Electric Cars

Owners of the Fisker Ocean electric SUV, a vehicle plagued by its manufacturer's recent bankruptcy, might finally receive a highly anticipated feature: hands-free driving. Fisker had equipped every Ocean EV with the necessary hardware for this capability but ceased operations in 2024 without ever releasing the enabling software.

In a promising turn of events, Comma AI, an American firm specializing in hardware and software for assisted driving systems, is actively testing its open-source solution on the Fisker Ocean. A video shared by Majd Srour, a prominent figure in the Fisker Ocean community and a reverse engineering expert, demonstrates a discontinued Ocean EV navigating city streets without driver intervention for steering. This development suggests that Fisker Ocean vehicles could soon gain advanced driving functionalities, albeit through an aftermarket solution rather than official manufacturer support. While still in its developmental stages, providing only steering assistance at present, the system operates using a custom software branch yet to be publicly released.

It's important to note that Comma AI's system does not integrate with the vehicle's native advanced driver-assistance systems (ADAS) sensors. Instead, it relies on a proprietary setup comprising a multi-camera unit, a powerful Qualcomm Snapdragon 845 MAX processor, a 3D accelerometer, a 3D gyroscope, high-precision GPS, and a microphone. This specialized hardware, which mounts on the windshield, interfaces directly with the car's CAN network to manage steering, acceleration, and braking, drawing parallels to Tesla's vision-based autonomous driving strategy. Comma AI asserts that its technology can introduce features like automated lane centering, adaptive cruise control, lane change assistance, and driver monitoring to over 300 vehicle models that lack these from the factory. While the software is freely available, the hardware unit retails for $999. This means that Fisker Ocean owners, who have previously faced out-of-pocket expenses for various repairs, will once again need to invest further to access a feature that was originally advertised as standard. Fisker manufactured approximately 11,200 Ocean EVs at Magna's Austrian facility before its collapse, with a significant portion reaching consumers and about 3,200 being utilized as rideshare vehicles in New York through American Lease.

The journey of innovation often takes unexpected paths, demonstrating that even after a company's departure, dedicated communities and inventive enterprises can breathe new life into unfulfilled promises. The pursuit of advanced automotive technology, even in the face of setbacks, highlights human ingenuity and the persistent desire to enhance user experience, ultimately driving progress forward.

Embracing the Future: Tesla's Bold Leap into Robotics

The End of an Era: Decommissioning the Iconic EV Assembly Line

After 14 years of groundbreaking innovation, the assembly lines responsible for the Tesla Model S and Model X have been retired. These lines, housed in the Fremont, California facility that previously belonged to General Motors and Toyota, were instrumental in the mass production of the world's first truly modern electric cars, beginning with the Model S in 2012 and later joined by the Model X SUV in 2015. The dismantling process, showcased in a concise video released by Tesla, was completed with remarkable speed, taking only 46 days.

A Rapid Transition: From Electric Cars to Humanoid Robots

The swift decommissioning underscores Tesla's commitment to its new direction. The space once dedicated to assembling the company's flagship electric vehicles is now being repurposed for the manufacturing of humanoid robots. This strategic pivot reflects the changing landscape of Tesla's product portfolio and its long-term vision for technological leadership beyond automobiles.

The Legacy of the Model S and Model X: Paving the Way for Electric Mobility

While the Model S and Model X may no longer be in production, their impact on the automotive industry is undeniable. They revolutionized electric car ownership, setting new standards for performance, range, and technology, and significantly contributed to the mainstream adoption of electric vehicles. The Model X, built on the same platform, further pushed design boundaries with its distinctive 'Falcon' wing doors.

Shifting Priorities: Why Tesla Moved On from Its Founding EVs

Despite their historical importance, the Model S and Model X eventually saw a decline in sales. Their higher price points, especially when compared to the more affordable and popular Model 3 and Model Y, led to reduced market demand. This shift in consumer preference ultimately prompted Tesla to re-evaluate its production allocation, paving the way for the robotics initiative.

Introducing Optimus: Tesla's Ambitious Robotics Vision

Elon Musk, Tesla's CEO, has outlined an ambitious goal for the new robot plant: an annual production of one million Optimus humanoid robots. While a definitive timeline for achieving this target remains unconfirmed, Tesla has been actively developing the Optimus project. The company has already established a pilot production line at the Fremont factory and has significantly increased its hiring efforts for robotics engineers and specialists. Musk has previously stated that Optimus has the potential to become Tesla's most significant product to date, hinting at a future where robotics plays a central role in the company's growth and innovatio