10 stories tagged lidar on EV Digest.
Elon Musk has revealed that Tesla's Robotaxi service is currently limited by its inability to reliably detect small objects like pets in low-light conditions, preventing night-time operations. This challenge, exemplified by 'grey kittens on grey tarmac,' highlights a limitation of camera-only systems where lidar and radar traditionally excel, despite Musk's past skepticism of such sensors.
The highly anticipated Rivian R2 electric SUV, while set to launch in 2026, will not offer its advanced autonomy system, including lidar and a new computer, until 2027. This means initial R2 buyers will receive vehicles with a more basic ADAS suite, with the upgrade expected to be available later via an over-the-air update. The delay allows Rivian to thoroughly test and validate its next-generation self-driving hardware before widespread deployment.
Rivian announced that its upcoming R2 SUV will integrate advanced autonomous driving capabilities, powered by LiDAR and its custom RAP1 computer platform. While paying customers can expect deliveries starting in 2027, Rivian employees will receive the first LiDAR-equipped R2s by the end of 2026 for real-world testing. This strategic deployment aims to refine the system and validate its performance ahead of broader market release.
Mazda's CX-60e battery-electric SUV in the Chinese market is receiving a significant technology upgrade, incorporating LiDAR for enhanced advanced driver-assistance systems (ADAS). This update enables advanced L2+ capabilities like navigation on autopilot (NOA) and automated parking, aiming to boost the vehicle's competitive edge in the rapidly evolving EV segment.
Waymo, Google's autonomous driving subsidiary, has openly questioned the viability of camera-only systems for self-driving vehicles, a direct challenge to Tesla's Full Self-Driving strategy. In a recent blog post, a key Waymo engineer detailed why a multi-modal sensor suite, including lidar and radar, is essential for robust and safe autonomy. This critique highlights the fundamental philosophical differences between major players in the race for self-driving technology.
Amidst the ongoing debate in the autonomous vehicle space, Waymo has reiterated its commitment to a multimodal sensor suite, integrating cameras, radar, and LiDAR. This approach stands in contrast to the vision-only system championed by some competitors, highlighting Waymo's belief in redundant sensing for enhanced safety and reliability in self-driving technology.
New Jersey lawmakers are considering legislation that would mandate a broader set of sensor technologies than just cameras for autonomous vehicles operating in the state, potentially sidelining Tesla's camera-only self-driving approach. This proposed bill aims to establish a pilot program for fully autonomous vehicles, requiring the use of multiple sensor types like lidar, which Tesla currently omits from its Full Self-Driving system.
A bill introduced in New Jersey aims to mandate additional sensor technologies, like radar and lidar, for autonomous vehicles operating as robotaxis in the state. This legislative push directly challenges the vision-only approach favored by companies like Tesla for their self-driving systems. If passed, it could significantly impact the deployment strategies for future robotaxi services in New Jersey.
A bill introduced in New Jersey's legislature aims to mandate radar and lidar sensors on all autonomous vehicles operating in the state. If passed, this legislation could effectively block Tesla's camera-centric Full Self-Driving (FSD) system from being used in robotaxis.
A Rivian R2 prototype was seen near the company's headquarters equipped with a discrete LiDAR sensor. This advanced sensing technology is expected to be integrated into later production R2 models, enhancing its autonomous driving capabilities. The subtle design of Rivian's LiDAR implementation stands in contrast to the more conspicuous sensors found on some other test vehicles.
