electric door handles (powered by a vehicle's 12V battery) must immediately place all side door handles in an extended/ready-to-open state after a collision.

Under this trend, fully hidden designs without mechanical emergency mechanisms will gradually withdraw from the market, and semi-hidden designs will become the compliant mainstream. OEMs such as NIO, Audi, Volkswagen, Tesla, and AITO have shifted to the semi-hidden route.

NIO ET7 adopts a dual solution of "capacitive sensing + mechanical unlocking", which not only retains convenience of touch-to-open doors but also allows the handles to pop out by pressing the front end when the power is off;

The door handle design of the new A5L released by FAW Audi adopts a semi-hidden design with a built-in micro switch. The external door handle has a built-in emergency pull cord for quick door opening. In addition, FAW Audi has adopted a semi-hidden door handle design on its latest PPC and PPE platform-based models, and this design will be available to subsequent models based on the two platforms;

Volkswagen Anhui and BYD among others have shifted to the "semi-hidden + emergency paddle" solution;

Tesla is also redesigning its door handle system;

New-generation models such as new AITO M7, M8, Zeekr 9X, and Geely Galaxy M9 have abandoned fully hidden door handles.

4. Driven by HIMA, NIO, and Yangwang, Knock-Knock Door Opening Function Enters Mass Production.

In 2025, Knock-Knock, a light tap-to-open technology, came into mass production, with an installation rate of 0.6%. At this stage, the Knock-Knock function is mainly equipped by OEMs such as Harmony Intelligent Mobility Alliance (HIMA), NIO, Yangwang, and Li Auto:

Yangwang U7/U9 apply this technology to door opening;

HIMA series (LUXEED R7, STELATO S9T, AITO M8, etc.) mainly apply it to frunk opening;

Brands such as NIO (ES8, ONVO L90) and Li Auto (i6) have followed up, applying it to frunk opening. The application of this technology has evolved from exclusive supply to industry popularization.

The Knock-Knock technology is developed by Taifang Technology. Users can trigger the opening of the frunk, trunk, or doors by lightly tapping with their fingers, without the need to install additional physical buttons, which not only ensures the aesthetic appearance of the car body design but also greatly improves operational convenience. This technology realizes interaction by utilizing the physical principle that users tapping the car body structure can generate elastic waves.

In terms of application scenarios, the application of this technology has increased the frequency of use in specific scenarios. In the case of ONVO L90, a model equipped with Knock-Knock, the proportion of car owners using the frunk every week is as high as 93%. In the future, Knock-Knock technology will also be gradually extended to components such as charging ports and sunroofs, and is expected to be deeply integrated with intelligent cockpits, becoming a standard function of vehicle intelligence.

