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Lexus RC F glows with your heartbeat

It's not uncommon to see all manner of sensors being installed inside new cars these days, monitoring everything from ambient noise to our levels of alertness. The question is what the automakers will do with the information gathered by those sensors, and we've seen some fairly novel innovations. This latest solution from Lexus may not be the most useful, but it's definitely one of the most interesting we've seen to date. The Japanese luxury automaker's Australian division cooked up this special RC F show car with a heart-rate monitor and a special electroluminescent paint job. The sensors detect how fast the driver's heart is beating, and displays it accordingly down the side of the car's flanks. In daylight it looks like it's painted plain old ordinary silver, and otherwise it's the same luxury muscle coupe we know, with a 5.0-liter V8 churning out 467 horsepower in resolute defiance of the downsizing/turbocharging trend that's sweeping the industry. The project was cooked up by creative agency M&C Saatchi and uses glow-in-the-dark paint from American specialist Lumilor. The vehicle is set to be unveiled over the weekend, but you can scope it out now in the images below and the preview video above. Is it pointless? Almost entirely. Does that make it any less cool? Of course not. 22 July 2015 LEXUS GETS PULSES RACING WITH WORLD'S FIRST HEARTBEAT CAR Lexus Australia has developed the world's first vehicle to display a heartbeat on its exterior in a demonstration of advanced technology and the connection between man and machine. The Japanese luxury marque collaborated with creative agency M&C Saatchi to produce a one-off RC F V8 coupe that integrates a series of technologies to display a person's heartbeat in the vehicle's bodywork. The first stage of the system works by transmitting the heartbeat of a connected person from a heart rate monitor to a bespoke electrical system in the RC F. The on-board system captures and processes the data before sending an electric charge through the RC F's body panels that are painted in electroluminescent paint developed by US-based specialist Lumilor. This innovative paint finish glows when the electrical charge runs through it and displays the person's heartbeat via a real-time animation sequence. Lexus Australia chief executive Sean Hanley said the heartbeat car comes in the wake of other innovative brand activities in 2015 and an ongoing commitment to the development of high performance Lexus F vehicles.

Translogic 165: 2015 Lexus RC F Biometrics Test

A traditional vehicle review goes like this: Reviewer drives car, reviewer gathers thoughts, reviewer relays vehicle impressions to audience. But what if instead of explaining what it's like to drive a given car, the reviewer could simply show the audience their response to the vehicle? With advancements in wearable biometrics technology, it's now possible to replace car review adjectives with cold, hard data. Translogic host Jonathon Buckley heads to Palm Beach Raceway in Florida to gauge his physiological reaction to driving the all-new Lexus RC F, with a little help from biometrics experts at Emotiv and Hexoskin. From his brain, to his body, Jonathon's vitals are measured as he takes to the track in Lexus's latest sports coupe. Follow Translogic on Twitter and Facebook. Click here to subscribe to Translogic in iTunes. Click here to learn more about our host, Jonathon Buckley. Lexus Technology Gadgets Coupe Performance Translogic

J.D. Power: Vehicle dependability at all-time high, Lexus and Porsche lead

Each year, J.D. Power and Associates surveys original owners of three-year-old vehicles to find out what kinds of problems they have had experienced over the last 12 months, and then it uses this data to create its annual Vehicle Dependability Study. This means that the models in the 2013 study are 2010 model year vehicles, and J.D. Power rates each make as well as the top individual models based on how many problems were experienced per 100 vehicles (PP100).
Debunking the idea that carryover models are more dependable than new or updated models, the 2013 study found that the average carryover model experienced 133 PP100, while all-new or redesigned vehicles for the 2010 model year had 116 PP100; vehicles that received minor changes fared the best with just 111 PP100. The overall average for all makes was 126 PP100, which is the lowest figure since the findings were first issued in 1989.