- BYD has raised the price of its LiDAR-based smart driving system due to increasing hardware costs.
Rising component costs are beginning to reshape pricing strategies across the new energy vehicle segment, with BYD adjusting its premium smart driving system pricing to reflect growing pressure from global hardware supply chains. The company has announced that its LiDAR-based driver assistance package will become more expensive starting May 2026, signaling a shift in how advanced features are monetized in modern vehicles. This move highlights how even large-scale manufacturers are not immune to fluctuations in semiconductor and sensor pricing, especially in high-end ADAS configurations.
Price Revision for LiDAR-Based Smart Driving System
The cost to equip BYD’s God’s Eye B system, also known as DiPilot 300, will increase from 9,900 yuan to 12,000 yuan beginning May 1. This adjustment applies to select models within the Dynasty and Ocean series, along with vehicles under the Fang Cheng Bao brand. Customers who complete bookings and deposits before April 30 will retain the earlier pricing, offering a short transition window. The revision reflects a price increase exceeding 20 percent, directly tied to rising costs of critical storage and sensing hardware.
Scope and System Architecture
The God’s Eye B system represents BYD’s mid-to-premium intelligent driving offering and typically integrates one or two LiDAR units for enhanced perception capability. It is part of a broader in-house ADAS ecosystem that includes multiple tiers designed for different vehicle segments. These include the entry-level God’s Eye C (DiPilot 100) and the high-end God’s Eye A (DiPilot 600), creating a scalable architecture for intelligent driving deployment across price categories. This tiered approach allows BYD to balance cost, performance, and accessibility.
Breakdown of BYD Smart Driving System Tiers
| System Tier | Designation | Key Features |
|---|---|---|
| Entry-Level | DiPilot 100 | Basic ADAS functions |
| Mid-Tier | DiPilot 300 | LiDAR-based advanced assistance |
| High-End | DiPilot 600 | Enhanced autonomous capabilities |
Impact of Hardware Cost Inflation on ADAS Pricing
The increase underscores how global supply chain volatility is influencing the cost structure of advanced driver assistance technologies. LiDAR sensors, storage modules, and high-performance computing hardware have experienced price escalations due to demand-supply imbalances and evolving semiconductor dynamics. As a result, manufacturers are being forced to pass part of this burden to consumers, especially for premium features. This trend is becoming more visible as intelligent driving systems transition from optional upgrades to expected vehicle functionalities.
Shift from Mass Adoption Strategy
The pricing adjustment marks a notable contrast to BYD’s earlier strategy of aggressively democratizing smart driving features. In early 2025, the company introduced smart driving upgrades across 21 models simultaneously, aiming to accelerate widespread adoption. The expectation was that high-level ADAS capabilities would gradually become standard across segments. However, current cost pressures indicate that while mass adoption remains a goal, pricing strategies must adapt to evolving economic realities within the global automotive supply chain.
Scale Advantage and Data Strength
Despite rising costs, BYD continues to maintain a strong competitive position due to its scale and data accumulation capabilities. As of March 2026, more than 2.85 million vehicles equipped with advanced driver assistance systems are operating globally, generating over 180 million kilometers of driving data each day. This extensive dataset supports continuous improvement in system performance and algorithm refinement, reinforcing the company’s long-term advantage in the intelligent driving space alongside competitors in China and beyond.
Frequently Asked Questions
Why did BYD increase the price of its smart driving system?
The price increase is primarily driven by rising global costs of hardware components such as LiDAR sensors and storage systems used in advanced driver assistance technologies. These components have become more expensive due to supply chain constraints and increasing demand. As a result, BYD has adjusted pricing to maintain cost balance while continuing to offer high-performance smart driving features. This reflects a broader industry trend where ADAS pricing is increasingly influenced by hardware economics.
What is the God’s Eye B (DiPilot 300) system in BYD vehicles?
The God’s Eye B system, also called DiPilot 300, is BYD’s mid-tier intelligent driving solution that uses LiDAR sensors for enhanced environmental perception and driving assistance. It is designed for premium vehicle segments and offers advanced features beyond basic ADAS functions. Positioned between entry-level and high-end systems, it plays a key role in BYD’s tiered smart driving strategy, enabling scalable deployment across different models while balancing cost and performance.