Table of Contents

1 Overview of Smart Door Market

• 1.1 Overview of Door System
• 1.1 Overview of Door System: Door Modules
• 1.1 Overview of Door System: Types of Door Modules
• 1.1 Overview of Door System: Door Module Design
• 1.1 Overview of Door System: Advantages of Door Modules
• 1.2 Introduction to Intelligent Doors
• 1.3 Important Components of Intelligent Doors
• 1.4 Door Styling Design (1)
• 1.4 Door Styling Design (2)
• 1.4 Typical Models Installed with Personalized Doors
• 1.4 Door Installation by Styling (1)
• 1.4 Door Installation by Styling (2)
• 1.4 Door Installation by Styling (3)
• 1.4 Door Installation by Styling (3)
• 1.5 Highlight Functions of Intelligent Doors
• Obstacle Avoidance during Door Opening
• Door Hovering
• Intelligent Surface Control (1)
• Intelligent Surface Control (2)
• Door Projection
• Door Projection
• Intelligent Interconnection
• Door Function Integration
• Adaptive Doors
• 1.6 Intelligent Door Industry Chain
• 1.7 Smart Door Market Size
• 1.8 Competitive Landscape of Smart Doors
• 1.9 Door Control Module
• 1.10 Door Control Module Architecture
• 1.11 Door Structure
• Door Structural Features in China: FUG and APH as the Mainstream
• Door Structural Features in China: Door Structure Is Strongly Correlated with Geography
• Door Structural Features in China: Different FUG Solutions Respond to Vehicle Models of Differing Classes
• Door Structural Features in China: Different APH Solutions Respond to Vehicle Models of Differing Classes
• Door Structure Strategy of Pan-Asia Technical Automotive Center (PATAC) (1)
• Door Structure Strategy of Pan-Asia Technical Automotive Center (PATAC) (2)
• Door Structure Strategy of Pan-Asia Technical Automotive Center (PATAC) (3)
• Door Structure Strategy of Pan-Asia Technical Automotive Center (PATAC) (4)
• Door Structure Strategy of Pan-Asia Technical Automotive Center (PATAC) (5)
• Door Structure Strategy of Pan-Asia Technical Automotive Center (PATAC) (6)
• Next-generation APH Door Cost of PATAC (1)
• Next-generation APH Door Cost of PATAC (2)
• Next-generation APH Door Cost of PATAC (3)
• Next-generation APH Door Cost of PATAC (4)
• 1.12 DOW (Door Opening Warning)
• Sensor Configuration of DOW
• Installation of DOW Function
• DOW Case: AITO
• DOW Case: Lynk & Co
• DOW Case: BYD
• TMYTEK's Radar-Based Smart Car Door Sensing Technology
• Continental's Sixth-Generation Corner Radar Product SRR630 Series
• WHST STA79-6 Radar for Obstacle Avoidance in Door Opening
• WHST STA79-6 Disassembly Diagram
• ChengTech's Mid-Range Front Radar CTMRR-130
• ChengTech's Mid-Range Front Radar CTMRR-130Pro
• ChengTech's Short-Range Radar CTDSR-460
• Autoroad's Corner Radar ASRR100
• Chuhang Tech's Corner Radar
• ANNGIC's RR-51W Radar Sensor
• TI's Radar SoC
• Calterah's Radar Chip Solution
• 1.13 Function Comparison between Major Intelligent Door Suppliers (1)
• 1.13 Function Comparison between Major Intelligent Door Suppliers (2)
• 1.14 Supporting Relationship between Door Suppliers and Automakers: Door Modules (1)
• 1.14 Supporting Relationship between Door Suppliers and Automakers: Door Modules (2)
• 1.14 Supporting Relationship between Door Suppliers and Automakers: Electric Sliding Doors

2 Intelligent Door Access Modes

• 2.1 Overview of Smart Door Entry Modes
• 2.2 PEPS
• Introduction to PEPS
• Installations and Installation Rate of PEPS
• Major Brands & Model Distribution of PEPS
• Price Range Distribution of PEPS
• PEPS Market Size
• Global PEPS Suppliers (1)
• Global PEPS Suppliers (2)
• Global PEPS Suppliers (3)
• Global PEPS Suppliers (4)
• Global PEPS Suppliers (5)
• Chinese PEPS Suppliers (1)
• Chinese PEPS Suppliers (2)
• Chinese PEPS Suppliers (3)
• 2.3 Mobile APP-Controlled Doors
• 2.4 Digital Key Access
• Introduction to Digital Keys
• Digital Key Access Technology Roadmap
• Digital Key Application Scenarios
• Installation Data of Digital Key (1)
• Installation Data of Digital Key (2)
• Digital Key Market Installation Forecast (1): Installation Rate and Market Size
• Digital Key Market Installation Forecast (2): Share in Various Segmented Markets
• Digital Key Market Installation Forecast (3): Sinking Trend of Digital Key Integrated Solutions
• 2.5 Gesture Recognition Access
• Gesture Recognition Access Solutions of OEMs
• 2.6 Face Recognition Access Mode
• Face Recognition Access Solutions of OEMs: Changan OShan
• Face Recognition Access Solutions of OEMs: Jaguar Land Rover
• Face Recognition Access Solutions of OEMs: Zeekr 7X, Changan UNI-Z
• 2.7 Voice Access Mode
• Cases of OEMs Using Voice to Open Doors
• 2.8 Fingerprint/Palmprint Recognition Access mode
• Case of Using Fingerprint/Palmprint to Open Doors (1)
• Case of Using Fingerprint/Palmprint to Open Doors (2)
• 2.9 Finger Vein Recognition Access
• 2.10 Touch Access
• 2.11 Password Lock Access
• 2.12 Electromyography (EMG) Recognition Access

