Discover Yangwang
Architecture
Exclusive Architecture for High-end New Energy Vehicles
Committed to integrating the numerous cutting-edge technologies mastered by the YANGWANG brand, perfectly blending forward-looking,
groundbreaking innovations with the real needs of today's consumers.
Ultra-High Energy
Super High Energy
It includes six major technology modules: powertrain system, chassis system, battery technology, advanced body technology, driving assistance, and smart cockpit. These modules cover all aspects of high-end new energy vehicle customers' product requirements, achieving a comprehensive definition of the product's technical form.
It includes six major technology modules: powertrain system, chassis system, battery technology, advanced body technology, driving assistance, and smart cockpit. These modules cover all aspects of high-end new energy vehicle customers' product requirements, achieving a comprehensive definition of the product's technical form.
Infinite
Striving to leverage the advantage of 1 + 1 > 2 , enabling the product to cover diverse driving scenarios such as urban, off-road, and racetrack. This breaks the boundaries of usage scenarios and meets the personalized needs of high-end users.
Transformable
YANGWANG Architecture will continue to lead the industry's technological frontier, maintaining the evolvability of its core technologies and architectural capabilities. Based on foundational technologies across different generations, it derives new architectural definitions while continuously integrating more advanced technologies, providing users with an evolvable product experience
Six Core Super Technologies
E4 Platform Technology
An innovative distributed drive architecture in the new energy vehicle industry, disrupting traditional automotive powertrains through the three stages of perception, decision-making, and execution.
Watch the Full VideoDiSus Intelligent Body Control System
A full-stack, in-house developed vehicle vertical control system covering algorithms, perception hardware, and chassis hardware.
Blade Bettery
Built on the e4 platform, integrating cutting-edge technologies to serve high-end products. Its large capacity and DC fast charging fully meet the power demands of the entire vehicle system.
At the same time, the thermal stability of lithium iron phosphate and the blade-shaped design enable the blade battery to meet the most stringent nail penetration standards, resulting in an exceptionally safe and long-lasting power battery.
High-Performance Body
Independently developed carbon fiber cockpit with a lightweight body coefficient reaching the world’s leading level. It boasts industry-leading torsional stiffness exceeding 50,000 N·m/deg and offers both load-bearing and non-load-bearing body structures to meet the needs of various vehicle models and scenarios.
Intelligent Cockpit
A fully intelligent premium cockpit built on auditory, visual, and tactile sensing, offering multi-screen interaction and 3D rendering technology to deliver a rich and immersive sensory experience.
Driving Assistance System
Equipped with an industry-leading hardware architecture, including advanced chips and sensors, delivering over 500 TOPS of computing power. The intelligent driving assistance system is deeply integrated with the e4 technology platform and the DiSus intelligent body control system, offering superior safety and comfort in intelligent driving.
Deeply integrated perception across the entire vehicle
Achieving full-spectrum environmental perception for the vehicle
Full-vehicle sensor suite
Inertial Measurement Unit (IMU), resolver sensor, wheel speed sensor, steering angle sensor
Autonomous Driving Sensors
Cameras, millimeter-wave radars, LiDAR, ultrasonic sensors
SiC electronic control is standard across all E4 platform models.
Independently developed 800V SiC module
95.5%
Maximum efficiency
100%
Improved power density
3%
Improved operational
efficiency
50%
Improved current output
capability
Deeply integrated perception across the entire vehicle
Achieving full-spectrum environmental perception for the vehicle
Full-vehicle sensor suite
Inertial Measurement Unit (IMU), resolver sensor, wheel speed sensor, steering angle sensor
Autonomous Driving Sensors
Cameras, millimeter-wave radars, LiDAR, ultrasonic sensors
Execution
Four-motor platform with independent drive architecture
100% independently developed I Suitable for pure electric and hybrid platforms I Covers
rugged off-road, supercars, and other vehicle types
E4 Platform Electric Driven System
1100 hp maximum horsepower the vehicle
Featuring a deeply integrated design and the industry's first differential lock function.
220kW
Peak power of a single motor
340Nm
Maximum System Power
3s
O to 100 km/h acceleration
Emergency Floating
The E4 platform delivers powerful performance and independently controlled torque
on all four wheels, Combined with its high water-resistance rating, it enables driving,
steering, and turning in water—helping users escape quickly in scenarios such as heavy
rain, flooding, or accidental entry into deep water.
Ensure driving safety at high speed tire blowout
E4 platform ensures full vehicle control through independent four-wheel torque
adjustment—even in extreme failures—truly saving lives when it matters most.
Desert dry-pull hill-climb test
Based on E4 platform outstanding perception capabilities, powerful powertrain, and
precise torque distribution, the vehicle delivers explosive performance and excellent
traction. It can achieve dry-pull hill climbs in deserts and conquer challenging terrains.
