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1980 Aston Martin Bulldog concept will reattempt to break the 200-mph barrier

Aston Martin's 1980 Bulldog concept will receive a second chance to break the 200-mph barrier after it emerges from a complete, 18-month restoration. It was developed with all-out speed in mind — the British company had hoped the coupe would become the fastest car in the world, but it missed its target before getting shelved. Had things gone as planned, car-crazed kids in the 1980s would have grown up with a picture of the Bulldog on their bedroom wall. Aston Martin wanted to hoist itself up the exotic car pecking order by building the fastest car in the world, though it didn't envision more than a limited production run of 15 to 25 cars. Penned by William Towns, who also drew the Lagonda, the Bulldog looked like nothing else on the road (let alone in the Aston Range) due in part to its five center-mounted lights, and it broke with tradition by adopting a mid-mounted engine. Engineers floated a top speed of 237 mph, according to The Drive, but the Bulldog ran out of breath at 191 mph. Victor Gauntlett axed the project shortly after taking the top job at Aston Martin in 1981 because the numbers didn't add up; the firm wasn't in a position to chase speed records. Now, 40 years later, it's almost time to try again. Classic Motor Cars began the lengthy process of restoring the Bulldog on behalf of a private owner in 2020, and it enlisted the help of Aston Martin factory driver Darren Turner to see if it can break the 200-mph barrier once it's back in one piece. Richard Gauntlett, the son of the company's former boss, is overseeing the project. We don't know precisely when or where the speed run will take place, but Classic Motor Cars aims to have the Bulldog running by the end of 2021. In a statement, it said that the car is "well on the way to being restored." Restoring any exotic car from the early 1980s is a meticulous, expensive, and time-consuming process, and bringing a one-off concept car back to life increases the number of challenges exponentially. Classic Motor Cars can't order parts from Aston Martin, for example, and it's not able to study another example to find out how a specific panel is welded. It helps that the Bulldog hasn't been significantly modified over the past four decades, though some parts (like the door mirrors) were added later, and that it was complete when it arrived at the shop. Power for the Bulldog comes from a 5.3-liter V8 that's twin-turbocharged to 600 horsepower, figures that are still respectable in 2021.

The Aston Martin Vulcan AMR Pro is a Le Mans-derived supercar

The Aston Martin Vulcan is a car filled with superlatives. It's one of the fastest and rarest cars in the world, with just 24 of the 820-horsepower track-only supercar in existence. The car packs a 7.0-liter naturally aspirated V12, a 6-speed sequential transmission, and some of the most visually striking bodywork of any modern performance car. Aston Martin is now offering an AMR Pro performance pack with tech derived from the automaker's Le Mans-winning racecars. The main difference between the original car and the Vulcan AMR Pro model is aero. The car gets a whole host of upgrades that help channel air over, under, and around the car better than before. The car's other big change is a shorter gear ratio. The goal was to make the Vulcan AMR Pro more planted and more responsive in an effort to reduce lap times. The front wheel arches get louvred carbon-fiber panels to extract air and reduce lift. Dive planes have been added to the nose, complimented by a large splitter. Both will help front-end lift and improve steering response. More efficient use of carbon fiber means the engine cover weighs about 11 pounds less than before. Out back, the Vulcan AMR Pro gets a new dual-plane rear wing. It's far bigger and more elaborate than the standard car's wing, featuring a 20mm Gurney flap. The slotted endplates feature 15mm Gurney flaps. It simply looks the business. Aston Martin says all of the additional aero bits increase downforce from 2,323 lb-ft to 2,950 lb-ft. That's a huge increase on any car, much less one that was already packed with aerodynamic tricks. By comparison, the Aston Martin Racing Vantage GTE that was the class winner at Le Mans only has 2,290 lb-ft of downforce. The Aston Martin Vulcan was a car designed without limits, restraints, or regulations. It's a track-only car, but it's not built for any racing series. It's simply meant to go around a track very, very fast. With the AMR Pro pack, those 24 owners should be happier than ever. Related Video:

Watch Prodrive build an Aston Martin race car in 60 seconds

It's always fascinating to watch a racecar's production whether the construction is out of Lego blocks or a cutting-edge mix of aluminum and carbon fiber. This time-lapse clip offers a glimpse of the latter as Prodrive creates an Aston Martin V8 Vantage GTE in just 60 seconds. The process took nearly three weeks in real time. Starting from just a bare shell, you first notice bits of wiring, suspension, and brakes appear on the chassis. Then the engine eventually arrives, but there's still a lot of work to do. The builders keep adding body panels and do lots of other wrenching. The process reminds us of building a plastic model kit but with much more expensive consequences if parts go missing. The #98 Vantage GTE will compete in the GTE Am class this season in the FIA World Endurance Championship. Drivers Paul Dalla Lana, Pedro Lamy, and Mathias Lauda are the lucky folks who get to pilot this beauty.