3 Intelligent Door Market Segments

• 3.1 Electric Suction Doors
• Electric Suction Door System Structure
• Installations and Installation Rate of Electric Suction Door
• Market Size of Electric Suction Door
• 3.2 Automatic Doors
• Installations and Installation Rate of Automatic Doors
• Market Size of Automatic Doors
• 3.3 Frameless Doors
• Development History of Frameless Doors
• Installations and Installation Rate of Frameless Doors
• Problems and Solutions
• Sealing System Structure Cases
• Dongfeng Motor's Development Practice on Functional Dimensions of Frameless Doors: Appearance Dimension Characteristics and Difficulties of Frameless Doors (1)
• Dongfeng Motor's Development Practice on Functional Dimensions of Frameless Doors: Appearance Dimension Characteristics and Difficulties of Frameless Doors (2)
• Dongfeng Motor's Development Practice on Functional Dimensions of Frameless Doors: Typical Problems and Countermeasures for Frameless Doors (1)
• Dongfeng Motor's Development Practice on Functional Dimensions of Frameless Doors: Typical Problems and Countermeasures for Frameless Doors (2)
• Dongfeng Motor's Development Practice on Functional Dimensions of Frameless Doors: Typical Problems and Countermeasures for Frameless Doors (3)
• Dongfeng Motor's Development Practice on Functional Dimensions of Frameless Doors: Typical Problems and Countermeasures for Frameless Doors (4)
• Dongfeng Motor's Development Practice on Functional Dimensions of Frameless Doors: Typical Problems and Countermeasures for Frameless Doors (5)
• Dongfeng Motor's Development Practice on Functional Dimensions of Frameless Doors: Typical Problems and Countermeasures for Frameless Doors (6)
• Dongfeng Motor's Development Practice on Functional Dimensions of Frameless Doors: Typical Problems and Countermeasures for Frameless Doors (7)
• 3.4 Hidden Electric Door Handles
• Advantages
• System Structure
• Policy on Hidden Door Handles (1): China's Mandatory National Standard "Safety Technical Requirements for Automobile Door Handles" Open for Public Comment, Prohibiting Fully Hidden Type (1)
• Policy on Hidden Door Handles (1): China's Mandatory National Standard "Safety Technical Requirements for Automobile Door Handles" Open for Public Comment, Prohibiting Fully Hidden Type (2)
• Policy on Hidden Door Handles (1): China's Mandatory National Standard "Safety Technical Requirements for Automobile Door Handles" Open for Public Comment, Prohibiting Fully Hidden Type (3)
• Policy on Hidden Door Handles (2): Netherlands and U.S. Governments Put Forward Requirements for Tesla Door Opening
• Policy on Hidden Door Handles (3): Comparison of Policies in Various Countries
• Installations and Installation Rate of Hidden Electric Door Handles
• Market Size of Hidden Electric Door Handles
• Electric Hidden Door Handle Suppliers and Competitive Landscape
• Cases of Models with Electric Hidden Door Handles (1): BMW & Huf's Hidden Door Handle
• Cases of Models with Electric Hidden Door Handles: Xiaomi's Hidden Door Handle
• 3.5 Suicide Doors without B-pillar
• Vehicle Model Cases
• Case of B-Pillarless Opposite-Opening Door Model: Dreame Auto
• Case of B-Pillarless Opposite-Opening Door Model: Zeekr MIX
• Safety
• 3.6 Electric Side Sliding Doors
• Installations and Installation Rate
• Market Size
• Cases of Electric Side Sliding Doors (1): Mitsui Kinzoku ACT
• Cases of Electric Side Sliding Doors (2): Schaeffler
• 3.7 Smart B-pillars
• Introduction
• Application Features (1): Face Recognition
• Application Features (2): Touch Switch
• Models with Smart B-pillar Supported by Fuyao
• Smart B-pillar Application Cases (1)
• Smart B-pillar Application Cases (2)
• Smart B-pillar Application Cases (3)
• Smart B-pillar Application Cases (4)

