All articles tagged with #lidar
Roborock is launching its first robot lawn mower in the US, the RockMow X1 LiDAR, later this year, featuring advanced navigation, all-wheel drive, and the ability to mow half an acre daily, with capabilities to handle slopes and obstacles.
Mammotion has upgraded its flagship robot lawnmower, the Luba 3 AWD, with lidar sensors, AI, and geopositioning technology to create detailed 3D maps of yards for more precise mowing, featuring obstacle recognition and slope climbing capabilities, available for preorder at various price points.
Luminar Technologies filed for Chapter 11 bankruptcy after losing a major Volvo contract, planning to sell its chip business to Quantum Computing for $110 million to maximize shareholder value, while continuing to support its LiDAR product operations during the restructuring.
3D LiDAR technology was used to create highly detailed and accurate 3D maps of La Pileta Cave in Spain, revealing previously unseen prehistoric rock art and features, and enhancing archaeological research through precise modeling of the cave's interior and artifacts.
Leaked images and details suggest the DJI Mini 5 Pro will feature a 1-inch sensor, 4K/120fps video, LiDAR obstacle sensing, and a foldable design, with a launch now expected in September 2025 due to shipping delays. The drone may no longer be under 249g, and the release has been postponed from August to September.
Aeye's stock surged after announcing a major collaboration with Nvidia, integrating Aeye's lidar system into Nvidia's autonomous vehicle platform, which could boost its market position and revenue prospects. However, caution is advised due to its status as a penny stock with high volatility and potential for short-lived gains, compounded by analyst warnings of a possible decline.
Researchers have developed a compact, penny-sized laser that can significantly improve lidar technology for autonomous vehicles by providing faster, more accurate measurements, potentially leading to better navigation and smaller sensor packages.
Tesla's limited rollout of its robotaxi service in Austin faced technical issues and regulatory scrutiny, highlighting the challenges of relying solely on camera-based self-driving technology, as opposed to competitors like Waymo that use lidar and radar for better safety and reliability.
The iPhone's Measure app, which uses AR and LiDAR technology for measurements, is generally accurate within 3-5% for basic tasks like measuring objects or spaces, but less reliable for precise measurements or in challenging conditions such as poor lighting or complex backgrounds. Its accuracy improves with newer iPhone models equipped with LiDAR, but it should not replace traditional measuring tools for critical measurements.
Archaeologists in Mexico have unearthed a mysterious subterranean structure with painted walls beneath a Maya ball court, potentially dating back to the Early Classic period (A.D. 200 to 600). The discovery, made using lidar technology, highlights the significance of the site, which also includes residential buildings, temple pyramids, and other ancient Maya settlements. Further excavations are needed to determine the structure's shape and function.
Scientists are using lidar technology, traditionally used for archaeological sites, to identify tiny ants in Kenya's acacia trees with over 80% accuracy, significantly reducing the time and effort required for field surveys. This efficient technology has the potential to track tree pests and invasive species, offering a faster and more cost-effective method for biodiversity sampling and conservation efforts.
Japanese startup Orbital Lasers plans to use satellite-mounted lasers to decelerate and remove space debris from Earth's orbit, aiming to start operations by 2029. The technology involves emitting a laser beam to vaporize part of the debris' surface, using the impulse to detumble and decelerate the object so it gradually descends towards the atmosphere and burns up. The company claims this method is safe and cost-effective, with potential applications in space-based Lidar technology for creating detailed surface maps. However, concerns about potential misuse of space-borne lasers and the threat of pre-emptive strikes remain.
Astronomers use lidar to measure the temperature of Earth's atmosphere in Antarctica, as shown in a photo taken by Steve Erskine. The green lidar, barely visible to the naked eye, is shot nearly straight up from an observatory at McMurdo Station, providing insight into the work behind the stunning images in astronomy.
Mercedes is evaluating Luminar's LiDAR system for potential use on the F1 safety car, aiming to enhance track safety by providing real-time 3D mapping of the environment ahead. The system, which uses lasers to detect objects up to 500 meters away, could offer improved visibility in adverse weather conditions and help assess track conditions. The collaboration between Mercedes and Luminar aims to showcase the technology's performance and safety advantages, with potential implications for automotive industry innovation and accident-free driving.
Luminar, a lidar company, has unveiled a new automatic emergency steering feature powered by its Iris Plus sensor, aiming to proactively avoid crashes without driver intervention. The company demonstrated the new feature at CES and extended its partnership with Mercedes-Benz to integrate its sensor in the official FIA F1 safety car. Luminar has secured commitments from various companies, including Volvo, Audi, and Toyota Research Institute, for its lidar technology.