05 Mini Cooper S 6 Speed Manual Two-tone Leather And Very Low Miles on 2040-cars

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David Brown's latest Remastered project shows the Mini's classy side

England-based David Brown Automotive builds some of the most mesmerizing classic Mini models we've ever seen. Its latest creation is no exception: Commissioned by a client in Japan, it leaves behind the Mini's econobox roots and proudly highlights the car's upscale side. In a way, David Brown is to the Mini what Singer is to the Porsche 911. It keeps the original car's basic design and proportions but modifies nearly everything else. For this posh, England-inspired build, it applied a coat of paint called Fade to Black and installed 13-inch wire wheels, which were never available from the factory. There's also a hand-painted Union Jack flag on the roof. Look closely and you'll spot several other subtle changes, like LED exterior lighting, bullet-shaped door mirrors, fender flares, and smooth fenders (the originals have a seam). The resto-mod treatment continues inside with red leather upholstery, black inserts in the seats, a wood-rimmed Mona-Lita steering wheel, Smiths gauges, and a push-button ignition. David Brown also replaced the air vents and most of the switchgear, and added a modern sound system. The finishing touch is a pair of leather straps designed to carry an umbrella and attached to the passenger-side door panel. While the company has dabbled in performance, it doesn't sound like the customer who commissioned this Remastered asked for rally-ready speed. The standard engine that David Brown Automotive puts in its cars is a 1,275-cc four-cylinder that develops 71 horsepower and 88 lb-ft of torque in its standard state of tune. It's fuel-injected, and in this application it spins the front wheels via an automatic transmission. David Brown Automotive hasn't revealed how much this specific build cost. However, it previously noted that each Remastered takes about 1,000 hours of labor to complete, so it's reasonable to assume that it's priced accordingly — and likely far above anything Mini makes. Related video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Driving the Toyota Tacoma, BMW 430i and Chevy Corvette Convertible | Autoblog Podcast #671

In this week's Autoblog Podcast, Editor-in-Chief Greg Migliore is joined by West Coast Editor James Riswick and Road Test Editor Zac Palmer. First, they talk about driving the Toyota Tacoma TRD Off-Road (equipped with a TRD Lift Kit), Mini Cooper S Hardtop 2-Dor, BMW 430i xDrive, Chevy Corvette Convertible and Chevy Suburban with the Duramax diesel engine. They discuss the news, including Toyota's desire to differentiate the 86 from the BRZ, the new Jeep Magneto concept and Greg's opinion piece on why Stellantis needs Chrysler. Last, but not least, they dig into the mailbag to help a listener figure out how to replace their Honda S2000 and Honda Fit. Autoblog Podcast #671 Get The Podcast iTunes – Subscribe to the Autoblog Podcast in iTunes RSS – Add the Autoblog Podcast feed to your RSS aggregator MP3 – Download the MP3 directly Rundown Cars We're Driving 2021 Toyota Tacoma TRD Off-Road 2021 Mini Cooper S Hardtop 2 Door 2021 BMW 430i xDrive 2021 Chevy Corvette Convertible 2021 Chevy Suburban Duramax diesel News Toyota 86 reportedly delayed to differentiate it from Subaru BRZ Jeep Magneto: Electrifying the Easter Jeep Safari with a Wrangler EV Why Stellantis needs Chrysler Spend My Money Feedback Email – Podcast@Autoblog.com Review the show on iTunes Autoblog is now live on your smart speakers and voice assistants with the audio Autoblog Daily Digest. Say “Hey Google, play the news from Autoblog” or "Alexa, open Autoblog" to get your favorite car website in audio form every day. A narrator will take you through the biggest stories or break down one of our comprehensive test drives. Related Video: Podcasts BMW Chevrolet Chrysler GM MINI Toyota Truck Coupe SUV Diesel Vehicles Luxury Off-Road Vehicles Performance

Mini recalls nearly 100,000 cars for potential electrical fire risk

Mini is recalling more than 97,000 cars to address a potential fire risk. The recall covers the 2008-2014 Mini Clubman (including Cooper, Cooper S and John Cooper Works models) and the 2007-2013 Mini Hardtop 2 Door (again encompassing Cooper, Cooper S, John Cooper Works variants). In both models, a control module beneath the driver-side A-pillar is susceptible to water intrusion under certain circumstances. If the electronics inside are exposed to water, a short circuit may occur, which Mini says could lead to a "thermal event" — engineer speak for "fire." While Mini says there are multiple circumstances under which the module can become compromised, the recall is currently limited to models sold in climates where the use of road salt is prevalent. In this environment, road salt entering the cabin via normal means (read: your boots) can accelerate corrosion if water is getting into the cabin. How might that happen? Mini says a common culprit is its own sunroof drain. Here's the full explanation, lifted directly from Mini's defect report: This safety recall involves the Footwell Control Module (FRM), an Electronic Control Unit (ECU) which controls various lighting and power window functions, and is installed near the bottom of the driverÂ’s side A-pillar behind an interior trim panel. Due to several contributing factors (environmental, certain US StatesÂ’ wintertime road treatment, vehicle design configuration and age), over time, the FRM could become susceptible to corrosion. For vehicles equipped with a sunroof, after a multi-year period involving large temperature changes, multiple freeze/thaw cycles can cause the vehicleÂ’s sunroof drain hose to become damaged, loosen and eventually detach from the drain pipe within the A-pillar, which could allow water to enter the vehicle interior. In certain US states, large amounts of road salt may be utilized during their wintertime road treatment activities. If water were to enter the interior, then in combination with road salt that may be present in the footwell, this could create an electrolyte solution. If this solution were to contact the FRM then, over time, this could lead to corrosion, possibly resulting in a short circuit. In rare cases, this could lead to a thermal event.