4 Electric Tailgate Market

• 4.1 Introduction to Electric Tailgates (1)
• 4.1 Introduction to Electric Tailgates (2)
• 4.2 Drive Modes of Electric Tailgates
• 4.3 Highlights of Electric Tailgates
• 4.4 Electric Tailgate Supply Chain
• 4.5 Competitive Landscape of Electric Tailgates
• 4.6 Electric Tailgate Installations and Installation Rate
• 4.6 Electric Tailgate Installations and Installation Rate
• 4.7 Sensor-based Opening Function Installations and Installation Rate of Electric Tailgates
• 4.8 Position Memory Function Installations and Installation Rate of Electric Tailgates
• 4.9 Electric Tailgate Market Size
• 4.10 Models with Electric Tailgates: China (1)
• 4.10 Models with Electric Tailgates: China (2)
• 4.10 Models with Electric Tailgates: China (3)
• 4.10 Models with Electric Tailgates: China (4)
• 4.10 Models with Electric Tailgates: China (5)
• 4.11 Kick-activated Electric Tailgates
• UWB Radar Kick Solution Suppliers (1): YFORE Technology (1)
• UWB Radar Kick Solution Suppliers (1): YFORE Technology (2)
• UWB Radar Kick Solution Suppliers (1): YF Tech
• UWB Radar Kick Solution Suppliers (2): UBITRAQ
• UWB Radar Kick Solution Suppliers (3): TsingCar
• UWB Radar Kick Solution Suppliers (4): Calterah
• UWB Radar Kick Solution Suppliers (5): NXP
• Capacitive Kick Sensor Suppliers: Linked Intelligent Technology (1)
• Capacitive Kick Sensor Suppliers: Linked Intelligent Technology (2)
• Capacitive Kick Sensor Suppliers: Linked Intelligent Technology (3)
• Radar Kick Sensor Suppliers: WHST (1)
• Radar Kick Sensor Suppliers: WHST (2)
• 4.12 AR Smart Tailgates
• AR Smart Tailgate Suppliers (1): Quectel
• AR Smart Tailgate Suppliers (1): ASU Tech
• AR Smart Tailgate Suppliers (1): ASU Tech
• AR Smart Tailgate Suppliers (2): BeneWake
• AR Smart Tailgate Suppliers (2): BeneWake
• Cases of Models with AR Smart Tailgates
• Cases of Models with AR Smart Tailgates (1)
• Cases of Models with AR Smart Tailgates (2)

5 Lightweight Intelligent Door and Sealing Strip Market

• 5.1 Door Lightweighting
• Technology
• Solutions (1)
• Solutions (2)
• Solutions (3)
• Supplier Solutions for Door Lightweighting
• Solutions of Suppliers
• OEM Case of Door Lightweighting: Dongfeng
• OEM Case of Door Lightweighting: Xiaomi
• OEM Case of Door Lightweighting: Honda
• 5.2 Door Sealing Strip
• Classification
• Frameless Sealing Strip
• Production Technology
• Competitive Landscape
• Main Suppliers (1)
• Main Suppliers (2)

