Custom OEM Golf Cart Parts Manufacturing & Global Exporters

Precision Engineering, Advanced Lithium Integration, and Industrial-Scale Production Solutions for Global Fleet Operations and Specialty E-Mobility Networks.

Ningbo Shiry Golf Co., Ltd.

A B2B Enterprise Overview & Production Integrity Analysis

Ningbo Shiry Golf Co., Ltd. is a professional Golf Cart Manufacturer specializing in electric golf carts, lithium-powered transportation vehicles, commercial utility carts, and OEM/ODM manufacturing solutions for customers worldwide. Established in 2013, the company is located in Ningbo, China, a major manufacturing and export center with convenient access to global logistics networks. The company operates a modern production facility covering more than 18,000 square meters and employs over 280 experienced professionals across engineering, manufacturing, quality management, and international business operations.

Shiry Golf focuses on the development and production of reliable electric mobility solutions designed for golf courses, resorts, hotels, residential communities, industrial parks, airports, campuses, and commercial facilities. Its product portfolio includes electric golf carts, lithium battery golf carts, utility vehicles, multi-passenger transport carts, fleet management vehicles, and customized mobility solutions tailored to various operational requirements.

Equipped with advanced vehicle assembly lines, battery integration systems, chassis manufacturing equipment, and comprehensive testing facilities, the company maintains strict quality control throughout the production process. Shiry Golf places strong emphasis on vehicle safety, energy efficiency, driving comfort, durability, and long-term operational performance.

Operational Scale

  • Established2013
  • Factory Space18,000+ sqm
  • Engineers & Staff280+ Professionals
  • Primary HubNingbo, China
  • ComplianceCE, GCC, ISO 9001

Global Commercial & Industrial EV Landscape

Analyzing key structural shifts, regulatory compliance challenges, and high-performance requirements in fleet assets.

Commercial Fleet Management

Modern resorts, municipal complexes, and corporate campuses require modular utility fleets that maximize operational uptime. Transitioning to integrated telematics enables tracking of vehicle state of charge (SoC), location mapping, and geofencing to optimize utilization and ensure physical security.

Industrial Grade Utility Buggies

Heavy-duty transport applications demand rugged frames, corrosive-resistant materials, and specialized suspension layouts. Custom cargo configurations, hydraulic dumping mechanisms, and multi-passenger platforms allow operators to execute logistical operations in marine terminals, mines, and large manufacturing centers.

High-Density Power Systems

Lead-acid power plants are yielding to advanced LiFePO4 (Lithium Iron Phosphate) battery chemistry. This architectural shift slashes vehicle curb weight, delivers up to 10 years of operational life, reduces charging cycles, and completely eliminates maintenance requirements, optimizing TCO for fleet managers.

Manufacturing Capabilities & Global Footprint

Our infrastructure ensures reliable delivery and quality for Tier-1 fleet distributors and OEM partners.

18,000+
Square Meters Facility
280+
Skilled Specialists
50+
Countries Exported
11+
Years Industry Expertise

Engineering Architecture & Custom Manufacturing

Inside our custom parts engineering, metal fabrication, and advanced electronics integration pipelines.

Chassis Fabrication & Kinematics Design

Our structural engineering division specializes in designing high-strength, low-weight chassis. By utilizing robotically welded high-tensile steel or structural aluminum tubing, we ensure structural integrity under heavy payloads.

  • Integrated structural analysis using CAD stress profiling.
  • Hot-dip galvanizing and multi-stage electrophoretic coating to prevent salt-air and chemical corrosion.
  • Dual-A arm independent front suspension coupled with leaf-spring rear assemblies for consistent traction and ride comfort.
  • Optimized weight distribution curves to protect manicured turf and maintain steering response.
Chassis and Suspension Systems Manufacturing

Powertrain Engineering & Lithium Integration

We configure high-efficiency AC motors and intelligent controller systems to match regional requirements and terrain demands.

  • Brushless AC induction motors (from 3.0kW up to 7.5kW) with IP67 protection ratings against water and dust ingress.
  • Intelligent controllers featuring customizable acceleration, torque, and regenerative braking profiles.
  • Integrated LiFePO4 battery management systems (BMS) with real-time cell balancing, overcurrent detection, and thermal shutoffs.
  • CAN Bus communication architectures enabling rapid diagnostics and clean system-level telemetry.
Electric Drivetrain Assembly

Custom Enclosures, Panels & Exterior Accessories

Our OEM/ODM capabilities extend to custom structural components, premium cabin options, weather solutions, and aftermarket parts.

