Electric Cars

GM's Super Cruise Evolution: LiDAR Integration for Eyes-Off Driving by 2028

General Motors is significantly upgrading its Super Cruise autonomous driving technology, aiming to introduce 'eyes-off' driving capabilities by 2028. This represents a substantial leap in autonomous vehicle development, positioning GM to potentially surpass current offerings from competitors like Tesla. The enhancement will initially be deployed in the Cadillac Escalade IQ, utilizing advanced LiDAR technology to achieve a true Level 3 autonomous driving experience.

This ambitious roadmap outlines a future where drivers can disengage their visual attention from the road while the vehicle navigates, a significant progression from the current 'hands-off' functionality. The integration of LiDAR, combined with existing sensor fusion, promises a more reliable and comprehensive understanding of the driving environment, laying the groundwork for eventual expansion into complex urban settings and full autonomy.

The Technological Leap to Eyes-Off Driving

General Motors is poised to revolutionize autonomous driving with its planned 'eyes-off' capability for Super Cruise by 2028. This advancement moves beyond the current hands-off driving assistance available on over 750,000 miles of compatible highways in the US and Canada. The new system, set to debut in the Cadillac Escalade IQ, will incorporate LiDAR technology, a significant upgrade from the existing camera, radar, and GPS-based setup. This move positions Super Cruise as a true Level 3 advanced driving assistance system, requiring drivers to be ready to intervene but not constantly monitor the road, unlike Tesla's Autopilot and Full Self-Driving which demand continuous driver attention.

The integration of LiDAR, or light-based radar, will provide a more detailed and accurate perception of the vehicle's surroundings. This multi-sensor approach, combining LiDAR with cameras and radar, creates a robust perception layer crucial for safe and reliable autonomous operation. GM's strategy involves extensive real-world data training and high-fidelity simulations to validate performance across various scenarios, including rare or hazardous ones. This comprehensive development process aims to ensure that the 'eyes-off' system is both safe and highly capable, offering a distinct advantage over vision-only systems.

Expanding Autonomous Capabilities Beyond Highways

The introduction of 'eyes-off' Super Cruise in the Cadillac Escalade IQ marks a pivotal moment for GM, signifying a step closer to full autonomy. While the initial rollout will focus on compatible highways, GM's chief product officer, Sterling Anderson, has indicated plans to expand the system's functionality to urban environments. The ultimate vision is for vehicles to handle errands autonomously, freeing up drivers for more critical tasks. This incremental development approach, with a strong emphasis on safety and validation, is central to GM's long-term autonomous driving strategy.

To facilitate the visual communication of the 'eyes-off' mode, the Escalade IQ will feature turquoise lights on the dashboard and side mirrors, providing clear indicators to both the driver and surrounding pedestrians. The vehicle will also be equipped with a prominent LiDAR sensor on its roof. GM officials have highlighted that the advanced technology and validation frameworks from their now-closed Cruise robotaxi service will contribute significantly to the evolution of Super Cruise, adding millions of miles of experience to the system. This comprehensive and phased expansion reflects GM's commitment to progressively enhancing autonomous capabilities, ultimately paving the way for a future where cars can drive themselves.

Uber Evolves 'Green' Initiative to 'Electric,' Offering Driver Incentives

Uber, a prominent figure in the ridesharing sector, has updated its sustainable transportation initiative by transitioning from \"Uber Green\" to \"Uber Electric.\" This rebranding signifies the company's intensified commitment to electric vehicle integration, aiming to foster a greener future for urban mobility. Alongside this change, Uber is rolling out significant incentives for both riders and drivers, furthering the adoption of zero-emission vehicles within its extensive network.

Uber Pioneers Electric Mobility with Global Rebrand and Driver Support

In a strategic move to accelerate electric vehicle (EV) adoption, Uber officially announced the global rebranding of its \"Uber Green\" service to \"Uber Electric.\" This initiative, which became effective on October 22, 2025, reflects the increasing presence of EVs on the platform and aims to simplify the choice for passengers seeking eco-friendly transportation. To mark this transformation, Uber is offering a 20% discount (up to $8) on electric rides using the promo code GOELECTRIC20 for a limited period of seven days.

Beyond rider incentives, Uber is also addressing the financial barriers for drivers contemplating the switch to electric. Recognizing the expiration of federal EV grants, the company has introduced its own \"Go Electric\" grant program. This program provides eligible Uber drivers in California, Colorado, Massachusetts, and New York City with up to $4,000 towards the purchase of new or used electric vehicles. This grant can be combined with existing state-level incentives, making EV ownership more accessible. Additionally, Uber has partnered with TrueCar to offer a nationwide incentive of $1,000 for any new or used EV purchased through the platform.

