Autonomous Vehicle Chassis
We offer modular autonomous vehicle chassis platforms designed to power a wide range of use cases – including autonomous delivery, smart retail, security patrol, shuttle services, and unmanned logistics – with payload capacities from 500 kg to 1000 kg.
Powered by the drive-by-wire technology, the chassis features a flexible, decoupled architecture that enables easy integration and customization for different operational needs.
Proven in over 10 million kilometers of L4 autonmous driving mileage, our autonomous vehicle chassis solution delivers industry-leading reliability, safety, and adaptability for next-generation mobility solutions.
Email: contact@brogenevsolution.com
Why Choose Brogen
Strong R&D Capability
Powered by advanced drive-by-wire technology, we provide intelligent skateboard chassis platforms in small, medium, and large sizes — purpose-built for mid- to low-speed autonomous vehicle applications such as urban logistics, sanitation, and shuttle services.
With over 10 million kilometers of L4 autonomous driving mileage, our solutions are proven in real-world operations for their performance, safety, and reliability. Today, we serve over 300 customers globally, with products exported to key markets including South Korea, Singapore, and Japan.
Our industry-leading autonomous chassis solutions position us among the top-tier providers shaping the future of smart mobility.
- Skateboard Chassis Design
- Layered SCA Architecture
- Hardware-Software Decoupling
- Decoupled Upper and Lower Body
- Automotive-Grade High Reliability
- Multi-Scenario Expansion
Why Choose Brogen
Technology Advantages of Brogen Autonomous Vehicle Chassis
Steer-by-Wire System, SbW
Featuring an automotive-grade, highly reliable integrated steer-by-wire system, it offers a compact design, simplified transmission mechanism, and high control precision — enabling easy installation and flexible vehicle layout.
Driveless Braking System, DBS
Custom-developed for low-speed autonomous vehicles, this system operates independently without the need for a brake pedal. Powered by battery, it does not rely on a vacuum source. It ensures stable braking control and supports intelligent features for L4 autonomous driving.
Drive-by-Wire E-Powertrain System
Powered by a high-efficiency PMSM combined with a high-ratio gearbox, the system integrates an electromagnetic clutch at the rear of the motor, enabling functions such as parking on slopes, emergency power-off braking, and fail-safe braking.
Electromechanical Brake, EMB
This system achieves braking control through an ECU and motor drive, replacing traditional hydraulic or pneumatic braking systems. It represents the trend for future fully drive-by-wire chassis platforms.
Chassis Domain Control Unit, DCU
Developed for mid- to low-speed fully drive-by-wire chassis, the DCU serves as the 'brain' of the entire chassis control system and represents the core of intelligent control technology. Its algorithms are continuously optimized and upgraded through real-world application and scenario-based iterations.
Electrical Park Brake, EPB
The EPB responds to commands from the VCU to drive the caliper motor, applying the brake pads to clamp the brake disc and achieve parking functionality. It supports static parking, static release, hill-hold, hill-start assist, fault-state parking, and emergency braking during driving.
Our Solutions
Intelligent Skateboard Chassis for Autonomous Vehicles
OEW1
Dimensions
2030*970*610 mm
Maximum Load
500 kg
Range with Maximum Load
40 km
OEW2
Dimensions
2500*1030*660 mm
Maximum Load
750 kg
Range with Maximum Load
60 km
OEW3
Dimensions
3200*1670*660 mm
Maximum Load
1000 kg
Range with Maximum Load
100 km
OEW7
Dimensions
3550*1300*650mm
Maximum Load
1000 kg
Range with Maximum Load
120 km
Intelligent Drive-by-Wire Skateboad Chassis for Autonomous Driving
This intelligent drive-by-wire chassis is specially developed for autonomous driving scenarios. It enables complete separation between the vehicle body and the chassis, allowing flexible integration with different upper-body modules to create a variety of autonomous vehicles. It accelerates the commercialization of autonomous solutions across diverse scenarios.
- High safety and system reliability
- High integration and modular design
- Open architecture for secondary development
- Strong scalability for multi-scenario applications
OEW7 — Intelligent Skateboard Chassis for Urban Autonomous Delivery
The OEW7 is an intelligent skateboard chassis designed for urban autonomous delivery. It is the first in the industry to achieve large-scale deployment with over 3,000 units in operation.
Vehicles based on the OEW7 chassis are the world’s first to pass the ISO 22737 autonomous driving test standard for both day and night scenarios. Additionally, it has obtained TÜV Rheinland’s China-mark certification for L4 low-speed autonomous driving system performance, demonstrating industry-leading capabilities.
The OEW7 has already been exported to key international markets, including Singapore and South Korea.
