2026 Epic E60FX in Fort Myers, FL

The 2026 Epic E60FX is an electric cart engineered with a clear emphasis on structured performance, integrated technology, and durable construction. This model combines a high-capacity lithium electrical system, a reinforced steel frame, and advanced digital features designed to support consistent operation and driver control. Its technical layout focuses on efficiency, maneuverability, and safety functionality while maintaining practical dimensions and passenger capacity. The design integrates performance-driven drivetrain components with modern comfort and operational technology, creating a vehicle suited for controlled street use and utility-focused environments.

The power system includes a 51.2V 105Ah ECO lithium battery paired with a 6.3 kW AC motor and a 450-amp controller. This configuration delivers stable acceleration and controlled power output across varying driving conditions. The drivetrain uses a 14:1 high-speed rear axle, contributing to efficient torque distribution and smoother speed progression. Speed capability reaches 19 MPH in non-LSV configuration and up to 25 MPH in LSV configuration. The system supports a maximum climbing capacity of 25 percent, which allows consistent operation on inclined surfaces without significant performance drop.

The electrical system of the 2026 Epic E60FX is designed to balance energy efficiency with sustained output. The lithium battery provides steady power delivery with reduced voltage drop during acceleration compared to traditional battery technologies. The 48V onboard charging system includes a body-mounted charge indicator, allowing clear monitoring of charging status and improving operational convenience.

The 6.3 kW AC motor works together with the 450A controller to deliver controlled torque and smooth speed transitions. AC motor systems are known for consistent performance under load, supporting passenger-carrying capability while maintaining reliable response during starts and climbs. The drivetrain architecture supports higher-speed operation through a high-speed rear axle setup, which helps maintain efficient power transfer while reducing strain on the motor at cruising speeds.

Speed configuration flexibility allows the cart to meet different operational needs. The non-LSV mode supports standard mobility use at 19 MPH, while the LSV configuration reaches 25 MPH to align with applicable low-speed vehicle regulations. This performance range supports efficient transport without relying on excessive power consumption. The maximum climbing capacity of 25 percent demonstrates the mechanical efficiency of the drive system and its ability to maintain traction under incline conditions.

The chassis structure uses powder-coated steel, providing rigidity and corrosion resistance. Powder coating creates a protective layer that helps resist environmental wear and surface damage, supporting long-term structural stability. The frame serves as the primary load-bearing platform, ensuring consistent alignment between suspension, drivetrain, and body components.

The body panels use injection-molded polypropylene material. This material selection reduces overall weight while maintaining resistance to impact and environmental exposure. Polypropylene construction supports dimensional consistency and durability under frequent use. Injection molding also allows precise shaping of body panels, contributing to a clean exterior fit and improved structural integration.

The roof uses injection-molded polypropylene in a black finish, providing weather coverage while maintaining lightweight characteristics. Injection-molded bumpers incorporate steel brush guard inserts, adding protective reinforcement to the front profile.

Handling stability is supported by a double wishbone independent front suspension system. Independent suspension allows each front wheel to respond separately to surface variations, reducing vibration transfer and improving steering consistency.

Steering includes tilt adjustment, allowing drivers to optimize driving position and improve ergonomic control. The overall turning radius measures approximately 141.73 inches, supporting maneuverability in confined spaces while maintaining directional stability. Ground clearance is set at 5.91 inches, which helps the vehicle pass over moderate surface irregularities without sacrificing balance.

The braking system consists of four-wheel disc brakes paired with an EMB release lever. Disc brakes provide consistent stopping performance and improved heat dissipation during repeated braking cycles. This setup supports controlled stopping power under passenger load and on descents, increasing driver confidence and maintaining predictable response.

Exterior design integrates practical lighting and visibility features intended to support safety and usability. Standard lighting systems include headlights, taillights, brake lights, self-canceling turn signals, and hazard indicators. Built-in roof lighting expands visibility coverage during low-light operation, while decorative illuminated trim provides additional visual definition without affecting functional performance.

Lighting extends to the interior through accent illumination inside the dash and glove boxes, improving visibility for controls and storage areas. Foldable illuminated mirrors support visibility while allowing compact storage when required. The cart also includes a DOT windshield and a lit license plate bracket, supporting compliance-oriented operation in applicable environments.

