Electric vehicle manufacturer Rivian is enhancing the in-car navigation experience for its R1S and R1T models through a new software update. This significant upgrade will see the adoption of Google Maps, replacing the previous MapBox-based system. The move aims to provide Rivian owners with a more advanced and reliable navigation solution, integrating Google's renowned real-time traffic information, dynamic routing capabilities, and a wealth of points of interest. This strategic partnership underscores Rivian's commitment to continuously improving its vehicles' technological offerings and user convenience, ensuring a seamless and informed journey for its customers.
\nThe transition to Google Maps brings a host of benefits, including highly accurate estimated arrival times, routes that adapt dynamically to real-time traffic conditions, and immediate alerts regarding road disruptions. Furthermore, the updated system will allow users to easily access detailed information about various locations directly from their vehicle's screen, such as operating hours and contact details. Coupled with Rivian's existing advanced infotainment features—like range estimates from A Better Route Planner (a company Rivian acquired in 2023), integrated charging stops, and real-time data on compatible charging networks including Tesla Superchargers—the navigation system will offer an unparalleled level of utility and intelligence. The redesigned map interface, featuring distinct colors for natural landscapes, is also expected to improve visual clarity and ease of information access, both in the vehicle and via the accompanying smartphone application. A Connect+ subscription will enable satellite view functionality and allow seamless transfer of destinations and trips from mobile devices to the vehicle, streamlining trip planning.
\nAdvanced Navigation Features for Rivian Owners
\nRivian is rolling out a substantial enhancement to its in-vehicle navigation, replacing the current MapBox system with the comprehensive capabilities of Google Maps. This strategic upgrade will equip R1S SUV and R1T pickup owners with Google's acclaimed navigation platform, which is celebrated for its precise real-time traffic updates and intelligent routing algorithms. The integration is designed to address previous user feedback regarding the system's occasional routing inconsistencies, promising a more dependable and intuitive experience for drivers.
\nThe core of this upgrade lies in leveraging the Google Maps Automotive SDK, enabling a seamless integration of Google's vast mapping data and functionalities directly into Rivian's infotainment system. This means drivers will benefit from highly accurate estimated arrival times, automatic rerouting based on live traffic conditions, and instant notifications about road incidents or closures. Beyond basic navigation, the new system enhances the utility of points of interest (POIs) by allowing users to interact with on-screen icons to access detailed information such as business hours, customer reviews, and contact details. This robust set of features is layered upon Rivian's already sophisticated infotainment ecosystem, which includes innovative tools like range projections powered by A Better Route Planner, customized charging stop suggestions, and real-time availability of charging stations across various networks, including Tesla's Superchargers. The interface itself has been refined with a new visual design, utilizing distinct color schemes—green for parks and deep blue for water bodies—to improve map legibility and overall 'glanceability', making it easier for drivers to absorb information quickly and safely. This holistic approach to navigation aims to provide Rivian owners with an industry-leading in-car experience, making every journey more efficient, informed, and enjoyable.
\nSeamless Integration and Enhanced User Experience
\nThe transition to Google Maps represents a significant leap forward in the user experience for Rivian electric vehicles, marking a strategic move to provide superior connectivity and navigational precision. This integration goes beyond merely switching map providers; it signifies a deeper collaboration that harnesses the full potential of Google's extensive data and intuitive design principles. The objective is to create a seamless and highly responsive navigation environment that caters to the demanding needs of adventure-oriented EV drivers, ensuring that every trip is meticulously planned and executed with optimal efficiency.
\nOne of the most notable advantages of this integration is the ability to leverage Google Maps' unparalleled accuracy in real-time traffic and routing. This dynamic capability ensures that drivers consistently receive the most efficient routes, avoiding congestion and unexpected delays. The system also offers enriched points of interest, allowing users to tap on locations to reveal comprehensive details, thereby making on-the-go planning more convenient and informed. Furthermore, the enhanced design language of the in-car maps, with its improved visual clarity and intuitive layout, ensures that essential information is readily accessible at a glance, minimizing driver distraction. The functionality extends to Rivian's mobile application, allowing users to pre-plan routes and destinations on their smartphones and seamlessly transfer them to their vehicle, thereby enhancing the overall planning and execution of journeys. For those desiring an even richer visual experience, the Connect+ subscription will unlock satellite view capabilities, offering detailed topographical insights. This comprehensive upgrade, combining Google's mapping prowess with Rivian's innovative EV technology, promises an exceptionally integrated and intelligent navigation solution that adapts to the diverse needs of modern electric vehicle owners.
Breaking new ground in the electric vehicle industry, Stark Future, an innovative electric motorcycle startup headquartered in Barcelona, has defied expectations by reaching profitability in an remarkably short timeframe. Building on a successful April, the company proudly announced its second-quarter 2025 results, revealing an impressive €47 million in revenue and €4.5 million in EBITDA. This achievement marks a historic first for an EV manufacturer, distinguishing Stark Future as the quickest to attain profitability, whether producing two-wheeled or four-wheeled vehicles, accomplishing this feat in just six years.
