2026 Dodge Charger Sixpack vs. 2019 Dodge Challenger R/T Scat Pack: A Performance Analysis
The Dawn of a New Muscle Era
The automotive landscape has fundamentally shifted, marking the end of an era that defined high-octane performance for generations. The Hemi V-8, once the heartbeat of American muscle, has been relegated to the archives, while the iconic silhouette of the Dodge Challenger has been reimagined. In its place stands the 2026 Dodge Charger, a radical departure from its predecessors that challenges everything we thought we knew about the muscle car segment.
As industry veterans, we have witnessed the evolution of performance engineering firsthand. However, the transition from natural aspiration to turbocharging, from V-8 to inline-six, represents more than just an update—it’s a paradigm shift. To understand the full scope of this transformation, we must compare the new Charger Sixpack with its spiritual predecessor, the 2019 Dodge Challenger R/T Scat Pack.
The Evolution of the Hemi and the Birth of the Hurricane
The muscle car world has been abuzz with the demise of the Dodge Hemi, the engine that defined the 21st-century muscle car. Known for its raw, unfiltered power and distinctive sound, the 392 Hemi (6.4L) was the benchmark for performance enthusiasts. Its displacement and naturally aspirated character were synonymous with American muscle.
In 2019, the Dodge Challenger R/T Scat Pack represented the pinnacle of this traditional philosophy. Equipped with the 392 Hemi, it delivered a potent combination of 485 horsepower and 475 lb-ft of torque. Its V-8 configuration offered a linear, torque-heavy powerband that inspired confidence and visceral excitement.
However, the automotive industry has been forced to adapt to stringent emissions regulations and evolving consumer preferences. Dodge responded with the Hurricane engine, a 3.0-liter twin-turbocharged inline-six that debuted in 2025. The 2026 Charger Sixpack is powered by a high-output variant of this engine, producing a staggering 550 horsepower and 500 lb-ft of torque.
This shift from cubic inches to forced induction represents a fundamental change in performance engineering. Turbochargers provide enhanced efficiency and responsiveness, but they also introduce different challenges in terms of weight distribution, packaging, and heat management. To fully appreciate the implications of this transformation, we must examine how these differences manifest in real-world performance testing.
The Numbers Tell the Story: A Performance Deep Dive
To quantify the differences between the new Charger and its predecessor, we turn to the testing data that has defined automotive journalism for decades. At Car and Driver’s Testing Hub, we push vehicles to their limits to provide objective, data-driven insights that support our subjective impressions. Our tests were conducted at the iconic proving grounds where countless legendary vehicles have been pushed to their breaking points.
Acceleration: The Torque Advantage
In the world of muscle cars, straight-line speed is often the primary measure of performance. The 2026 Dodge Charger Sixpack, with its 550-horsepower Hurricane engine, delivers a significant advantage in this regard.
The Charger Sixpack achieves 60 mph in an astonishing 3.7 seconds, outperforming the 2019 Challenger R/T Scat Pack, which clocked in at 4.0 seconds. This two-tenth gap highlights the advantage of the twin-turbo setup, which provides instant torque delivery off the line.
The quarter-mile performance further supports this finding. The Charger covered the distance in 12.1 seconds at 116 mph, while the Challenger managed 12.4 seconds at 114 mph. This suggests that while the Challenger’s Hemi has a broad torque band, the Charger’s turbochargers spool up quickly, providing a surge of power that propels it forward with remarkable speed.
However, the Charger’s advantage is not without nuance. In the 5-to-60 mph acceleration test, the Challenger proved to be more responsive, achieving the benchmark in 4.2 seconds compared to the Charger’s 4.8 seconds. This discrepancy is likely due to the larger displacement and linear power delivery of the Hemi V-8, which allows for more precise throttle control and a feeling of immediacy.
Braking and Handling: The Weight Penalty
While the Charger Sixpack excels in straight-line performance, it lags behind the Challenger in terms of braking and handling. This discrepancy can be attributed to two primary factors: weight and tire technology.
