Commercial Vehicle Intelligent Chassis Industry Report, 2022
  • Oct.2022
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Commercial vehicle industry is characterized by large output value, long industry chain, high relevance, high technical requirements, wide employment and large consumer pull, and is a barometer of national economic development. China is currently the world's largest single market for commercial vehicle sales, contributing nearly half of global sales each year. In 2022, Scania held the launching ceremony for the construction of the manufacturing base in Rugao, Jiangsu Province, and the launch of heavy truck joint venture between Daimler Benz and BAIC Foton, opening a new prelude to the industry.

With the technological revolution of "electrification and intelligence" of automobiles, commercial vehicle chassis also ushered in the technological change from conventional chassis, electric chassis to intelligent chassis. The future development of intelligent chassis technology, the construction of the industry chain and the layout of the supply chain will have a profound impact on the development trend of commercial vehicles.

As an important intersection of electrification and intelligence, the intelligent chassis has been highly valued by automotive industry and strongly sought after by capital in recent years, with a large number of companies entering and laying out a strong position to carry out related core technology.


The intelligent chassis for commercial vehicles is moving in step with "electrification, intelligence, software and sharing" and is showing the following trends:

Trend 1: Technological changes and business model changes to support the sharing of intelligent chassis for commercial vehicles

The efficient operation of logistics needs to be based on specialization of commercial vehicles, but the challenge of generalization in turn limits the ability to apply vehicles across industries, or will have an impact on vehicle utilization. The contradiction between specialization and versatility can be balanced in the future by the intelligent chassis installation and the separation of chassis, and the design of scenario-based installations and chassis standardization. Scenario-based installation, which can meet the professional requirements of each scenario in a differentiated way and maximize the use efficiency in the scenario; Chassis standardization meets the requirements of mass production for product standardization, thereby reducing production costs. The development of new energy and autonomous driving technology will accelerate the landing of standard chassis and provide technical support for the sharing development of commercial vehicle chassis.

The skateboard chassis highly concerned by the industry is expected to be implemented firstly in commercial vehicle field. The "wire-controlled technology, cell to chassis (CTC), casting of large chassis parts, corner module, battery replacement" promoted by the intelligent chassis of passenger cars or various application scenarios of commercial vehicles have been realized one by one.
Trend 2: More and more start-ups focus on commercial vehicle chassis industry

Several domestic and foreign companies have already entered the commercial vehicle intelligent chassis track, including Gaussin, which has set up its headquarters in China to bring its latest pure electric and hydrogen truck technologies and products to the Chinese market in the form of a next-generation Skateboard Truck Platform.

Super Panther is the first technology company in China to focus on intelligent chassis for new energy commercial vehicles. It is different from the "skateboard chassis" technology company for passenger cars, and will combine the ecological needs of logistics by creating a new chassis system to help transform the logistics industry in the new energy trend.


Trend 3: Intelligent chassis design for commercial vehicles is gradually becoming passenger car-oriented

The commercial vehicle chassis needs to be deeply integrated with intelligent cockpit, autonomous driving and powertrain in order to become a true intelligent chassis, which can actively control, adaptive and self-learning and can be OTA upgraded according to the user preferences to decide the character of the vehicle.


Trend 4: Intelligent chassis for commercial vehicles enables diversified fuel platforms

Daimler Benz GenH2 liquid hydrogen heavy truck chassis comes with two tanks for storing liquid hydrogen, each holding around 40kg of liquid hydrogen, and is matched with two 150kW fuel cell systems. The intensive test scenarios for Mercedes-Benz hydrogen fuel cell prototype are said to include internal test lanes and public roads, with the development goal of achieving a range of over 1,000km and being able to cope with flexible and demanding road conditions in heavy long-distance transport. Daimler Trucks plans to have hydrogen fuel cell trucks join the production model line-up in the next 5-10 years as well.


Due to the impact of technology and cost, trunk logistics vehicles are the short board of new energy development. How can we use mature technology and lower costs to help trunk logistics achieve low-carbon green transport? Geely's new energy commercial vehicles have undergone 17 years of R&D and have released a multi-motor central drive power chain and a new energy green methanol powered solution - the remote G2M methanol tractor.


Trend 5: Goals and technical paths for development of intelligent chassis

 According to the “Intelligent Chassis Technology Roadmap” published by the Electric Vehicle Alliance Wire-Controlled Working Group in 2021, the goals for the development of intelligent chassis for commercial vehicles are shown in the following diagram:


20120114.gifGoals in 2025: The intelligent chassis equipped with independent brands of braking-by-wire and steering -by-wire will be applied in batches in influential enterprises in the industry; The key technical indicators of the intelligent chassis have reached the international advanced level; The industrial chain of key components is independent and controllable.

20120114.gifGoals in 2030: The initial formation of the brand effect of independent intelligent chassis and wire-controlled actuation of the automakers and parts enterprises; intelligent chassis in general to reach the international advanced level, key technical indicators to reach the international leading level; intelligent chassis to form a complete independent controllable industrial chain; cultivate internationally competitive enterprises.