6 Smart Door Application by OEMs

• 6.1 Layout of Intelligent Vehicle Access Methods by OEMs
• 6.2 Functional Features of Intelligent Vehicle Doors by OEMs (1)
• 6.2 Functional Features of Intelligent Vehicle Doors by OEMs (2)
• 6.3 Electric Doors of Tesla Model X (1)
• Electric Doors of Tesla Model X (2)
• 6.3 Tesla Model YL
• 6.4 Jaguar Land Rover's Gesture-sensitive Door Opening System
• 6.5 Genesis GV60 Keyless Unlocking System with Face Recognition
• 6.6 HiPhi's Intelligent Door System
• 6.7 Fully Electric NT Wing Door System of HiPhi X (1)
• 6.7 Fully Electric NT Wing Door System of HiPhi X (2)
• 6.8 Mirrored Doors of Hongqi
• 6.9 Zeekr's Intelligent Door System
• 6.10 Intelligent Inductive Automatic Door and B-pillar Face Recognition System of ZEEKR X
• 6.11 e-Latch Intelligent Electronic Door of Lexus
• 6.12 BMW's Intelligent Doors (1)
• 6.12 BMW's Intelligent Doors (2)
• 6.13 Hyptec
• 6.14 MG Cyberster
• 6.15 STERRA ES
• 6.16 Yangwang U9
• 6.17 Neta S
• 6.18 NIO ES8
• 6.19 ONVO L90
• 6.19 ONVO L60
• 6.20 Xiaomi YU7
• 6.21 2026 Voyah Dreamer
• 6.22 2025 Xpeng G6
• 6.23 2025 IM L6
• 6.24 Li Auto MEGA
• 6.25 2025 NEVO E07
• 6.26 Stelato S9T
• 6.27 Qin L EV
• 6.28 AITO M8 BEV Version
• 6.29 Shangjie H5
• 6.30 2025 Toyota Sienna