Scalable Platform for Diverse Autonomous Scenarios
- Factory and industrial logistics
Unmanned retail
Education and research
Smart tourism
Smart agriculture
With flexible configuration and reliable performance, our autonomous chassis solutions provide a stable and efficient technology foundation to support the evolving needs of the autonomous mobility industry.
Our Solutions
Autonomous Driving Development Platform and Education Kit
OEW1-Kit
Assembly Dimensions
2070*970*1610 mm
OEW4-Kit
Assembly Dimensions
3250*1675*1180 mm
All-in-One Solution for Education and Project Development
Our Intelligent Connected & Autonomous Driving Education Platform provides developers with an all-in-one hardware and software solution. It supports comprehensive teaching and project development, enabling users to build intelligent, connected, and autonomous driving applications from the ground up.
Fully Open-Source Platform
One-Stop Hardware & Software Solution
Lowers Barriers to Hardware and Software Development
Supports Multi-Scenario Applications
Accelerates Autonomous Driving Education, Practical Training, and Research
Solution Highlights
High-Precision Drive-by-Wire Control
Supports full drive-by-wire control including steering, braking, acceleration, gear shifting, parking, and lighting systems - enabling precise and reliable vehicle control.
Advanced Driving Assistance Functions
Equipped with auxiliary features such as hill-start assist, emergency braking, adaptive cruise control, and acceleration/deceleration comfort control - enhancing driving safety and experience.
Safety and Reliability at the Core
Designed with comprehensive safety features including misoperation prevention, remote emergency stop, collision avoidance, and system redundancy. The chassis domain controller (VCU) operates independently from the autonomous driving system, ensuring layered control architecture and robust safety management for critical chassis functions.
Open-Source Protocols
All controller CAN communication protocols and autonomous driving interfaces of the chassis are fully open-source — empowering developers with maximum flexibility for system integration and customization.
Versatile and Powerful Chassis Configuration
Featuring front-wheel steering, rear-wheel drive, redundant braking system with EHB and electromagnetic parking brake — offering a rich configuration and powerful, adaptable platform for various application scenarios.
ROS and Apollo Compatibility
Provides ready-to-use chassis control interfaces compatible with ROS, Autoware, and Apollo open-source platforms. DBC files are available for easy integration, supporting seamless migration and deployment of diverse autonomous driving algorithms.
MATLAB/Simulink Development Environment Support
To meet the high computational demands of neural networks, deep learning, and model predictive control (MPC) testing, we provide a model-based Hardware-in-the-Loop (HIL) solution. Developers can deploy autonomous driving algorithm models built in Simulink to our drive-by-wire chassis via CAN communication for real-time Vehicle-in-the-Loop (VIL) testing — enabling rapid algorithm verification and iteration.
Our Solutions
Autonomous Delivery Vehicle
OEZ2 & OEZ5
Vehicle Dimensions
2715*1080*1905 mm / 3715*1400*2150 mm
Cargo Volume
2+m³ (open structure with no height restriction / 5+m³)
Unloaded Driving Range
110 km / 180 km
L4-Level Autonomous Delivery Vehicles Based on Brogen Chassis
Based on our autonomous vehicle chassis and developed in collaboration with strategic ecosystem partners, the autonomous delivery vehicle has taken the lead in the industry by achieving large-scale commercial deployment with thousands of units already in operation. It offers industry-leading performance and is capable of L4-level all-weather operation, enabling reliable logistics services even in harsh conditions such as rain, fog, snow, and nighttime.
- Compact and highly maneuverable design
Available with open or enclosed cargo compartments
Reliable performance in all weather conditions
Fast charging in as little as 3 hours
24/7 continuous operation
Compatible with cold chain logistics and various other application scenarios
Flexible Applications
This is an L4-level autonomous urban delivery vehicle designed to offer users a highly intelligent, safe, and cost-effective transport solution. It is currently being deployed for the last-mile delivery of various goods, including parcels, FMCG, supermarket supplies, and pharmaceuticals. With targeted, practical solutions tailored for different industries, this vehicle has already achieved large-scale commercial deployment across multiple scenarios. Together with leading brands, it is driving the transition toward a zero-carbon, smart, and efficient new era in urban logistics.
Fast-moving consumer goods (FMCG)
Pharmaceutical delivery
Parcel & express delivery
Supermarkets and retail stores
Factories and industrial parks
Community group buying
Sanitation and street cleaning
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Relevant Topics
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- Autonomous Vehicles
- EV Industry
- Heavy Transport
- Industry Insight
- Light Commercial Vehicles
- Marine Electrification
- Public Transportation
- Specialty Equipment
- Technologies
Contact Us
Get in touch with us by sending us an email, using the Whatsapp number below, or filling in the form below. We usually reply within 2 business days.
Email: contact@brogenevsolution.com
Respond within 1 business day
Whatsapp: +8619352173376
Business hours: 9 am to 6 pm, GMT+8, Mon. to Fri.
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