This car is about packaging and response. The Blackwing 4.2L V8 puts the twin turbos in the valley, flips the port layout, and keeps the engine narrow enough to fit a serious twin-turbo package in a luxury sedan. From there, liquid charge-air cooling keeps the path from compressor to intake valve short, which helps air density and throttle response while giving the system thermal mass to recover between hard runs. Add all-wheel drive, rear-wheel steering, selectable chassis modes, and big Brembos, and the result is a sedan that puts down power hard, stays composed, and feels much smaller than it is.
Gale Banks introduces a newly delivered Cadillac CT6-V and frames it as a rare, high-performance sedan with unusually advanced engineering. He had just driven it into the shop in the rain and immediately noted how much grip the car has in wet conditions. According to his first impression, the all-wheel-drive chassis and the responsiveness of the twin-turbocharged engine make the car feel exceptionally forceful and composed even on a slick surface.
He describes the CT6-V as an all-aluminum 4.2-liter V8 with double overhead camshafts, twin turbochargers, twin wastegates, and twin intercoolers, rated at 550 horsepower and 640 lb-ft of torque. The car also combines all-wheel drive with all-wheel steering, which he sees as a defining part of its character. Rather than treating it as just another luxury sedan, he presents it as a true muscle car with unusually sophisticated vehicle dynamics.
One of the first features Banks demonstrates is the rear-wheel steering system. At full steering lock to the right, the front wheels turn right while the rear wheels turn left, effectively shortening the car's apparent wheelbase at low speed. He emphasizes how dramatically this changes maneuverability and makes the car feel smaller and more agile than its actual size would suggest.
At higher speeds, the rear wheels either return to neutral or steer in the same direction as the fronts during aggressive cornering. In that condition, a right-hand steering input can produce rightward steering at both axles, improving stability and transient response. Banks notes that rear steering itself is not a new idea, but he considers the control strategy in this car to be on a different level. He also points out the selectable operating modes-Tour, Sport, Race, and Snow/Ice-which alter how the vehicle configures these dynamic systems.
Banks places the CT6-V in a broader historical context for Cadillac. He says only 725 examples were being built before the plant was converted to produce an electric version of the platform, making this effectively the end of the line for this particular gasoline-powered performance sedan. For him, that rarity gives the car collector significance, but he makes clear that he bought it to drive rather than preserve as a static showpiece.
He compares the purchase to buying his Ford GT in 2005, when he felt he was acquiring one of the most extreme vehicles Ford would ever build. In his view, the CT6-V represents a similarly important moment for Cadillac: a peak internal-combustion performance effort that the company is unlikely to repeat at this level. He expects to keep the car permanently because he does not believe Cadillac will build another sedan with this combination of engineering ambition, performance, and character.
Beyond acceleration and handling, Banks highlights the braking system as part of the car's serious performance intent. He notes that it uses large four-piston Brembo brakes at all four corners, fitted with genuinely high-performance pad linings. He presents the stopping capability as fully in line with the rest of the vehicle's dynamic package rather than as an afterthought.
When he opens the hood for the first time, his immediate reaction is to the density of the packaging. He describes the engine bay as "20 pounds in a five-pound sack," meaning that the amount of hardware fitted into the available space is remarkable. The narrow shock-tower spacing makes the compactness of the powertrain layout especially apparent, and he sees the underhood arrangement as one of the most impressive aspects of the car.
Banks explains that the CT6-V uses Cadillac's Blackwing 4.2-liter V8, a hand-built engine from Bowling Green, Kentucky. He notes that a Corvette application of this engine family was expected, although he says that version would use more conventional cylinder-head flow routing while remaining twin-turbocharged. At the time of his remarks, he says the Corvette variant's final power output had not yet been revealed.
The defining feature of the CT6-V engine layout is its hot-V architecture. Instead of placing the turbochargers outside the cylinder banks, Cadillac mounted them in the valley of the V. To make that possible, the exhaust ports are located where intake ports would normally be, while the intake ports are moved to the outside of the heads. Banks points out that this arrangement allows the engine to remain narrow while still accommodating twin turbochargers, which would have been difficult with a conventional external-turbo layout given the limited space between the shock towers.