7 Intelligent Door System Suppliers

• 7.1 Brose
• Profile
• Development History (1)
• Development History (2)
• Cooperative Clients
• Layout in China
• Progress of Chinese Factories (1)
• Progress of Chinese Factories (2)
• Automotive Door Products (1): Door and Tailgate System (1)
• Automotive Door Products (1): Door and Tailgate System (2)
• Automotive Door Products (2): 2nd-Generation Electric Side Door Drive System
• Automotive Door Products (3): Electric Side Door Drive System (1)
• Automotive Door Products (3): Electric Side Door Drive System (2)
• Automotive Door Products (3): Electric Side Door Drive System (3)
• Automotive Door Products (4): Electric Side Door Sensor System
• Automotive Door Products (5): Intelligent Cockpit Interaction System
• Automotive Door Products (6): Lightweight Door Module Made of Recyclable Materials
• Automotive Door Products (7): Intelligent Access Technology
• Automotive Door Products (8): Fully Mechanical Backup Electric Release Door Lock
• Automotive Door Products (9): High-End Door Lock
• Automotive Door Products (10): BRAIN Software System
• Automotive Door Products (11): Electric Liftgate
• Door Patents
• Cooperation
• Models Supported by Door Products (1): Door ECU
• Models Supported by Door Products (2): Door Module (1)
• Models Supported by Door Products (2): Door Module (2)
• Models Supported by Door Products (3): Side Sliding Door Closer & Exterior Door Handle
• Models Supported by Door Products (4): Tailgate/Trunk Closer (1)
• Models Supported by Door Products (4): Tailgate/Trunk Closer (2)
• Models Supported by Door Products (5): Trunk Lock
• Models Supported by Door Products (6): Side Door Lock
• 7.2 Magna
• Profile
• Operations
• Automotive Door Products (1): SmartAccess (1)
• Automotive Door Products (1): SmartAccess (2)
• Automotive Door Products (1): SmartAccess (3)
• Automotive Door Products (1): SmartAccess Mass Production
• Automotive Door Products (1): SmartAccess Equipped Models
• Automotive Door Products (2): Intelligent Charging Port
• Automotive Door Products (3): Creative Doors
• Models Supported by Door Products (1): Door ECU & Door Module
• Models Supported by Door Products (2): Side Sliding Door Closer & Tailgate/Trunk Closer
• Models Supported by Door Products (3): Trunk Lock & Side Door Lock
• Models Supported by Door Products (4): Interior Door Handle & Door Trim
• 7.3 Edscha
• Profile
• Global Business Layout
• Automotive Door Products (1): Intelligent Electric Sliding Door System
• Automotive Door Products (2): Electric Door System
• Automotive Door Products (3): Electric Door Limit Switch
• Intelligent Door Layout Dynamics
• Models Supported by Door Products (1): Door ECU & Tailgate Decoration
• Models Supported by Door Products (2): Tailgate/Trunk Closer
• Models Supported by Door Products (3): Trunk Lock, Side Door Lock
• 7.4 Continental
• Profile
• Operations
• Automotive Door Products (1): Intelligent Door Solutions
• Automotive Door Products (2): Electric Door Controllers and Door Controllers
• Automotive Door Products (3): Biometric Sensors
• Models Supported by Door Products (1): Door ECU (1)
• Models Supported by Door Products (1): Door ECU (2)
• Models Supported by Door Products (1): Door ECU (3)
• Models Supported by Door Products (1): Door ECU (4)
• Models Supported by Door Products (2): Door Module & Tailgate/Trunk Closer
• Models Supported by Door Products (3): Door Trim
• 7.5 Aisin Group
• Profile
• Operations
• Automotive Parts
• Automotive Door Layout
• Automotive Door Products (1): Power Slide Door
• Automotive Door Products (2): Power Back Door
• Automotive Door Products (3): Automatic Door Opening and Closing Sensing Unit
• Automotive Door Products (4): Intelligent B-pillar
• Automotive Door Products (5): Human-vehicle Interconnection Based on Automatic Doors
• Automotive Door Products (6): Linkage-type Power Door System
• Automotive Door Products (7): Sliding-door-linked Foot Pedals
• Automotive Door Products (8): Flush Door Handle
• Models Supported by Door Products (1): Door ECU
• Models Supported by Door Products (2): Side Door Sliding Door Closer
• Models Supported by Door Products (3): Tailgate/Trunk Closer
• Models Supported by Door Products (4): Trunk Lock
• Models Supported by Door Products (5): Side Door Lock (1)
• Models Supported by Door Products (5): Side Door Lock (2)
• Models Supported by Door Products (5): Side Door Lock (3)
• Models Supported by Door Products (6): Exterior Door Handle
• Models Supported by Door Products (7): Door Frame
• 7.6 Hyundai Mobis
• Profile
• Global Layout
• Operations: By Year
• Operations: By Quarter
• Automotive Door Products: Face Recognition Door Switch System
• 7.7 WINBO-Dongjian Automotive Technology
• Profile
• Operations
• Business Layout
• Automotive Door Products: Intelligent Electric Doors
• Cooperative Customers (1)
• Cooperative Customers (2)
• Models Supported by Door Products
• 7.8 Minth Group
• Profile
• Revenue
• Intelligent Exterior System
• Intelligent Door Layout
• Automotive Door Products (1): Intelligent Side Door System (1)
• Automotive Door Products (1): Intelligent Side Door System (2)
• Automotive Door Products (1): Intelligent Side Door System (3)
• Automotive Door Products (2): Intelligent Tailgate Solution
• Automotive Door Products (3): Smart Surface
• Automotive Door Products (4): Trim Strips
• Automotive Door Products (5): Plastic Tailgate
• Automotive Door Products (6): Door Frame Assembly
• Cooperation Case
• Models Supported by Door Products (1): Door Module & Door Frame
• Models Supported by Door Products (2): Door Trim
• 7.9 Yanfeng
• Profile
• Automotive Door Products: Lightweight Intelligent Side Door
• Models Supported by Door Products (1): Door Module
• Models Supported by Door Products (2): Door Trim
• 7.10 Bethel
• Profile
• Revenue: by Year
• Revenue: by Quarter
• Automotive Door Products: Electric Tailgate System
• 7.11 CHG
• Profile
• Automotive Door Products (1): Intelligent Electric Side Door System (1)
• Automotive Door Products (1): Intelligent Electric Side Door System (2)
• Automotive Door Products (2): Intelligent Tailgate ECU
• Models Supported by Door Products
• 7.12 Tuopu Group
• Profile
• Revenue: by Year
• Revenue: by Quarter
• Product Supporting Cost
• Automotive Door Products: Intelligent Side Door System
• Automotive Door Products: Features of Intelligent Side Door System
• Automotive Door Patent: Electric Side Door Actuator Patent
• Models Supported by Door Products
• 7.13 Kaicheng Precision
• Profile
• Revenue
• Automotive Door Products: Electric Tailgate
• Application Case: NIO ES8 Strut
• Models Supported by Door Products (1): Door ECU (1)
• Models Supported by Door Products (1): Door ECU (2)
• Models Supported by Door Products (2): Side Door and Tailgate Closers
• Models Supported by Door Products (3): Trunk Lock
• 7.14 Kiekert
• Profile
• Factory Layout
• Automotive Door Products (1)
• Automotive Door Products (2)
• Models Supported by Door Products (1)
• Models Supported by Door Products (2)
• 7.15 Antolin
• Profile
• Business Layout
• Revenue: by Year
• Revenue: by Quarter
• Automotive Door Products (1)
• Automotive Door Products (2)
• Automotive Door Products (3)
• Models Supported by Door Products (1): Door ECU
• Models Supported by Door Products (2): Door Module
• Models Supported by Door Products (3): Interior Door Handle & Exterior Door Handle & Door Frame
• Models Supported by Door Products (4): Door Trim (1)
• Models Supported by Door Products (4): Door Trim (2)
• Models Supported by Door Products (5): Tailgate Trim
• 7.16 Hengshuai
• Profile & Revenue
• Automotive Door Products: Electric Door Motor

