OPINION: Why Volvo Just Killed the “LiDAR Bump”
SmartGrandads Opinion
For decades, Volvo has built its brand on a single, unshakeable pillar: safety. It was no surprise, then, when the Swedish-Chinese automaker announced that Light Detection and Ranging (LiDAR) would become standard equipment on its flagship electric vehicles.
However, in a move that has sent shockwaves through the global automotive sector, Volvo has performed a sudden and total reversal. Starting with the 2026 Model Year, the “LiDAR bump”—that high-tech protrusion perched above the windshield—has been completely eliminated from the EX90 SUV and ES90 luxury sedan.
This is more than a design pivot; it is a reckoning for an industry that has finally realized it cannot prioritize hardware specifications over human-centric aesthetics and supply chain stability.
So, why did one of the world’s most safety-conscious brands abandon its most advanced sensor? Behind this decision lies a complex post-mortem of aesthetic rejection, technical irony, unexpected impact on mobile phones and financial collapse.
So, why did one of the world’s most safety-conscious brands abandon its most advanced sensor? Behind this decision lies a complex post-mortem of aesthetic rejection, technical irony, unexpected impact on mobile phones and financial collapse.
1. The £96,000 Identity Crisis
While engineers viewed the roof-mounted LiDAR pod as a “watchtower” for safety, premium car buyers—particularly in the United Kingdom—saw a visual catastrophe. Critics and prospective customers frequently ridiculed the sensor’s appearance, noting that it bore a striking resemblance to the illuminated sign of a traditional London black cab.
For a luxury buyer paying up to £96,000 for a flagship EV, the “public transit” look was an immediate dealbreaker. This rejection highlights a critical failure in the luxury market: the dilution of premium brand equity. For high-net-worth consumers, a vehicle’s silhouette is a statement of status. By disrupting that silhouette with an unsightly hardware pod, Volvo inadvertently traded “luxury” for “utility,” failing to understand that for this demographic, traditional design proportions matter more than high-tech sensing redundancy.
2. Collateral Damage: Your Smartphone Camera is in Danger
In a bizarre technical twist, the very sensors designed to protect people began damaging their property. Viral consumer videos demonstrated a significant, little-known risk: while the near-infrared lasers used in automotive LiDAR are classified as Class 1 eye-safe, they can be lethal to digital imaging substrates.
When bystanders pointed modern smartphone cameras—specifically the iPhone 16 Pro Max—at the operating LiDAR module of a parked EX90, the concentrated laser pulses focused through the phone’s telephoto lenses. The result was permanent “dead spots” or burned-out pixels on the CMOS sensors.
“This issue raised immediate public concerns regarding the long-term safety of operating active laser scanners in dense urban areas, further eroding consumer enthusiasm.”
There is a profound irony in a safety feature that inadvertently damages the property of the very pedestrians it is meant to detect. This technical liability has forced a re-evaluation of active laser scanning in dense urban environments.
3. A Total Supply Chain Reckoning
The most decisive reason for Volvo’s pivot was not aesthetic, but financial. Volvo’s primary partner, Florida-based LiDAR pioneer Luminar Technologies, suffered a catastrophic meltdown. After burning through cash and executing a 25% workforce reduction, Luminar filed for bankruptcy and confirmed liquidation plans in April 2026.
This collapse left Volvo in a precarious position. Early purchasers of the 2025 EX90 found themselves owning $90,000 vehicles with “software-dormant” LiDAR hardware that could no longer be supported. To prevent widespread class-action litigation, Volvo offered goodwill compensation packages for owners who purchased or leased a vehicle on or before June 12, 2026, including:
- $565 public charging credits paired with a SiriusXM subscription.
- Two-year complimentary vehicle protection or maintenance plans.
- $1,500 cash refunds for leaseholders who successfully argued that the LiDAR hardware was a “calculated value” they were no longer receiving.
Faced with this “supply chain risk,” Volvo terminated its agreement. Crucially, this marks a shift from hardware-redundancy to software-defined safety. Volvo now relies on a dual NVIDIA Drive AGX Orin-based core computer delivering 500 TOPS, trusting high-powered computing and dense camera arrays to maintain its safety mantle.
4. The Great Divide: China vs. The West
The future of LiDAR is increasingly split by geography. In Western markets, skepticism is the status quo; a 2026 survey by Electrifying.com revealed that 66% of UK drivers refuse to ride in a self-driving car. Western buyers view the LiDAR pod as an “ugly tech tax” for a feature they do not trust.
Conversely, the Chinese market has embraced the “watchtower” as a badge of Software-Defined Vehicle (SDV) status.
- Xiaomi (SU7): The next-gen SU7 has standardized roof-mounted LiDAR even on its entry-level $33,000 trim, treating it as a standard non-premium feature.
- Zeekr (7X): This Geely-owned SUV standardizes the sensor to support advanced “Navigate-on-Autopilot” software, despite European reviewers marring its styling.
- The Power of Tech: In the East, high-tech still sells. The Xiaomi SU7 Ultra, delivering a staggering 1,139 kW of power (1,526 hp), has used its Nürburgring performance to prove that visible hardware is a symbol of capability, not a design flaw.
However, XPENG has also opted for the software driven solution using their AI Turin chips.
5. The Future is Invisible (Behind the Glass)
The industry consensus is shifting: if LiDAR is to survive in the West, it must become invisible. This has led to the rise of “In-Cabin Windshield Integration.” However, hiding a laser behind glass is a monumental material science challenge.
Standard automotive glass is embedded with metallic infrared-reflecting (IRR) coatings to block solar heat, which can cause a 90% signal loss in LiDAR range. To solve this, companies like Fuyao Group are developing specialized windshields with anti-reflective (AR) coatings in a dedicated “Keep Out Zone.”
Furthermore, these systems sit directly above the driver’s head, requiring them to meet impossible Noise, Vibration, and Harshness (NVH) guidelines. To maintain a luxury experience, sensors like the Hesai ET25 must be ultra-thin (just 25 mm) and operate silently below 25 dB, utilizing passive cooling to avoid the hum of noisy internal fans. “Invisible tech” is no longer a design preference—it is the only viable path for the luxury EV market to maintain aerodynamic efficiency and clean styling.
SmartGrandads Final Thoughts
It seems that the real issue is Can you have SAFETY without STYLE?
As Volvo’s 2026 reversal indicates, the “invisible” path is currently winning the race. The industry is moving away from “hardware-heavy” visible safety toward “invisible-fusion” software driven systems. This evolution prioritizes the aerodynamic range and clean design lines required to compete in the high-end electric market.
As we move toward more assisted driving, the ultimate question for the consumer remains: “What matters more for this model: keeping the car’s exterior perfectly clean, or maximizing safety with a visible LiDAR sensor?”
My view is that software is likely to win because of the cost and technical complexities of hardware based solutions.
Whats your view?
Leave your thoughts on this or any other 100% EV topic below.
Whilst I am not worried by the “bump”, if it is not needed then getting rid of it will allow for a purer design.