Nissan Unveils New Cars Packed With Cutting-Edge Tech
Nissan Motor is entering a bold new era under its recently appointed CEO, Ivan Espinosa, with a renewed focus on innovation, customer trust, and advanced driving technology. The automaker is refreshing its lineup while prioritizing the integration of artificial intelligence to meet the growing demand for smarter, safer vehicles.
Partnership with Wayve Technologies
A cornerstone of this strategy is Nissan’s collaboration with Wayve Technologies, a UK-based AI startup backed by SoftBank. Together, they are preparing to launch the next generation of Nissan’s ProPilot driver-assistance system by the fiscal year ending March 2028. This advanced version aims to rival Tesla’s Full Self-Driving (FSD) and Alphabet’s Waymo, though it will still operate at Level 2 autonomy, requiring driver supervision.
Unlike previous iterations that were mostly limited to highway driving, the upcoming ProPilot will be capable of navigating complex city streets. Thanks to Wayve’s AI-powered software, the system will require fewer cameras and sensors while improving overall performance.
“We think ours is smarter than Tesla FSD, just not as polished as a product,” noted Tetsuya Iijima, general manager of Nissan’s assisted-driving technology division.
Building the Next-Gen ProPilot
Nissan first introduced ProPilot in 2016 with lane-keeping and distance control features. By 2019, the system advanced to allow hands-off freeway driving. The upcoming version represents Nissan’s biggest leap forward yet, designed to deliver human-like situational awareness.
Wayve, which recently expanded into Japan by establishing a test center in Yokohama, is playing a vital role in refining the technology for global markets. This marks the first time a major automaker has embedded Wayve’s AI into production vehicles.
Key Features Comparison
| Feature | Nissan ProPilot (Next-Gen) | Tesla Full Self-Driving (FSD) | Waymo Driver |
|---|---|---|---|
| Autonomy Level | Level 2 (driver required) | Level 2 (driver required) | Level 4 (in pilot programs) |
| Primary Use Case | Highways & city streets | Highways & city streets | Robotaxis in select cities |
| AI Integration | Wayve AI (fewer cameras, smarter software) | Tesla’s in-house AI with extensive real-world data | Alphabet’s advanced AI & simulation |
| Regulatory Status | Japan: strict oversight, driver must supervise | Allowed in some regions with limitations | Approved for commercial use in limited U.S. cities |
| Deployment Timeline | Fiscal year ending March 2028 | Ongoing (beta release) | Already active in Phoenix, San Francisco, etc. |
| Ride-Share Service Plans | Launching in 2027 | Future plans not confirmed | Operating driverless ride-hailing services |
Global Competition and Challenges
While Nissan makes progress, Japanese automakers still trail behind China, where companies like Baidu’s Apollo Go and Pony.ai are running large-scale Level 4 robotaxi programs across cities like Beijing and Shanghai. These firms are even exporting driverless ride-hailing services to new markets, particularly in the Middle East.
Japan’s strict regulations pose a further challenge. Current laws require human supervision at all times, preventing full autonomy. Still, Nissan sees opportunity in the country’s demographic shifts, including an aging population and a shortage of taxi drivers. In response, the automaker plans to roll out an autonomous ride-share service by 2027.
Competition in the autonomous driving space is fierce, with rivals such as Toyota partnering with Waymo to test similar systems. Despite the billions invested across the industry, fully driverless Level 5 technology remains out of reach.
Nissan, however, remains confident. “Its situational awareness is close to human,” said Iijima during a recent test drive in Tokyo. “I believe this technology will change lives.”
Related article: Nissan and Citroen Recall Vehicles Over Battery and Airbag Safety Concerns
