2026 Epic E20FX in Fort Myers, FL

The 2026 Epic E20FX is designed as a two-passenger electric vehicle focused on functional engineering, structural stability, and integrated technology. The model combines a powder-coated steel frame with an injection-molded polypropylene body to provide durability while controlling overall weight. Its dimensions measure 98.82 inches in length, 55.71 inches in width, and 74.41 inches in height, creating a compact platform that supports maneuverability without limiting interior space. The curb weight is approximately 1,160 pounds, and the gross vehicle weight rating reaches 1,520 pounds, allowing for predictable load management and balanced handling.

This vehicle emphasizes mechanical practicality and electrical efficiency through a lithium-powered drivetrain, advanced braking hardware, and digital control systems. The configuration is engineered to support performance consistency, safe operation, and straightforward daily use. Every specification focuses on measurable function rather than cosmetic enhancements, making the 2026 Epic E20FX a technically driven model designed for performance reliability and operational simplicity.

The 2026 Epic E20FX uses a 6.3 kW AC motor controlled by a 450-amp controller. This configuration delivers consistent torque output and smooth acceleration across varying driving conditions. AC motor technology supports efficient power transfer while reducing maintenance requirements compared with older motor systems. Acceleration remains stable due to the controller’s capacity to regulate energy flow accurately from the battery to the drivetrain.

Energy storage comes from a 51.2V, 105Ah ECO lithium battery. Lithium chemistry supports efficient charging cycles, improved energy density, and dependable voltage delivery throughout extended operation. The electrical system includes a 48V onboard charging system integrated into the body, combined with a mounted charge indicator that provides clear charging status visibility. The design simplifies charging procedures and eliminates dependence on external systems beyond standard power access.

Speed performance is configured for two operating profiles. The non-LSV version reaches a top speed of 19 miles per hour, while the LSV configuration increases maximum speed to 25 miles per hour. This adjustment allows the vehicle to align with regulatory and usage requirements depending on the application. Climbing capacity reaches 25 percent, demonstrating sufficient torque support for incline operation without sacrificing control or power consistency.

The frame construction uses powder-coated steel, selected for strength, corrosion resistance, and long-term durability. The steel structure enhances rigidity and supports suspension and drivetrain alignment during operation. The powder coating adds a protective barrier that minimizes deterioration from environmental exposure. Combined with the body materials, the chassis design balances structural reinforcement with manageable overall mass.

Body panels are built from injection-molded polypropylene. This material selection provides resistance to impact and environmental wear while reducing total vehicle weight. The molded design allows consistent panel alignment and improved fitment while maintaining ease of maintenance. Injection-molded bumpers include a steel brush guard insert for additional front-end protection, supporting durability in daily driving conditions.

The vehicle rides on 12-inch turf-friendly tires engineered to maintain grip while reducing ground disturbance. Ground clearance measures 5.91 inches, supporting operation across uneven terrain and surface transitions. The minimum turning radius of 141.73 inches allows controlled maneuvering in confined areas such as residential paths or parking spaces. The roof structure is also injection-molded polypropylene, providing overhead coverage without unnecessary weight addition.

The front suspension system uses a double-wishbone independent configuration. Independent suspension allows each wheel to respond to surface variations without transferring excessive movement across the chassis. This design improves ride stability and maintains tire contact with the ground, which supports traction and steering precision. 

The drivetrain includes a 14:1 high-speed rear axle paired with high-speed rear ends. This gearing arrangement balances torque delivery and speed efficiency, supporting acceleration and consistent cruising performance. The drivetrain design ensures power distribution remains stable under changing loads while maintaining smooth motion. 

Handling precision is enhanced by the overall structural design, suspension layout, and tire configuration. The vehicle responds consistently during directional changes and maintains stable tracking during acceleration and braking.

Braking performance is managed by a four-wheel disc brake system supported by an EMB release lever. Disc brakes provide consistent stopping performance through improved heat dissipation and even force distribution across all wheels. The system supports stable deceleration and controlled stopping distances, improving driver confidence and operational safety.

