Executive Summary

The Electric 4-Seater Utility Golf Cart represents a premium solution for commercial fleet operators seeking sustainable, low-speed electric vehicles (LSV) for campus transportation, resort mobility, and light-duty utility applications. Engineered with a robust 48V/4KW electric motor system and advanced battery configuration (8V×6 cells), this 4-passenger electric golf cart delivers exceptional operational efficiency with a maximum driving mileage of 100 kilometers per charge. The vehicle complies with international safety standards, holding CE, GCC, and EEC certifications, making it suitable for deployment across diverse markets including North America, Europe, and the Middle East.

Designed for versatility in commercial environments, this electric utility vehicle combines practical functionality with professional aesthetics. The vehicle's compact dimensions of 2785×1210×1910mm enable excellent maneuverability through narrow pathways, crowded pedestrian zones, and tight turning radii commonly found in resort complexes, university campuses, and residential communities. With a substantial curb weight of 590 kg and reinforced chassis construction, the cart provides stable handling characteristics and durable long-term performance under repeated daily use.

This electric-powered transportation solution eliminates fuel costs and reduces environmental footprint, positioning it as an economically advantageous alternative to traditional internal combustion fleet vehicles. The intelligent computer-controlled charging system ensures optimal battery management and extends component longevity, while the front disc and rear drum brake system delivers reliable stopping power across various terrain conditions.

Performance & Engineering

The drivetrain configuration centers on a powerful 48V/4KW electric motor that produces consistent torque for smooth acceleration and reliable hill-climbing capability. The vehicle achieves a grade ability of 15-20° (25-35% slope rating), enabling dependable operation on inclines commonly encountered in golf courses, hilly resort properties, and industrial facilities with elevated loading docks. Maximum forward speed is controlled at 25-50 km/h, balancing operational efficiency with safety requirements for low-speed vehicle applications in pedestrian-heavy environments.

The advanced battery system consists of six 8-volt deep-cycle batteries arranged in a series configuration, providing substantial energy storage capacity for extended operational cycles. A full charging cycle of 7-9 hours via the computer intelligent charger restores full battery capacity, enabling overnight charging protocols that minimize vehicle downtime. This makes the electric golf cart particularly suitable for operations requiring continuous availability throughout daytime operating hours.

The chassis engineering incorporates a reinforced steel frame with optimized weight distribution, supporting the 590 kg net weight while maintaining responsive handling characteristics. The minimum ground clearance of 120mm provides adequate protection against obstacles and uneven terrain, while the 100-150mm maximum clearance specification ensures stability during loading, unloading, and passenger boarding operations. The front disc and rear drum brake system delivers precise stopping control with minimal maintenance requirements.

Key Advantages & Features

• Extended Driving Range: The 8V×6 battery configuration powers the 48V/4KW motor to achieve a maximum mileage of 100 kilometers per charge, reducing frequency of charging cycles and maximizing vehicle availability for commercial fleet operations requiring continuous daily use.
• Versatile Passenger Capacity: Accommodating 3-4 passengers with ergonomic seating arrangements, this electric utility vehicle serves diverse transportation needs from guest shuttles at resorts to staff transport on expansive industrial campuses.
• All-Terrain Capability: With a 25-35% climbing ability and 15-20° grade ability rating, the vehicle confidently navigates slopes, ramps, and uneven terrain common in golf courses, parks, and construction sites.
• Multi-Certification Compliance: Holding CE, GCC, and EEC certifications ensures the vehicle meets stringent safety, emissions, and quality standards required for market access across European, Middle Eastern, and North American regions.
• Customizable Configuration: Extensive color customization options allow fleet operators to match vehicles with brand identities, facility aesthetics, or color-coding systems for operational differentiation.
• Intelligent Power Management: The computer intelligent charger system optimizes charging parameters based on battery condition, extending battery lifespan and ensuring consistent performance throughout the vehicle's operational lifecycle.
• Compact Urban Design: The 2785×1210×1910mm exterior dimension profile enables navigation through standard doorways, narrow pathways, and congested pedestrian areas where larger vehicles cannot operate effectively.
• High-Volume Supply Capability: With production capacity of 2000 units per month, the manufacturer supports large-scale fleet deployments, replacement programs, and expanding commercial operations without supply chain bottlenecks.

Specifications Table

Ideal Applications

• Golf Course Operations: The vehicle's low-speed design, comfortable 4-passenger seating, and reliable hill-climbing capability make it perfectly suited for transporting golfers across expansive course layouts, carrying equipment, and providing caddie support services.
• Resort and Hospitality Facilities: Luxury resorts, hotels, and holiday complexes benefit from silent electric operation that maintains peaceful guest environments while providing efficient transportation across large properties with varied terrain.
• University and College Campuses: Educational institutions with sprawling campuses utilize these electric vehicles for staff shuttle services, campus tours, emergency response transport, and maintenance operations across academic buildings and athletic facilities.
• Residential and Gated Communities: Large residential developments employ electric golf carts for resident transportation, security patrol operations, and maintenance crew mobility within neighborhoods where low-speed vehicles are permitted on internal roads.
• Industrial and Warehouse Facilities: Manufacturing plants, distribution centers, and logistics operations use these vehicles for internal material transport, supervisor rounds, and light-duty utility tasks where maneuverability in tight spaces is essential.
• Theme Parks and Entertainment Venues: Large-scale entertainment complexes utilize fleet vehicles for guest transportation, staff deployment, and operational support across extensive park grounds with varied elevation changes.
• Airport and Transportation Hubs: Ground support operations, facility maintenance teams, and passenger assistance services benefit from reliable electric vehicles capable of navigating between terminals and across large infrastructure areas.

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