2026 Ram 1500 Ramcharger near Elizabethton, TN

2026 Ram 1500 Ramcharger near Elizabethton, TN

The 2026 Ram 1500 Ramcharger is engineered as an extended-range electric pickup designed to combine high-output electric propulsion with long-distance operational capability. It is configured as a crew cab 4x4 built on a ladder-type steel frame and steel body construction, supporting both electrified systems and traditional truck demands. The drivetrain is structured around a dual electric motor setup with an onboard gasoline-powered generator, separating propulsion from energy generation. This configuration allows the vehicle to operate primarily as an electric truck while retaining the ability to replenish battery energy without reliance on external charging. The result is a platform focused on performance consistency, range stability, and structural durability.

Dual Electric Motor Propulsion and System Output

Propulsion in the 2026 Ram 1500 Ramcharger is delivered through two AC permanent magnet electric motors positioned at the front and rear axles. The front motor is rated at 250 kW of peak output with 420 Nm of torque, while the rear motor provides up to 248 kW and the same torque rating. Together, these motors generate a combined system output of 647 horsepower and 610 lb.-ft. of torque. Power is distributed through a full-time 4x4 configuration that supports traction management and controlled acceleration. This setup enables a targeted 0 to 60 mph acceleration time of 4.5 seconds while maintaining stability under load.

Extended-Range Generator Engine Design

Energy generation is supported by a 3.6-liter Pentastar® V6 gasoline engine operating exclusively as a generator. This engine does not mechanically drive the wheels and instead supplies electricity to the high-voltage battery system when required. The engine features a 60-degree aluminum construction with dual overhead camshafts, 24 valves, and variable valve timing. Output is rated at 271 horsepower and 226 lb.-ft. of torque, with a maximum engine speed limited to 5,800 rpm. The generator engine operates on regular unleaded 87-octane fuel and is paired with a 27-gallon fuel tank, supporting sustained driving range during extended operation.

High-Voltage Battery Configuration and Energy Capacity

The 2026 Ram 1500 Ramcharger uses a 400-volt lithium-ion battery pack with a total capacity of 91.8 kWh and a usable energy rating of 69.7 kWh. Battery chemistry consists of a nickel manganese cobalt cathode paired with a graphite and silicon monoxide anode. The battery is liquid-cooled to maintain temperature stability under high load and extended use. Usable state-of-charge parameters range from approximately 16.75 percent to 97 percent. The system supports an estimated electric-only driving range of 145 miles and a total combined range of approximately 690 miles when the generator engine is utilized.

Charging Capability and Energy Recovery Systems

Charging options for the 2026 Ram 1500 Ramcharger support multiple power sources. Level 1 charging at 120 volts targets a full recharge time of approximately 45 hours. Level 2 charging at 240 volts is included and targets a full recharge in approximately 8 hours at 11 kW. DC fast charging capability supports charging speeds of up to 350 kW, allowing a targeted 20 to 80 percent recharge in approximately 45 minutes. Regenerative braking captures kinetic energy during deceleration and returns it to the battery system with a reported efficiency of 95.9 percent, supporting overall energy management.

Chassis Construction and Structural Engineering

The vehicle is constructed on the STLA Frame platform using a ladder-type steel frame designed to support heavy loads and high torque output. The longitudinal layout integrates the generator engine at the front with dual electric motors aligned to the axles. This configuration allows balanced weight distribution across the chassis. The structural design supports high-voltage electrical components while maintaining rigidity for towing and payload demands. The frame and body structure are engineered to accommodate the added mass of the battery system without compromising durability.

Suspension System and Ride Height Control

A four-wheel independent air suspension system is used at both the front and rear axles. Upper and lower A-arms manage wheel articulation and suspension geometry. The air suspension allows adjustable ride height settings to support ground clearance requirements and load leveling. In the normal ride height setting, ground clearance measures 9.0 inches, while the low setting provides 8.5 inches. Front axle clearance in normal mode measures 8.6 inches, and rear axle clearance measures 9.5 inches. This system supports stability when towing and consistent ride quality across varied driving conditions.

Steering Precision and Braking Performance

Electric power-assisted steering is used with a steering ratio of 16.2 to 1 and a total of three turns lock to lock. This configuration balances responsiveness with control at highway speeds and during low-speed maneuvering. Braking hardware includes large ventilated disc brakes at all four wheels with eight-lug hubs. Front brakes measure 14.17 by 1.54 inches, while rear brakes measure 14.09 by 1.34 inches. Twin-piston pin-slider calipers and standard anti-lock braking systems are used. Variable electric brake boost adjusts braking assistance based on operating conditions.

Towing Capacity and Payload Engineering

The 2026 Ram 1500 Ramcharger is engineered with a targeted towing capacity of up to 14,000 pounds and a payload target of 2,625 pounds. These ratings are supported by the high-output electric motors, reinforced frame structure, and independent air suspension system. Torque delivery from the electric motors supports controlled trailer movement and steady acceleration under load. Payload capability is distributed across the chassis to maintain balance and handling stability during transport of heavy cargo.

Exterior Dimensions and Aerodynamic Considerations

The truck features a wheelbase of 144.6 inches and an overall length of 232.4 inches. Overall width measures 81.2 inches, while overall height in the normal air suspension setting is approximately 77.3 inches. Track width measures 68.5 inches at the front and 68.0 inches at the rear. Aerodynamic efficiency is addressed through a drag coefficient of 0.352 and a frontal area of 37.0 square feet. These factors contribute to improved efficiency at sustained highway speeds and support extended driving range.

Cargo Bed Dimensions and Utility Design

The cargo bed measures 5 feet 7 inches in length and provides a total cargo volume of 53.8 cubic feet. Length at the floor with the tailgate closed measures 67.4 inches. Cargo width measures 66.4 inches, with 51 inches of clearance between the wheelhouses. Bed depth is rated at 21.4 inches, and the tailgate opening width measures 60 inches. Tailgate load height in the normal air suspension setting measures 33.5 inches, supporting manageable loading and unloading.

Interior Space and Occupant Measurements

Interior dimensions are configured to support crew cab functionality with seating capacity for up to six occupants depending on front seating configuration. Front headroom measures 40.9 inches, legroom measures 40.9 inches, shoulder room measures 65.9 inches, and hip room measures 62.9 inches. Rear seating provides 39.8 inches of headroom, 40.2 inches of legroom, 65.6 inches of shoulder room, and 62.7 inches of hip room. Interior volume measures 63.9 cubic feet in the front and 60.7 cubic feet in the rear.

Safety Systems and Occupant Protection

The 2026 Ram 1500 Ramcharger is equipped with six standard airbags, including front driver and passenger airbags, side curtain airbags for front and rear occupants, and side bolster airbags for the driver and front passenger. Structural protection is supported by the rigid frame design and balanced mass distribution created by the low-mounted battery pack. Electrical systems are integrated with isolation and monitoring features to maintain operational safety during normal driving and high-load conditions.

Visit Friendship CDJR of Johnson City to Schedule a Test Ride

For drivers seeking to evaluate how extended-range electric technology integrates with full-size truck capability, an in-person assessment provides valuable insight. Scheduling a test drive allows direct evaluation of electric torque delivery, suspension performance, and interior space under real driving conditions. At Friendship CDJR of Johnson City near Elizabethton, TN, the 2026 Ram 1500 Ramcharger can be examined in detail, including its charging systems, towing-focused design, and generator-supported range capability. Experiencing the vehicle firsthand supports informed decisions regarding its suitability for daily operation and work demands. Test drive availability provides an opportunity to assess how this configuration aligns with practical usage requirements.