At the heart of Stark Future's meteoric rise is the Stark VARG, their groundbreaking electric dirt bike. This machine has not only captivated the motocross community with its exceptional performance and elegant design but has also attracted several Motocross World Champions. Its formidable capabilities were famously underscored when it was barred from the X Games for being too advanced, demonstrating tricks beyond the scope of traditional combustion engine motorcycles. This blend of critical acclaim and a unique, performance-driven reputation has undeniably fueled the company’s escalating sales, proving that innovation, coupled with strategic market penetration, can lead to rapid financial success.
This financial triumph is a testament to Stark Future’s dedication, as highlighted by CEO Anton Wass, who emphasized that their product development achievements are matched by a robust, cost-efficient global supply chain and a state-of-the-art 20,000-square-meter facility for in-house production. By focusing on high-performance, premium electric motorcycles, Stark Future has not only carved out a niche but has also demonstrated that a sustainable and profitable business model is viable in the evolving electric mobility landscape. Their journey sets a powerful precedent for the entire two-wheeler industry, urging both new ventures and established brands to accelerate their transition towards electric solutions, proving that leadership and profitability are within reach for those who dare to innovate boldly.
Stark Future's journey underscores a powerful message: innovation, resilience, and a commitment to excellence can transform ambitious visions into tangible successes, inspiring a brighter, more sustainable future for the transportation industry and beyond.
Mercedes-Benz has redefined its presence in the electric vehicle market with the introduction of the new CLA Shooting Brake, a pioneering all-electric estate model. This vehicle represents a notable evolution from its predecessors, offering a more capacious interior, heightened functionality, and cutting-edge technological integrations. Positioned as the second electric offering within the brand's new series of entry-level vehicles, it seamlessly blends the elegant design of the CLA sedan with the added utility of an estate, signifying a strategic move towards diversifying its electric lineup.
Revealed on a recent Tuesday, the CLA Shooting Brake EV is the inaugural all-electric estate from the esteemed German automaker. It follows closely on the heels of the new CLA sedan's debut, inheriting its core attributes while expanding on its utility. This electric wagon not only surpasses the dimensions of its conventional fuel-powered counterpart but also provides a more generous cabin environment. Measuring 4,723 mm in length, an increase of 35 mm over the outgoing model, and featuring an extended wheelbase of 2,790 mm (a 61 mm gain), the electric variant enhances front headroom by 14 mm and front legroom by 11 mm, though rear legroom sees a slight reduction of 6 mm.
Regarding cargo capacity, the electric CLA Shooting Brake offers a 455-liter boot, which, while 50 liters more than the CLA sedan, is 30 liters less than the preceding Shooting Brake model. However, this is significantly augmented by an additional 101-liter front trunk (Frunk), providing versatile storage solutions. With all rear seats folded, the total storage expands to an impressive 1,290 liters. The vehicle also comes standard with roof rails, engineered to accommodate items like surfboards or bicycles with a load capacity of up to 75 kg (165 lbs), emphasizing its practical design for various lifestyles.
The interior of the new Shooting Brake mirrors the sophisticated design of the CLA Sedan, integrating the innovative Mercedes-Benz Operating System (MB.OS) with its fourth-generation infotainment platform. This includes a prominent 14-inch infotainment display and a 10.25-inch driver's screen. An optional 14-inch passenger screen is also available, which, if not chosen, is replaced by an elegantly designed trim piece featuring a star-pattern graphic. All three displays are powered by advanced chips and graphics from the Unity Game Engine, ensuring a fluid and immersive user experience.
Underpinning the new model is Mercedes-Benz's Modular Architecture, coupled with an 85 kWh battery, which delivers an impressive WLTP range of up to 473 miles (761 km). The vehicle will be available with both single and dual-motor configurations. The base CLA 250+ Shooting Brake boasts 268 hp (200 kW) and the aforementioned 473-mile range. Meanwhile, the dual-motor CLA 350 4MATIC Shooting Brake provides a combined output of 349 hp (260 kW) and a slightly reduced range of 454 miles (730 km).
Utilizing an 800V architecture, the electric estate can rapidly replenish its range, adding up to 193 miles (310 km) of WLTP driving range in just 10 minutes. Mercedes-Benz highlights that this rapid charging capability is sufficient for journeys such as Geneva to Milan or Berlin to Hamburg. Future plans include the release of additional EV variants in early 2026, followed by a 1.5-liter hybrid model. While pricing details are yet to be announced, the new CLA Shooting Brake is anticipated to have a slightly higher starting price than the current model, which begins at approximately €40,000 ($46,500) in Europe.
This innovative electric estate underscores Mercedes-Benz's dedication to an electric future, offering a compelling blend of practicality, performance, and advanced technology. It is poised to appeal to those seeking a versatile and environmentally conscious vehicle without compromising on luxury or driving dynamics. The brand's expansion of its electric lineup, including forthcoming SUV models, signals a robust commitment to sustainable mobility.