A 600 HP Inline-Six Statement Against the Hybrid Tide
The 2027 Dodge Charger Super Bee is a limited-production, track-focused sedan powered by a 600 horsepower twin-turbo 3.0-liter inline-six that delivers 200 horsepower per liter, accelerates from 0–60 mph in 3.6 seconds, and uses advanced cooling, adaptive suspension, and data logging to appeal to gas-powered performance buyers who still prioritize raw engine power over electrified alternatives.
Dodge did not quietly ease this car into the lineup; it announced the 2027 Charger Super Bee Launch Edition during the model’s 60th anniversary celebration, making it the headline act of a heritage party built around a nameplate that dates back to 1966. That context matters. This car is not a bridge to electrification; it is a love letter to combustion in an era when most new performance sedans are adding batteries and complexity. For drivers who still measure excitement by boost pressure and lap times, the 2027 Dodge Charger Super Bee is meant to say: you have not been forgotten.
Inside the 600 Horsepower Inline-Six and 3.6-Second Sprint
The heart of the 2027 Dodge Charger Super Bee is the Hurricane-based SIXPACK twin-turbo performance engine, now pushed to an SAE-certified 600 horsepower and 531 lb-ft of torque from 3.0 liters. That makes it both the most powerful Super Bee ever and, at 200 horsepower per liter, the most power-dense muscle car on sale. This is not nostalgia; it is engineering aggression. Larger 56 mm Garrett turbos pump over 30 psi of boost, flowing 7.5 percent more air than the standard SIXPACK Charger Scat Pack setup and bringing peak torque in earlier at 3,000 rpm.
The payoff is brutal, repeatable speed. According to one source, “The 2027 Launch Edition hits 60 mph in 3.6 seconds — 20 percent quicker than the 2023 Super Bee’s 4.5-second run.” Quarter-mile time drops to 11.8 seconds. Crucially, Dodge did the less glamorous work to keep that power reliable: nearly 10 percent stronger half-shafts, a charge air cooler duct thermal wrap, reworked intake and intercoolers, and software that sharpens throttle response and launch control behavior. This is a factory six-cylinder that behaves like a tuned drag build yet carries OEM durability expectations.
Track-Focused Sedan Hardware: Brakes, Chassis, and Aero
Power alone no longer sells a performance sedan; it has to stop and turn. The 2027 Dodge Charger Super Bee answers with hardware that moves it from muscle car caricature to legitimate track tool. It is the first SIXPACK Charger to receive 16-inch vented Brembo rotors, clamped by six-piston front and four-piston rear calipers, with brake pads offering a 27 percent larger surface area for fade resistance and better pedal feel. Dodge claims this setup triples brake fade resistance compared with other SIXPACK Chargers and doubles what the previous SRT Charger managed.
Grip and composure match the braking upgrade. Forged 20x11-inch wheels carry 305/35ZR20 Goodyear Eagle F1 Supercar 3 tires at all four corners, wider than any previous SIXPACK Charger, while the Continuous Damping Control adaptive suspension adjusts every 10 milliseconds. Front tension-link bushing stiffness rises 25 percent, handling-link stiffness 50 percent, with front springs up 12 percent, rear springs 6 percent, and a rear stabilizer bar that is 20 percent stiffer. Aerodynamically, the Super Bee’s unique front fascia increases downforce by over 100 pounds at 150 mph and feeds auxiliary radiators and brake-cooling ducts, pairing style with clear purpose.
Driver-Facing Tech: RWD Button, Modes, and Cosworth Data Logging
On paper, the Super Bee reads like an engineer’s vanity project; in practice, its tech is pointed directly at track-day drivers. A dedicated RWD button on the steering wheel lets owners switch from all-wheel drive to rear-wheel drive on the fly, a rare nod to driver preference in a world of locked-in drive modes. Track Mode and Drag Mode appear on a SIXPACK Charger for the first time, tailoring damping, power delivery, and stability systems for either lateral grip or straight-line launches. Torque Reserve, carried over from the previous Charger, builds boost while the car is staged by holding ignition timing, then dumps it all when the brake is released. This is thoughtful software, not a gimmick.
The headline tech for data-obsessed drivers is the Drive Experience Recorder by Cosworth. It adds a forward-facing 1080p camera recording at 60 frames per second, synchronized with vehicle telemetry. One source notes that this built-in recorder lets you relive the “sights and sounds” of your Super Bee sessions. For amateur racers and track-day regulars, this means the car arrives with a lap-time optimization toolkit already baked in—no action cameras, no aftermarket loggers, no excuses. Dodge is not only selling speed; it is selling the means to understand and improve it.
Where the Super Bee Fits Next in the Charger Story
Dodge revived the Super Bee name for a reason. The Charger name has existed for six decades, and this new model is described as the most powerful gas-powered Sixpack variant yet. It lands at a moment when the brand is transitioning away from Hemi V-8s, with all contemporary Chargers powered by the Hurricane twin-turbo inline-six. To help make the six-cylinder Charger more desirable, Dodge chose to introduce its most powerful model with this badge, signaling that six cylinders are not a consolation prize but the new center of gravity for the lineup. For buyers who refuse to see fewer cylinders as a downgrade, that is a meaningful statement.
Practically, there are caveats. Production of the 2027 Dodge Charger Super Bee Launch Edition will be limited, built alongside other Chargers, and pricing plus order details are still pending later in 2026. It is also unclear exactly when sales will start. In other words, this car is a halo—more signal than volume. But that signal is loud: the most powerful six-cylinder Charger yet is gas-only, twin-turbo, data-logged, and track-focused. For performance buyers wary of hybrids and EVs, the Super Bee is Dodge’s clearest argument that traditional internal combustion still has unfinished business.