  • Injection-molded PP/TPO body panels featuring high UV resistance and automotive-grade clearcoat finishes.
  • All-weather canvas enclosures with heavy-duty marine zippers and clear PVC curtains for visibility.
  • Custom rear seating configurations (flip-flop designs with integrated cargo trays and cup holders).
  • Custom aluminum roofs, windshield assemblies, and integrated LED light packages.
Body Panels and Enclosures Production

Global Compliance & Quality Architecture

Ensuring our vehicles and parts meet international safety, environmental, and performance standards.

ISO 9001 Quality System

Every step of the manufacturing pipeline—from incoming raw material inspection (IQC) to in-process line validation (IPQC) and final product testing (OQC)—is governed by ISO 9001:2015 frameworks to guarantee structural integrity and zero assembly defects.

CE & GCC Certifications

Our custom electric platforms and components are certified to CE and GCC parameters. We configure electrical isolation pathways, electromagnetic compatibility (EMC) filters, and low-voltage lighting grids to align with EU and Middle Eastern directives.

Rigorous Dynamometer & Load Testing

Every vehicle prototype and production unit undergoes static load capacity evaluations, dyno speed calibration tests, brake system certifications, and climb-rate stress profiling to verify performance in demanding real-world conditions.

Global Logistics Coordination

Located near Ningbo Port, we leverage deep shipping and custom logistics networks to coordinate container consolidation, custom paperwork, and ocean shipping, reducing lead times and landed costs for overseas buyers.

Technical Roadmap & Future Directions

Driving innovations in autonomous navigation, telematics, and eco-friendly manufacturing.

Autonomous Navigation & Follow-Me Tech

Developing AI-guided follow-me technologies and obstacle-avoidance lidar arrays for personal carts and commercial baggage transport.

Integrated Fleet Telematics (SaaS)

Introducing cloud-based fleet monitoring systems that allow facility managers to track battery health, set speed governors, and geofence vehicles remotely.

High-Voltage Architecture Upgrades

Transitioning utility platforms to 72V and 96V drivetrains to increase torque, reduce wire gauge weight, and improve charging speeds.

Closed-Loop Composite Recycling

Implementing post-consumer thermoplastic body panel recycling programs to lower the lifecycle carbon footprint of fleet production.

Frequently Asked Questions (FAQ)

Technical answers to support wholesale purchasers, global distributors, and fleet procurement managers.

What is the typical lead time for custom OEM manufacturing?
For standard model custom configurations (e.g., custom seating, colors, and branding), typical production ranges between 25 to 35 days. For complex ODM projects requiring custom chassis fabrication or structural plastic mold tooling, the engineering and prototyping timeline is determined based on the project scope, with pre-production samples delivered for client sign-off.
Which battery systems do you integrate, and what are their lifespans?
We support both maintenance-free lead-acid battery packs and high-density LiFePO4 lithium batteries. Our standard lithium battery solutions feature integrated BMS systems, offering over 3,500 charging cycles (representing an active operational lifespan of 8 to 10 years depending on climate and loading patterns) compared to the 500-800 cycles typically seen with lead-acid options.
How do you guarantee vehicle safety and compliance for EU/US markets?
Our electric vehicles are engineered with four-wheel hydraulic braking, electromagnetic parking brakes, front laminated glass windshields with wipers, three-point seat belts, and complete LED lighting configurations (headlights, tail lights, indicators, and hazards). Our street-legal and commercial fleet designs carry CE, GCC, and ISO certifications to meet regional compliance standards.
What after-sales and replacement part support systems do you have in place?
We supply a comprehensive catalog of structural and electrical spare parts (controllers, motors, suspension elements, axles, and tires). All chassis components carry a structural warranty. We also provide diagnostic protocols, remote video assistance from our engineering teams, and expedited courier delivery for essential components to keep fleet downtime to a minimum.

Advanced Production Facility & Quality Control

A detailed view of our assembly lines, chassis fabrication, and testing protocols inside our 18,000 sqm plant.