High-speed driving test on ice and snow
E4 platform can rapidly perceive and adjust the torque of each wheel, enhancing
vehicle controllability across various road conditions such as urban streets, highways,
off-road terrains, and icy or snowy surfaces, significantly extending the limits of
handling and stability.
High-traction stationary vehicle origin turning test
E4 platform enables independent control of the wheels on both sides to rotate in opposite directions, activating the in-place vehicle origin turning function. This allows the vehicle to
perform stationary turns on asphalt and concrete roads, making parking in tight spaces easy and flexible,
Architecture
Exclusive Architecture for High-end New Energy Vehicles
Committed to integrating the numerous cutting-edge technologies mastered by the YANGWANG brand, perfectly blending forward-looking,
groundbreaking innovations with the real needs of today's consumers.
Six Core Super
Technologies
An innovative distributed drive architecture in the new energy vehicle industry, disrupting traditional automotive powertrains through the three stages of perception, decision-making, and execution.
DiSus
A full-stack, in-house developed vehicle vertical control system covering algorithms, perception hardware, and chassis hardware.
Blade Battery
Built on the e4 platform, integrating cutting-edge technologies to serve high-end products. Its large capacity and DC fast charging fully meet the power demands of the entire vehicle system.
At the same time, the thermal stability of lithium iron phosphate and the blade-shaped design enable the blade battery to meet the most stringent nail penetration standards, resulting in an exceptionally safe and long-lasting power battery.
High-performance Body
Independently developed carbon fiber cockpit with a lightweight body coefficient reaching the world’s leading level. It boasts industry-leading torsional stiffness exceeding 50,000 N·m/deg and offers both load-bearing and non-load-bearing body structures to meet the needs of various vehicle models and scenarios.
Intelligent Cockpit
A fully intelligent premium cockpit built on auditory, visual, and tactile sensing, offering multi-screen interaction and 3D rendering technology to deliver a rich and immersive sensory experience.
Driving Assistance System
Equipped with an industry-leading hardware architecture, including advanced chips and sensors, delivering over 500 TOPS of computing power. The intelligent driving assistance system is deeply integrated with the e4 technology platform and the DiSus intelligent body control system, offering superior safety and comfort in intelligent driving.
Perception
Deeply integrated perception across the entire vehicle
Achieving full-spectrum environmental perception for the vehicle
Full-vehicle sensor suite
Inertial Measurement Unit (IMU), resolver sensor, wheel speed sensor, steering angle sensor, …
Autonomous Driving Sensors
Cameras, millimeter-wave radars, LiDAR, ultrasonic sensors, …
Decision-Making
SiC electronic control is standard across all E4 platform models.
Independently developed 800V SiC module
99.5%
Maximum efficiency
100%
Improved power density
3%
Improved operational
efficiency
50%
Improved current output capability
Execution
Four-motor platform with independent drive architecture
100% independently developed | Suitable for pure electric and hybrid platforms | Covers rugged off-road, supercars, and other vehicle types
E4 Platform Electric Drive System
1100 hp maximum horsepower for the vehicle.
Featuring a deeply integrated design and the industry’s first differential lock function.
220 kW
Peak power of a single motor
340 Nm
Peak torque of a single motor
3S
0 to 100 km/h acceleration
Emergency floating
The E4 platform delivers powerful performance and independently controlled torque on all four wheels. Combined with its high water-resistance rating, it enables driving, steering, and turning in water—helping users escape quickly in scenarios such as heavy rain, flooding, or accidental entry into deep water.
Ensure driving safety at high speed tire blowout
E4 platform ensures full vehicle control through independent four-wheel torque adjustment—even in extreme failures—truly saving lives when it matters most.
Desert dry-pull hill-climb test
Based on E4 platform outstanding perception capabilities, powerful powertrain, and precise torque distribution, the vehicle delivers explosive performance and excellent traction. It can achieve dry-pull hill climbs in deserts and conquer challenging terrains.
High-speed driving test on ice and snow
E4 platform can rapidly perceive and adjust the torque of each wheel, enhancing vehicle controllability across various road conditions such as urban streets, highways, off-road terrains, and icy or snowy surfaces, significantly extending the limits of handling and stability.
High-traction stationary vehicle origin turning test
E4 platform enables independent control of the wheels on both sides to rotate in opposite directions, activating the in-place vehicle origin turning function. This allows the vehicle to perform stationary turns on asphalt and concrete roads, making parking in tight spaces easy and flexible.
*Design, features, and specifications may vary depending on the region. For the most accurate and up-to-date information, please contact Mannai, the authorized Yangwang U8 dealer in Qatar.