8 Summary and Development Trends of Intelligent Doors

• 8.1 Installation Rate Trend: The installation rate of intelligent door functions has jumped rapidly
• 8.2 Market Size Trend: The market size of smart doors is growing steadily
• 8.2 Market Size Trend: Estimation Method
• 8.3 Sensor Integration Trend: Doors are integrated with sensors to create an intelligent access mode
• 8.3 Sensor Integration Trend: Radar is integrated to sense the environment around the car doors
• 8.4 Functional Integration Trend: Integration of PEPS and BCM
• 8.5 DCU Integration Trend: Door Control Unit Integration
• 8.5 DCU Integration Trend: Door Control Unit Integration
• 8.6 Integration Trend of Body Domain Controllers and Doors
• 8.7 Door Control Software Trend
• 8.8 Lightweight Trend (1)
• 8.8 Lightweight Trend (2)
• 8.9 Door Structure Trend
• 8.10 Intelligent Interaction Trend: Door Control by Knock
• 8.10 Intelligent Interaction Trend: Door Control by Knock
• 8.11 Door Design Trend: Wider Door Openings for Easier Access Achieved by Eliminating the B-pillar
• 8.12 Door Safety Trend: Mandatory National Standard for Car Door Handle Safety Was Issued in China
• 8.13 Intelligent Interconnection Trend: Door Panels Become the "Side Entry Points" for Cockpit HMI
• 8.13 Intelligent Interconnection Trend: Door Panels Become the "Side Entry Points" for Cockpit HMI