Pradeep Parameswaran, Uber's Global Head of Mobility, emphasized that \"Uber Electric\" represents tangible progress in the company's five-year electrification journey. He highlighted that over 200,000 EVs are currently operating on Uber's global network, with one in four riders experiencing their first EV journey through the Uber app. This transition builds upon earlier efforts in the US to make Uber Green an all-electric option, now extended worldwide. Uber plans to continue supporting drivers by removing obstacles to EV adoption and collaborating with cities to enhance charging infrastructure.

This initiative underscores Uber's vision of a sustainable future for ridesharing, empowering both passengers and drivers to contribute to reduced emissions and improved air quality in urban environments. The company's proactive approach to promoting electric mobility positions it as a leader in the sustainable transportation sector.

Uber's strategic shift to \"Uber Electric\" and its accompanying incentive programs represent a forward-thinking approach to sustainable urban mobility. This move offers a compelling model for how large corporations can leverage their platforms to drive environmental change. By making electric vehicle options more accessible and affordable for both consumers and service providers, Uber is not only contributing to cleaner air but also potentially accelerating the broader adoption of EVs. This initiative could inspire other industries to integrate similar eco-conscious practices, demonstrating that economic growth and environmental responsibility can go hand in hand. It highlights the power of corporate leadership in fostering a more sustainable future.

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GM Ceases BrightDrop Electric Van Production Amidst Market Challenges

General Motors has made a significant strategic shift, announcing the discontinuation of its BrightDrop electric commercial van production. This move reflects the challenges faced within the nascent commercial electric vehicle market and the impact of shifting regulatory and economic landscapes.

The Unexpected End of GM's Electric Delivery Ambition

GM's Decision to Halt BrightDrop Production

General Motors has officially ceased the manufacturing of its BrightDrop electric delivery vans. This pivotal decision, made public alongside the company's third-quarter financial results, marks the end of an ambitious venture into the commercial EV sector. The production shutdown impacts the CAMI Assembly plant in Canada, which was dedicated to building these vehicles.

Factors Contributing to the Shutdown

The primary reasons cited by GM for this production halt include a significantly slower growth rate in the commercial electric delivery van market than initially projected. Furthermore, the company highlighted the influence of a dynamic regulatory environment and the recent expiration of critical federal EV tax incentives. Specifically, the $7,500 consumer EV tax credit and a substantial $40,000 incentive for commercial vehicle purchasers concluded on September 30th, impacting market demand.

Indications of Prior Difficulties

The decision to discontinue BrightDrop production was not entirely unforeseen, as signs of struggle within the division had been evident for several months. Production of both the BrightDrop 400 and BrightDrop 600 models was initially paused in May, leading to the layoff of 500 employees. Although there were plans to resume operations, these were repeatedly delayed due to persistently slow sales figures throughout the summer and early fall.

Sales Performance and Market Repositioning

Despite efforts to revitalize the brand, including the integration of BrightDrop into the Chevrolet lineup last year to enhance market appeal, sales remained sluggish. By the end of Q3, GM had recorded only 3,976 BrightDrop sales for the year, with a notable 60% of these occurring in Q3 as buyers rushed to utilize the expiring tax credit. This contrasts sharply with 2024's 1,529 deliveries and a mere 497 in 2023, underscoring the severe challenges the product faced in gaining traction.

Competitive Landscape and Market Realities

The commercial electric van segment, while challenging for BrightDrop, has seen other players achieve greater success. Rivian's commercial vans, for instance, have been instrumental in Amazon's logistics network, selling 6,809 units by Q3. Similarly, the Ford e-Transit has proven a popular choice, partly due to its more competitive initial pricing compared to GM's offerings before price adjustments were made. This suggests that market adoption is strongly influenced by factors like price point and established demand.

Broader Implications for the EV Industry

The termination of BrightDrop production serves as a stark reminder of the auto industry's optimistic, yet sometimes premature, pivot to electric vehicles. While the electrification of commercial fleets holds environmental and technological promise, the current market dynamics, including high EV prices and fluctuating consumer demand, pose significant hurdles. BrightDrop's trajectory from an innovative idea to a discontinued product highlights the critical need for a balanced approach to EV development and market introduction. GM's future endeavors in the EV space will likely reflect lessons learned from this experience, potentially focusing on more competitively priced and market-aligned electric solutions.

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