The key technology path for the intelligent chassis of commercial vehicles is: to cope with the demand of L3 autonomous driving, the chassis realizes subsystem redundancy, adopts distributed control structure, independent longitudinal and horizontal active control, and system health alarm; to cope with the demand of L4 autonomous driving, the chassis domain control realizes minimal backup of autonomous driving and collaborative longitudinal and horizontal control; to cope with the demand of L5 autonomous driving, the chassis domain control realizes full functional backup of autonomous driving and integrated longitudinal and horizontal collaborative control.

1. Overview of Intelligent Chassis Industry for Commercial Vehicles
1.1 Overview of Intelligent Chassis Industry
Introduction: Upgrading route for automotive chassis technology → Intelligent chassis (chassis-by-wire) is the development trend
1.1.1 Definition of Intelligent Vehicles
1.1.2 Automotive Chassis Evolves to Intelligent Chassis 
1.1.3 Definition and Basic Requirements of Automotive Intelligent Chassis
1.1.3 Five Major Core Systems of Automotive Intelligent Chassis (Chassis-by-Wire)
1.1.4 Development History of Chassis-by-Wire Technology
1.1.5 Core Advantages of Chassis-by-Wire
1.1.6 Carrier of Chassis-by-Wire: Skateboard Chassis
1.1.7 Definition, Attribute and Advantages of Skateboard Chassis
1.1.8 Difference between Skateboard Chassis and Conventional Chassis
1.1.9 Development Stages of Skateboard Chassis
1.1.10 Bright Future of Skateboard Chassis
1.1.11 Main Features of Skateboard Chassis
1.1.12 Major Industry Chain of Skateboard Chassis
1.2 Intelligent Chassis for Commercial Vehicles
1.2.1 Development of Conventional Chassis for Commercial Vehicles
1.2.2 Laws & Regulations Development for Commercial Vehicle Chassis
1.2.3 Domestic and Foreign Intelligent Chassis-related Companies 
1.2.4 Domestic and Foreign Leading Intelligent Chassis-related Companies for Commercial Vehicles
1.2.5 PIX Cooperates with Super Panther in Skateboard Chassis for Commercial Vehicles
1.2.6 Development Direction of Intelligent Chassis for Commercial Vehicles
1.2.7 Roadmap & Goal of Intelligent Chassis for Commercial Vehicles
1.2.8 Technical Paths of Intelligent Chassis for Commercial Vehicles
1.2.9 Demand Forecast of Skateboard Chassis, 2021-2025E
1.2.10 Chassis-by-Wire Market Size Forecast, 2022-2030E
1.2.11 Commercial Vehicles Occupy a Place in Intelligent Chassis Market
2. Research on Tier1s of Intelligent Chassis for Commercial Vehicles
2.1 Super Panther
2.1.1 Profile
2.1.2 Teams
2.1.3 R&D and Trial Production Layout
2.1.4 Scenario-based "Vehicle Remote Performance Enhancement Service"
2.1.5 Skateboard Chassis Products
2.1.6 Partners (1)
2.1.6 Partners (2)
2.1.7 Capital Supporting
2.2 Jingwei Hirain
2.2.1 Profile and Development History of Automotive Electronics
2.2.2 New Generation Port HAV Heavy Duty Chassis
2.3 Kunlang Technology 
2.3.1 Profile
2.3.2 Skateboard Chassis Products for Commercial Vehicles
2.3.3 Applications of Skateboard Chassis Products for Commercial Vehicles
2.4 Windrose
2.4.1 Profile
2.4.2 R&D of New Generation New Energy Heavy Truck
2.4.3 Capital Supporting
2.5 Beijing Yuhui Technology
2.5.1 Profile
2.5.2 Teams
2.5.3 Development History
2.5.4 Skateboard Chassis Products for Commercial Vehicles
2.5.5 Development Direction
2.6 USTC Sinovate Software
2.6.1 Profile
2.6.2 Development History
2.6.3 Three Major Businesses
2.6.4 Launch of Intelligent Wire-controlled Flatbed Truck
2.6.6 Main Customers
2.7 PIX Moving
2.7.1 Profile
2.7.2 Global Layout
2.7.3 Skateboard Chassis
2.7.4 Features of Skateboard Chassis for Commercial Vehicles
2.7.5 Applications of Skateboard Chassis for Commercial Vehicles
2.7.6 Capital Supporting
2.8 Xiangrong Tsintergy
2.8.1 Profile
2.8.2 Teams
2.8.3 Announcement of New Skateboard Chassis Hydrogen Intelligent Commercial Vehicle Plan