Wheel configuration includes 14-inch aluminum wheels fitted with street tires. Aluminum construction reduces unsprung weight while supporting durability and stability during continuous driving. Tire selection prioritizes paved-surface handling and consistent road contact, contributing to predictable steering response and controlled ride behavior.

Metallic color options include Cherry, Black, Midnight, Pearl White, Cashmere, and Charcoal. These finishes are applied to the injection-molded body, maintaining consistency across exterior surfaces without affecting structural performance.

The interior layout emphasizes functional design and passenger support. Seating consists of custom high-back bolstered seats equipped with armrests and rear cup holders. The high-back configuration improves posture support and helps maintain passenger stability during movement.

Safety is addressed through six 3-point seatbelt restraints. These restraints provide improved occupant security by distributing force across multiple anchor points. Seating configuration supports multi-passenger use while maintaining defined spacing and access.

Storage integration includes locking compartments, a latched and illuminated front trunk, and additional storage beneath the rear seats. These compartments provide organized storage solutions while maintaining cabin cleanliness. Enclosure tracks are included to simplify the installation of compatible enclosure accessories without requiring structural modification. Additional interior functional elements include an umbrella holder for convenience and space management.

The 2026 Epic E60FX incorporates a technology package centered on functionality and accessibility. A 10.1-inch digital display screen provides centralized vehicle information and system feedback. Digital gauges present operational data clearly, supporting driver awareness during operation.

The backup camera improves rear visibility during reversing and parking maneuvers. This system assists drivers in maintaining control in confined spaces and supports safer directional adjustments. Multiple connectivity features enhance device integration, including three dual USB ports for charging and pre-wired 12V switches for accessory expansion.

Audio capability is provided through a built-in ECOXGear marine-grade sound system rated at 7.5A and 360 watts, accompanied by four 6.5-inch speakers. Marine-grade construction supports durability in outdoor conditions while maintaining audio clarity. A wireless cell phone charging pad reduces cable dependency and helps maintain a clean interior layout.

Digital controls, accessory connectivity, and integrated media features are arranged to support operational convenience without creating unnecessary complexity. The technology suite focuses on usability and accessibility while maintaining consistent system performance.

The overall dimensions of the 2026 Epic E60FX measure approximately 150.39 inches in length, 55.12 inches in width, and 80.31 inches in height. These proportions create a stable footprint that supports passenger comfort while maintaining maneuverability in narrow pathways and controlled traffic areas.

Curb weight is approximately 1,580 pounds, with a gross vehicle weight rating of 2,660 pounds. This rating reflects combined capacity for passengers and cargo while maintaining structural balance. Weight distribution between the steel frame, battery system, and passenger seating contributes to stable handling and reduced body movement during turns.

Accessories available for operational customization include dust covers, enclosures, and step bars. These additions allow owners to configure the vehicle for varying environmental and usage requirements without changing primary mechanical components.

Safety systems are incorporated throughout the design through mechanical, structural, and visibility-focused features. Four-wheel disc braking supports consistent stopping control, while lighting systems improve visibility and directional communication. Self-canceling turn signals reduce driver input demands and help maintain proper signaling behavior during operation.

The steel frame provides structural rigidity, supporting occupant protection and alignment stability. High-back seats and 3-point restraints help maintain passenger positioning during motion. The backup camera and illuminated mirrors contribute to awareness of surrounding conditions during low-speed operation.

Digital instrumentation keeps critical vehicle information accessible to the driver. Combined with predictable steering response and suspension stability, the safety-focused design supports controlled operation across different environments.

 Drivers interested in examining the technical capabilities of the 2026 Epic E60FX can arrange a detailed test drive through The Sunshine Carts in Fort Myers, FL. This provides an opportunity to experience the performance of the 6.3 kW AC motor, evaluate the smooth response of the independent front suspension, and observe the function of the digital display and backup camera in operation. During the drive, you can assess braking performance, steering control, and passenger comfort under normal driving conditions. Our team will explain the vehicle’s electrical system, drivetrain configuration, and safety features while you explore its functionality firsthand. Scheduling a test drive allows a direct evaluation of how the 2026 Epic E60FX’s technical specifications translate into practical driving performance.