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Volvo's electric XC90 SUV to include lidar as standard equipment next year

DETROIT — Volvo Cars plans to make lidar sensors standard equipment in a new generation of its XC90 SUV next year as part of a strategy to deploy more advanced safety and automated driving technology that relies on precise images of the world around the vehicle. The decision by Volvo Cars to fold lidar sensors into the base price of its vehicle is a bet that customers will pay for the additional capability. It has been called a "watershed moment" by some in the industry. The Swedish brand, owned by China's Geely group, is taking a sharply different road from rival Tesla Inc, which has shunned lidar and radar and is focusing on just cameras and software for its automated driving systems. Self-driving car sensor startup Luminar Technologies Inc will supply Volvo Cars with its Iris lidar and Sentinel software in combination with software from Volvo in the electric XC90 SUV that will be built in South Carolina and go on sale in 2022, the companies said. The new technologies are designed to address traffic situations that often result in severe injuries and fatalities. Over time, the technology will become more capable and will increasingly intervene to prevent collisions, the companies said. "By having this hardware as standard, we can continuously improve safety features over the air and introduce advanced autonomous drive systems," Volvo Cars Chief Executive Hakan Samuelsson said in a statement. Lidar sensors, which use laser light pulses to render precise images of the environment around the car, are seen as essential by many automakers to enable obstacle detection and avoidance in advanced driving assistance systems and eventually in fully automated vehicles. Complete sensor set on on electric successor to XC90 Until now, lidar has been too costly for automakers to implement as anything other than an option that costs extra. Luminar CEO Austin Russell said the pricing for its lidar is on the order of $1,000 per unit. Volvo Cars' chief technology officer, Henrik Green, said cost is not the focus for the Swedish auto brand. While the price of the technology will come down over time as volumes grow, the rollout will accelerate use of automated services that the company can charge for. Green said subsequent vehicles will add the lidar package as standard, and that this continues Volvo Cars' history of being first to standardize many safety features, including three-point seat belts and side-impact airbags.

How does a massive Volvo truck compare to a Koenigsegg on a track?

Volvo Trucks thinks that its latest FH semi truck has a little sports car DNA mixed in with the ability to haul heavy loads thanks to its novel dual-clutch gearbox. And the company's marketing department certainly has an intriguing strategy to get the word out about the big rig's sporty traits. First, it staged a prank on an unsuspecting valet on the Italian Riviera, and now the FH has lined up a track battle around the Knutstorp racetrack against Sweden's ultimate supercar - a Koenigsegg One:1.
Fifth Gear host Tiff Needell takes the reins of the big Volvo and spends a little bit of time talking up its I-Shift Dual Clutch gearbox. However, the real fun is seeing the FH taking on the One:1. Of course, a head-to-head battle would hardly be fair against these extremely mismatched opponents. Instead, the challenge is for the 1,360-horsepower Koenigsegg to lap the track twice in the same time or less than the semi can do it once.
You just have to watch the video to see how if the big rig rises to the challenge. Also, scroll down to read Volvo Truck's press release touting the new gearbox, and check out the company's YouTube channel for more views of the race and a behind-the-scenes look.

Volvo will issue world's first EV battery passport ahead of EU rules for 2027

LONDON — Volvo Cars is launching the world's first EV battery passport recording the origins of raw materials, components, recycled content and carbon footprint for its flagship EX90 SUV, which is about to start production, the Swedish automaker told Reuters. The passport was developed by Volvo, which is owned by China's Geely, in partnership with UK startup Circulor, which uses blockchain technology to map supply chains for companies, and took over five years to develop. Battery passports will be mandatory for electric vehicles (EVs) sold in the European Union from February 2027 showing the composition of batteries, including the origin of key materials, their carbon footprint and recycled content. Volvo's head of global sustainability Vanessa Butani told Reuters that introducing the passport nearly three years before regulations kick in was aimed at being transparent with car buyers as the automaker targets producing only fully-electric cars by 2030. "It's really important for us to be a pioneer and a leader," Butani said. The EX90 SUV with a battery passport is due to start production soon at Volvo's plant in Charleston, South Carolina, and will be delivered to customers in Europe and North America from the second half of the year. Volvo owners can access a simplified version of the passport using a QR code on the inside of the driver's door. Butani said the passport would be gradually rolled out to all of Volvo's EVs. A more complete version of the passport will be passed to regulators. It will also include up-to-date information on the EV battery's state of health - vital for assessing used EV values - for 15 years and will Volvo cost around $10 per car, Circulor CEO Douglas Johnson-Poensgen told Reuters. Circulor's system traces battery materials from the mine to individual cars, piggybacking on suppliers' production systems to track materials throughout the supply chain and checking suppliers' monthly energy bills - and how much of their energy comes from renewable sources in order to calculate a total carbon footprint. If Volvo brings on board a supplier, Circulor will need to audit it to keep information current, Johnson-Poensgen said. The passport has also required changes in how Volvo traces parts through its manufacturing process to understand the origins of every part in every vehicle. "Car manufacturing has never been about which rock went into which component and which got connected to which car," Johnson-Poensgen said.