2.8.4 Received RMB10 Billion in Financial Leasing Support
2.9.1 Profile
2.9.2 Q-Truck
2.9.3 Qomolo ONE
2.9.4 Modular Scalable Chassis + Intelligent Power Exchange
2.9.5 Strategic Cooperation to Expand Overseas Markets
2.10 FEV CN
2.10.1 Profile
2.10.2 Introduction of Vehicle Platform
2.10.3 Platform Development Services
2.10.4 Jointly Build a Special Chassis for Recreational Vehicles
2.11 DeepWay
2.11.1 Profile
2.11.2 "DeepWay Xingchen" Goes Offline 
2.11.3 New Design Concept and Structure
2.11.4 New Energy Heavy Truck Technology Analysis
2.11.5 Capital Supporting
2.11.6 Development Direction
2.12 Hydron
2.12.1 Profile
2.12.2 Hydrogen Fueled Chassis-by-Wire Heavy Truck
2.12.3 New Business Models
2.12.4 Participation in Construction of Hydrogen Fuel Infrastructure
2.13 Gaussin
2.13.1 Profile
2.13.2 Strategy in China
2.13.3 Next Generation Skateboard Truck Platform
2.13.4 70t 10x4 Skateboard Platform Products
2.13.5 Launch of the "Skateboard" Platform for Hydrogen Trucks
2.13.6 Truck Platform Specifications
2.13.7 H2 Racing Truck
2.13.8 Cooperations
2.14 Solo
2.14.1 Profile
2.14.2 Skateboard Chassis for Heavy Trucks
2.14.3 Rethinking of Truck Design
2.14.4 Capital Supporting
2.15 DeepDrive
2.15.1 Profile
2.15.2 Electric Chassis Platform
2.15.3 DeepDrive & CTC
2.15.4 Skateboard Platform
2.16 Schaeffler AG
2.16.1 Modular Chassis Platform
2.16.2 Wire-controlled Integrated Chassis
2.17 Harbinger
2.17.1 Profile
2.17.2 Medium-duty Truck Chassis Products
2.18 Bollinger Motors
2.18.1 Profile
2.18.2 Heavy-duty Architecture Electric Chassis
2.18.3 Launch of B2 Electric Pickup Truck
2.18.4 Launch of Off-road Vehicles
2.18.5 Modular General Chassis Deliver-E
2.18.6 Launch of E-Chassis Electric Vehicle Chassis
2.18.7 Mullen Bought Majority Stake in Bollinger Motors
2.19 Blue Bird
2.19.1 Profile
2.19.2 Major Models
2.19.3 Launch of Modular Chassis for Electric Trucks Commercial Vehicles
2.20 Volta Trucks
2.20.1 Profile
2.20.2 Platform Chassis Products 
2.20.3 Unique Rearward Sliding Side Door Design
2.20.4 Development Direction
2.21 Waymo VIA
2.21.1 Profile
2.21.2 Redundant Autonomous Driving 8-level Truck Platform
2.21.3 Redundant Autonomous Driving System
2.21.4 Explaining the Difficulties of Heavy Truck Autonomous Driving
2.22 Neuron EV 
2.22.1 Profile
2.22.2 Launch of Modular Multifunctional Electric Pickup Truck
2.23 DLR
2.23.1 Profile
2.23.2 Launch of U-Shift
2.24 Electric Brands
2.24.1 Profile
2.24.2 Launch of eBussy Modular EV 
2.24.3 Modular EV XBUS
3. Intelligent Chassis Layout of Domestic and Foreign Commercial Vehicle OEMs
3.1 Geely
3.1.1 Introduction of Geely Commercial Vehicle
3.1.2 Geely Commercial Vehicle Builds First Wire-Controlled Skateboard Chassis
3.2 Chery
3.2.1 Introduction of Chery Commercial Vehicle
3.2.2 Skateboard Chassis Platform of Chery Commercial Vehicle
3.3 Victory Auto
3.3.1 Profile
3.3.2 Cooperation of Skateboard Chassis EMC Platform
3.4.1 Profile
3.4.2 Shared Skateboard Chassis for Different Models
3.4.3 Patented Chassis
3.5.1 Profile
3.5.2 Skateboard Chassis for Commercial Vehicles
3.5.3 Skateboard Chassis Technology
3.6 Hino Motors
3.6.1 Profile
3.6.2 Flat Former
3.7 REE
3.7.1 Profile
3.7.2 Innovations in Electric Platform
3.7.3 Full Wire-controlled Intelligent Electric Vehicle Architecture (1) 
3.7.3 Full Wire-controlled Intelligent Electric Vehicle Architecture (2)
3.7.3 Full Wire-controlled Intelligent Electric Vehicle Architecture (3)
3.7.4 Full Modular Electric Vehicle Chassis for Trucks and Buses
3.7.5 Launch of P7 Platform
3.7.6 Applications of Electric Commercial Vehicle Chassis 
3.8.1 Profile
3.8.2 Technical Features of Skateboard Chassis
3.8.3 Skateboard Chassis Platform for Commercial Vehicles
4.  Industry Trends of Commercial Vehicle Chassis 
Trend 1:
Trend 2:
Trend 3:
Trend 4:
Trend 5:
Trend 6:
Trend 7:
Trend 8:
Trend 9:
Trend 10:
Trend 11:

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