Banks then traces the airflow through the engine. Air enters through the air cleaners, passes into the turbocharger compressors, and exits through the compressor discharges into liquid-coupled charge-air coolers. From there, the cooled compressed air travels a very short distance to the intake valves. He strongly favors this arrangement because it minimizes the path between the compressor outlet and the cylinders, helping preserve boost-air density by reducing the distance the charge must travel before entering the engine.
He sees this short-path strategy as one of the major advantages of liquid intercooling in a compact, high-output engine. By contrast, a longer air route with remote air-to-air intercoolers would add volume and distance, which can work against transient response and charge-density retention. In this Cadillac, the packaging of the hot-V turbos and the liquid-cooled charge-air system work together to keep the induction tract compact and efficient.
Banks spends particular time on the liquid-coupled charge-air cooling system because he considers it especially well suited to a car like this. He explains that the system benefits not only from the heat-exchanger element itself but also from the thermal mass of the water circulating through it. That water absorbs heat during hard acceleration, allowing the system to manage short bursts of very high thermal load without requiring a long external air path.
He describes how this works in real driving. Under full throttle, the car accelerates so quickly that the driver is not likely to remain at wide-open throttle for very long. During those brief high-load events, the water in the charge-air cooling system absorbs heat. Then, during lighter-throttle operation-whether on the street or between hard sections on a racetrack-the circulating water has time to shed that heat through a dedicated low-temperature radiator at the front of the car. Banks points out visible coolant lines leading to the pump system and notes that the car also has a separate conventional radiator for engine cooling.
In his explanation, this makes the system particularly effective for repeated bursts of performance. The water can absorb heat during a straightaway, cool back down while the driver is breathing the throttle or working through corners, and then be ready to absorb heat again on the next acceleration zone. Because the CT6-V includes a track-oriented mode, he is eager to test this behavior at Willow Springs, especially on Streets of Willow, where repeated transitions between corners and straights would exercise the system exactly as intended.
Banks credits the existence of the CT6-V and its engine to Johan de Nysschen, whom he thanks directly for pushing Cadillac toward a world-class performance sedan. He describes the car as de Nysschen's baby and says the goal was to give Cadillac its own serious twin-turbo, double-overhead-cam V8 rather than relying on something derivative or compromised.
He recalls meeting de Nysschen years earlier while serving as master of ceremonies at a Bosch event in Sacramento, when de Nysschen was still with a German manufacturer. In Banks's telling, that background mattered because de Nysschen understood what European luxury-performance brands were doing with twin-turbo DOHC V8 engines and wanted Cadillac to compete at that level. For Banks, the Blackwing 4.2-liter V8 is the realization of that vision and one of the main reasons the CT6-V stands apart in Cadillac history.
Banks briefly notes several design details that reinforce the car's premium-performance identity, including carbon-fiber trim in the cockpit and a carbon-fiber rear lip spoiler. He says he intentionally bought the car in black and plans to "murder" it out further, making the overall appearance completely black in the style of his earlier Mercury Marauder project. He has not yet decided what to do with the wheels and tires, and he emphasizes that the car still has fewer than 100 miles on it.
Even at this early stage, he is impressed by the cabin technology. After pairing his Apple phone to the car, he found the audio system exceptionally good, describing it as concert-hall quality. He also notes that switching from Tour mode to Sport mode opens the exhaust cutouts, producing a much more aggressive sound similar to what he has heard on a friend's Corvette.
Banks closes by comparing the CT6-V with the supercharged Mercury Marauder he has driven for the past 16 years. He describes the Marauder as a serious V8 performance car in its own right, powered by a 4.6-liter double-overhead-cam engine with an early Eaton supercharger. Even so, he makes no attempt to hide the performance gap he expects between the two cars.
Although the Marauder has served him well, he sees the Cadillac as operating on a different level. Despite having slightly less displacement at 4.2 liters, the Blackwing twin-turbo V8, advanced driveline, rear steering, and modern chassis systems make the CT6-V a far more capable machine. His farewell to the Marauder is affectionate, but the conclusion is clear: the Cadillac represents a major step forward in performance, technology, and overall execution.