New G-Pilot EV Smart Driving Revealed 2025

New G-Pilot EV Smart Driving: Chinese auto giant Geely Auto Company launched the G-Pilot EV smart driving system. It’s categorized into file levels for multiple brands. Also, BYD is getting affordable models of smart driving systems, and Tesla is bringing FSD capacity to China. Let’s know about the G pilot EV smart driving.

New G-Pilot EV Smart Driving
New G-Pilot EV Smart Driving

New G-Pilot EV Smart Driving

New G-Pilot EV Smart Driving
New G-Pilot EV Smart Driving

Chinese auto giant Geely launches the AI-powered New G-Pilot Smart EV driving system, which has been developed by BYD. Its focus on quick shift the competition in the EV sector to smart driving. G pilot has five solution models G pilot H1 to G pilot H9. It’s similar to BYD’s God Eye Smart Driving System.

G-Pilot H1, G-Pilot H3, G-Pilot H5, G-Pilot H7 And G-Pilot H7

  • H1 includes: 10 cameras and 5 mm wave radar to support highway navigation on autopilot and automatic parking assistance.
  • H3 includes: 11 cameras and 3 millimeter wave radars to support urban commutes navigation on autopilot automatic parking assistant.
  • H5 includes: 11 cameras and three millimeter wave radar, 1 Lidar for full scenario door to door navigation on Autopilot without any HD maps.
  • H7 includes: More AI capabilities.
  • H9 includes: Solution for L3 autonomous driving with 13 cameras, 3 Millimeter wave radar, and multiple Lidar.

New G-Pilot EV Smart Driving All Levels Features And Uses

G-Pilot LevelKey FeaturesTechnological AdvancementsUse Case
G-Pilot H1– High-speed Navigation on Autopilot (NOA) – User-settable memory parking– Evolving NOA for high-speed – Memory parking functionalityBasic support for navigation and parking.
G-Pilot H3– Urban intelligent driving – Navigation on Autopilot (NOA)– Urban-specific NOA – Enhanced urban driving capabilitiesFor users needing urban navigation and intelligent driving.
G-Pilot H5– Map-free urban NOA – Large model supported point-to-point intelligent driving– Advanced NOA with no need for maps – Point-to-point driving capabilitiesSeamless urban driving without reliance on maps.
G-Pilot H7– Video Large Model (VLM) – Video Language Action Models (VLA) – Parking spot to parking spot intelligent driving – Digital foresight– Advanced AI capabilities – AI-powered parking & foresight functionalitiesHigh-level AI for parking and intelligent driving assistance.
G-Pilot H9– Cutting-edge intelligent driving technologies – Full VLM/VLA utilization – Intelligent chauffer – Safety driver capabilities– Cutting-edge intelligent driving technologies – Full VLM/VLA utilization – Intelligent chauffeur – Safety driver capabilities– Fully autonomous intelligent chauffeur system – Evolving Level 5 autonomy

Conclusion on New G-Pilot EV Smart Driving

Geely’s G-Pilot EV smart driving system, ranging from H1 to H9, introduces a spectrum of autonomous capabilities. Utilizing cameras, radar, and LiDAR, it progresses from basic highway assistance to near-complete self-driving. Key features include map-free urban navigation, advanced parking, and AI-powered foresight.

The system leverages Video Large Models (VLM) and Video Language Action Models (VLA) for enhanced intelligence. Geely’s initiative signifies a push towards intelligent EVs, aiming to simplify driving and enhance safety. This tiered approach caters to diverse consumer needs, marking a significant step in autonomous vehicle technology.

FAQ On New G-Pilot EV Smart Driving

Q: What is “NOA”?

A: NOA stands for Navigation on Autopilot, a feature that allows the vehicle to navigate autonomously on highways and urban roads.

Q: Does G-Pilot H5 require HD maps?

A: No, G-Pilot H5 is designed for map-free urban NOA, using advanced AI and sensors for point-to-point intelligent driving.

Q: What are VLM and VLA?

A: VLM stands for Video Large Model, and VLA stands for Video Language Action Model. These are advanced AI systems used in higher G-Pilot levels for enhanced perception and decision-making.

Q: What kind of sensors does the G-Pilot system use?

A: It uses a combination of cameras, millimeter-wave radar, and LiDAR, depending on the specific G-Pilot level.

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