2026 Venom Strike 4 Seater in Fort Myers, FL

The 2026 Venom Strike 4 Seater is engineered as a fully electric mobility platform designed for multi-passenger use, combining structured chassis dimensions, advanced electronic control systems, and integrated digital technology. The model uses a 52V controller configuration paired with a lithium power system, supporting smooth electrical output and consistent vehicle response. Its lifted construction, independent suspension layout, and hydraulic braking system define a specification-driven design that emphasizes control, efficiency, and stability.

From a structural standpoint, the vehicle measures 119 inches in length and reaches a lifted height of 81 inches. Ground clearance is set at 6.25 inches, supporting improved clearance over uneven surfaces while maintaining a stable center of mass. The lifted configuration works with 23/10-14 tires, providing a balanced footprint that contributes to traction and controlled handling. Each design parameter supports predictable performance while accommodating four occupants within a compact vehicle profile.

The model incorporates practical engineering details such as coded vehicle keys for anti-theft protection, an integrated dash-mounted umbrella compartment, and a configurable digital display. These features complement mechanical specifications rather than distracting from them, resulting in a cart that focuses on functional execution.

The electrical architecture relies on a 52V controller system identified as the FJ Controller. This component manages power flow from the battery to the drive system, ensuring regulated acceleration and controlled torque distribution. 

Energy storage is supplied by a LiFePO4 lithium battery. The standard configuration includes a 105Ah capacity, designed to provide stable energy output and reliable charge cycles. The system also supports an optional upgrade to a 160Ah Eco battery, increasing energy capacity while maintaining compatibility with the existing electrical platform. Lithium iron phosphate chemistry is selected for stability and long-term reliability, along with reduced maintenance requirements compared with traditional battery technologies.

Adjustable system settings allow operators to modify regenerative braking behavior and torque response. Regenerative braking captures kinetic energy during deceleration and redirects it to battery storage, contributing to efficiency while reducing dependence on mechanical braking. Torque adjustment allows drivers to tailor acceleration response for different terrain conditions or operator preferences, supporting consistent handling characteristics.

The vehicle’s dimensions contribute directly to stability and passenger accommodation. At 119 inches long, the platform offers extended space for four seats without compromising maneuverability. The lifted height of 81 inches provides additional clearance and visibility while maintaining structural alignment with the suspension system. A ground clearance of 6.25 inches improves obstacle clearance and allows the vehicle to operate comfortably on varied surfaces such as paved paths, compacted gravel, or lightly uneven terrain.

The 23/10-14 tire sizing enhances the stability of the lifted layout by increasing ground contact and supporting weight distribution. The wider tire profile assists with grip during turning and braking, while the larger diameter contributes to smooth rolling motion. 

Design integration extends to utility features, including a dash-mounted umbrella stored in a spring-loaded chamber for rapid access. The umbrella storage system is incorporated directly into the dashboard structure, maximizing convenience while maintaining an organized cockpit layout. The use of unique coded keys further reflects an engineering approach centered on ownership security and operational control.

Vehicle handling relies on a bidirectional rack-and-pinion steering system. Rack-and-pinion steering translates driver input into direct wheel movement with minimal play, improving steering precision and directional response. The bidirectional design enhances maneuverability during tight turns and low-speed navigation, which is particularly beneficial in confined environments or parking areas.

Ride quality is supported by a dual-chamber independent MacPherson® suspension system located at both front and rear positions. Independent suspension allows each wheel to react separately to surface irregularities, reducing overall body movement and minimizing disturbance to passengers. The dual-chamber design further refines damping characteristics by controlling compression and rebound motion more effectively than simpler suspension layouts.

Technology integration centers on a 10-inch touchscreen display positioned within the dashboard. This display functions as the primary control interface for media, connectivity, and system adjustments. Bluetooth® audio capability is included, along with compatibility for Apple CarPlay® and Android audio systems. These integrations allow users to connect personal devices directly to the vehicle interface for media playback and navigation support.

The display also includes AM/FM radio functionality with local frequency connection capability. Visual settings such as display brightness and wallpaper can be adjusted through the interface, allowing configuration based on visibility requirements or user preference. Language selection options provide accessibility across different operating environments.

Phone-connect navigation allows drivers to use connected devices for directional guidance through the touchscreen interface. Supporting elements include a glowing analog clock integrated into the dashboard design, along with power outlets consisting of 12V ports, USB connections, and PD Type-C charging capability. These ports provide compatibility with modern mobile devices and accessories.

An automatic backup camera is integrated with the display, assisting drivers during reverse operation. Parking assist view can remain active or be turned off based on user preference. Hazard lights are also incorporated into the system, ensuring visibility during stationary or cautionary situations.

The vehicle includes optional technology enhancements grouped within a feature package often referred to as the Party Pack. This system incorporates voice-activated LED lighting positioned along seating areas, within speaker assemblies, and under running boards. The lighting integrates with audio input, responding dynamically to sound activity. A subwoofer component is included in applicable configurations, enhancing low-frequency audio output while maintaining compatibility with the digital display system.

Lighting design extends beyond entertainment functions. The vehicle includes LED headlights with high and low beam modes, along with daytime running lights. LED technology improves visibility while maintaining low energy consumption and long service life. Rear lighting includes LED taillights that function as brake lights, parking lights, and turn signals, ensuring clear communication of vehicle movement to surrounding traffic or pedestrians.

All lighting components are integrated into the electrical system for synchronized operation, supporting operational safety and consistent visibility during daytime and low-light conditions.

Stopping performance is managed through hydraulic four-wheel disc brakes. Disc brake systems are selected for consistent braking force and improved heat dissipation, which supports stable performance during repeated stopping cycles. Hydraulic operation delivers smooth pedal response and controlled braking pressure across all wheels, enhancing driver confidence and passenger safety.

Regenerative braking adjustments complement the hydraulic brake system by contributing additional deceleration force. This combination reduces wear on mechanical braking components while supporting smoother transitions between acceleration and stopping. Rear-wheel drive architecture maintains predictable traction during braking and acceleration phases, reinforcing stability across typical operating conditions.

The operator area is designed around accessibility and functional control placement. The dashboard integrates the touchscreen display, clock, charging ports, and accessory storage without cluttering the driver’s field of view. Seating arrangements support four occupants while maintaining sufficient legroom and clear access paths for entry and exit.

Controls are positioned to minimize distraction during operation. Adjustable settings for torque and regenerative braking remain accessible through the digital interface, allowing modifications without mechanical adjustments. The inclusion of coded keys reinforces controlled access and aligns with ownership management practices.

For drivers seeking a technical understanding of the 2026 Venom Strike 4 Seater, scheduling a test drive provides direct exposure to its steering precision, lithium-powered performance, and integrated technology systems. A drive session allows evaluation of the suspension response, braking control, and touchscreen functionality within normal operating conditions. The opportunity to interact with the adjustable torque settings and regenerative braking controls provides additional insight into how the vehicle manages power delivery. Visitors can also examine the lighting systems, backup camera integration, and charging interfaces during a hands-on walkthrough. The Sunshine Carts in Fort Myers, FL welcomes prospective drivers to schedule a test drive to review these specifications and experience the vehicle’s engineered features firsthand.