The Charger Sixpack we tested weighed in at 4,889 pounds, significantly heavier than the Challenger R/T Scat Pack’s 4,352 pounds. This 537-pound weight difference has a substantial impact on braking performance.
The Challenger recorded a 60–0 mph braking distance of 148 feet, whereas the Charger took 177 feet to stop from the same speed. This 29-foot difference is a clear indicator that the Charger’s increased weight negatively affects its ability to shed speed efficiently.
Compounding this issue is the Charger’s tire selection. Currently, the gas-fed Charger cannot be optioned with summer performance tires, which are standard on the Challenger. Instead, it comes equipped with all-season tires, which offer reduced grip and lower ultimate performance limits.
On the skidpad, the Charger managed just 0.90 g, while the Challenger recorded an impressive 0.96 g. This difference of 0.06 g might seem small on paper, but in performance terms, it represents a significant gap in lateral grip and cornering capability.
The Engineering Behind the Numbers
To understand why these discrepancies exist, we must delve into the engineering philosophy behind each vehicle. The Dodge Challenger R/T Scat Pack was designed as a raw, mechanical muscle car that prioritized driver engagement and analog feel. The 392 Hemi V-8, with its large displacement and high redline, provided a visceral experience that was often compared to naturally aspirated racing engines.
The new Dodge Charger, on the other hand, represents a more modern, technology-driven approach to performance. The Hurricane engine, while powerful, relies on forced induction to achieve its output. The twin-turbo setup provides efficient power delivery across a wide range of RPMs, but it also adds weight due to the turbos, intercoolers, and exhaust plumbing.
The Charger’s chassis is designed to handle the increased power of the Hurricane engine, but it must also contend with the extra weight of the new body structure and components. The suspension system has been redesigned to provide a more refined ride and improved handling, but it cannot fully compensate for the 537-pound weight penalty.
The Tire Technology Disadvantage
One of the most puzzling aspects of the Charger Sixpack’s performance is its tire selection. In an era where performance tires are readily available, the fact that the Charger is currently restricted to all-season tires is a significant setback.
A spokesperson for Dodge confirmed that summer tires will be available on the gas-fed Charger later this year, but for the time being, the Charger remains at a disadvantage. This highlights the challenge of balancing performance with comfort and practicality in a modern muscle car.
The Challenger, in contrast, was equipped with summer tires, which provided the grip necessary to maximize its performance potential. This difference in tire technology explains much of the gap in braking and handling between the two vehicles.
The Future of American Muscle
The transition from the Hemi V-8 to the Hurricane engine marks a turning point in the evolution of American muscle. While the Hemi represented a traditional approach to performance, the Hurricane engine represents a modern, technological approach that prioritizes efficiency and performance.
The Dodge Charger Sixpack is a testament to Dodge’s commitment to innovation. The new inline-six engine provides a new level of performance and efficiency, but it also introduces new challenges in terms of weight distribution and handling.
As Dodge continues to evolve its lineup, we can expect further advancements in engine technology and chassis design. The company has set a high bar for performance with the Charger Sixpack, but there is still room for improvement.
Should You Buy, Wait, or Rent?
When considering a new performance vehicle, the decision often comes down to balancing performance, cost, and value. For enthusiasts torn between the 2026 Dodge Charger Sixpack and the 2019 Dodge Challenger R/T Scat Pack, the choice depends on individual priorities and preferences.
The Case for the Challenger
For purists who value a traditional muscle car experience, the 2019 Challenger R/T Scat Pack remains a compelling option. With its 392 Hemi V-8 and summer tires, it offers a visceral, analog driving experience that is hard to replicate. The 485 horsepower and 475 lb-ft of torque provide ample power for spirited driving, while the 4,352-pound weight and 148-foot braking distance make it a formidable performer on the track.
However, the Challenger is no longer in production, and finding a low-mileage example can be difficult. The used car market is highly volatile, and pricing for used muscle cars has increased significantly in recent years. For buyers seeking a performance bargain, the used Challenger may not offer the best value proposition.
The Case for the Charger
The 2026 Dodge Charger Sixpack represents the future of performance. With its 550 horsepower and 500 lb-ft of torque, it delivers a new level of speed and