Additional operational controls include tilt steering and a horn integrated directly into the steering wheel. Tilt adjustment allows drivers to position the steering angle for better ergonomics and control. Steering response works in conjunction with suspension geometry to maintain stability during turning and maneuvering.

Visibility and control are further supported by lighting and signaling systems. Standard lighting includes headlights, taillights, brake lights, self-canceling turn signals, hazard lights, and accent lighting integrated into the dash and glove boxes. Decorative illuminated trim contributes to visibility without affecting functional performance. Foldable lit mirrors improve awareness of surrounding traffic and obstacles while maintaining compact storage when needed.

Technology integration within the 2026 Epic E20FX focuses on driver information access and operational convenience. A 10.1-inch digital display screen provides centralized access to vehicle data and digital gauges. The display consolidates system monitoring and operational information into a single visual interface, improving driver awareness and reducing the need for separate analog components.

A backup camera is included as a standard feature to assist with reversing and parking. The camera improves rear visibility and supports safer maneuvering in confined environments. Additional electrical integration includes three dual USB ports and pre-wired 12V switches, allowing accessory expansion without major electrical modification.

Wireless cell phone charging is integrated into the cabin layout, allowing devices to remain powered during operation without cable clutter. A built-in ECOXGear marine-grade sound system includes a 7.5A 360W output with two 6.5-inch speakers, providing durable audio performance suitable for outdoor environments. 

Storage technology and utility features include locking compartments and a latched, illuminated front trunk. Enclosure tracks are integrated into the design for simplified installation of add-on enclosures or accessories. 

 The 2026 Epic E20FX cabin is designed around a two-passenger layout. Seating consists of custom high-back bolstered seats with armrests, providing stable support during movement and reducing shift during turns. Rear cup holders are integrated into the seating arrangement for added functionality. The seating design prioritizes positional stability rather than decorative styling.

Passenger restraint systems include two 3-point seatbelts. These restraints provide secure positioning during travel and support safety compliance. Interior layout decisions focus on accessibility and function, allowing drivers to access controls, displays, and storage compartments without unnecessary reach or adjustment.

A DOT windshield is included as a standard component, adding protection from wind and debris while supporting visibility. The combination of structured seating, integrated restraints, and visibility-enhancing components contributes to a controlled and function-focused driving environment.

Exterior design remains centered on practical features. The injection-molded roof and body panels support durability while keeping maintenance requirements low. Lighting elements and integrated trim serve visibility purposes while preserving a clean and structured appearance. The vehicle is available in metallic color options, including Cherry, Black, Midnight, White, Cashmere, Charcoal, and a special-order Forest Green exclusive to the 2026 Epic E20FX configuration.

Functional accessories include a rear golf kit consisting of two coolers, two sand bottles, and two golf bag holders. The vehicle also supports optional add-ons such as a dust cover, enclosure, and step bars. These accessories align with the existing enclosure tracks and structural design, allowing straightforward installation while preserving structural integrity.

Electrical efficiency is supported by the coordinated relationship between the lithium battery, AC motor, controller, and onboard charger. The 48V onboard charging system simplifies energy replenishment by eliminating external charging hardware complexity. The body-mounted charge indicator provides straightforward status feedback, allowing users to confirm charging progress quickly.

The lithium battery’s voltage and capacity support sustained performance across normal driving durations. Power delivery remains stable as charge levels decrease, improving consistency and reducing variation in acceleration and responsiveness. 

Drivers interested in evaluating the technical performance of this model can schedule an inspection and driving session through The Sunshine Carts in Fort Myers, FL. During a test drive, drivers can assess the 6.3 kW AC motor response, observe the function of the four-wheel disc braking system, and experience the stability provided by the independent front suspension. The digital display, backup camera, and integrated charging features allow a complete review of the vehicle’s technology systems in practical operation. A hands-on evaluation also provides an opportunity to examine seating structure, visibility features, and drivetrain performance under normal driving conditions. Scheduling a test session offers direct access to the technical characteristics described throughout this article in a controlled and informative environment.