Engineered for high performance, reliability, and low operational costs. Discover our top-tier models certified for international commercial operation.
Established in 2012, Hangzhou Sarr Golf Co., Ltd. has developed into a premier global manufacturing pioneer in specialized zero-emission electric utility vehicles and commercial transport. Operating from a state-of-the-art facility spanning 18,000 square meters, our enterprise is fueled by over 180 highly skilled engineering and assembly specialists.
By blending advanced industrial vehicle design with robust battery systems engineering, we deliver certified low-speed electric transport fleets configured to the rigorous standards of global developers, multi-national hospitality groups, municipal departments, and industrial operations.
Our focus extends beyond standard production; we cultivate technical optimization, long-term battery cell safety, and structural integrity. Every model aligns with the highest durability expectations, optimizing return on investment (ROI) through minimal down-time and zero-emissions regulatory compliance.
Our advanced assembly plant leverages automated diagnostic technologies, precise load testing protocols, and environmental chambers to model wear-and-tear across various climates—from severe desert heat in the Middle East to freezing temperatures in Northern Europe.
Navigating the complex landscape of international low-speed electric vehicle (LSEV) homologation and street-legal mandates.
We ensure comprehensive verification alignment across Machinery Directive 2006/42/EC and Electromagnetic Compatibility Directive 2014/30/EU. Chassis structural welds, dynamic braking systems, and electrical isolation thresholds are thoroughly audited to guarantee operator safety.
Configured with street-legal requirements in mind, including components certified under the US Department of Transportation (DOT) and European Economic Community (EEC) directives. This features safety glass windscreens, precise turn indicator arrays, and low-beam headlamps.
To reduce downstream operational friction, Sarr Golf provides structured diagnostic documents, pre-packaged regional wear-and-tear replacement kits, and digital support lines. This supports local distribution channels in executing quick local maintenance workflows.
China is a global leader in electric mobility development, offering a dense industrial ecosystem that matches advanced research with cost-efficiency. Our manufacturing base in Hangzhou capitalizes on this advanced cluster, sourcing top-tier components directly from verified tier-1 partners.
Our strategic access to Lithium Iron Phosphate (LiFePO4) cell producers ensures we integrate high-energy-density cells with advanced Thermal Management Systems. This technology extends operational cycles and maintains safe temperature thresholds even under high load conditions.
By shortening R&D cycles and optimizing logistics, we can quickly implement hardware upgrades—such as high-torque Curtis or Imbor AC controllers and robust aluminum chassis systems—at competitive price points.
Explore the custom engineering configurations designed to match your specific terrain, payload, and environmental requirements.
From quiet 3.5kW AC induction motors to high-torque 10kW and 15kW off-road configurations. We program the controllers to optimize hill-climbing torque profiles, energy regeneration efficiency, and maximum speeds.
Choose between 48V, 60V, and 72V configurations. We build custom battery layouts featuring smart Battery Management Systems (BMS) with CAN-bus communication for real-time diagnostics.
We customize frame designs to accommodate seating from 2 to 8 passengers, rear cargo boxes, modular flatbeds, or hydraulic lifters, built on either standard or lifted off-road suspensions.
How our electric vehicles perform in target commercial environments globally.
Quiet operation and smooth riding comfort are critical. Our vehicles, including custom shuttle configurations and retro vintage models, move guests quietly through resort environments, avoiding disturbance even at late hours.
Heavy-duty cargo boxes, high-torque configurations, and robust structural designs enable the transport of components, maintenance equipment, and luggage across large warehouses, manufacturing plants, and airport terminals.
Equipped with lifted independent suspensions, rugged off-road tires, and high-traction 4WD powertrains, our vehicles navigate steep inclines, mud, and uneven terrain without losing power or compromising control.
Step inside our 18,000 square meter plant to see where high-performance electric vehicles are designed, assembled, and tested.
Understanding how market requirements, technology shifts, and sustainability targets are shaping the future of utility vehicles.
Lead-acid batteries are increasingly being phased out due to weight constraints, maintenance requirements, and charging limitations. Modern fleets rely on LiFePO4 chemistry to achieve up to a 60% reduction in battery weight, faster charge cycles, and zero maintenance requirements.
IoT-enabled telematics are changing how commercial fleets operate. Fleet operators can monitor real-time battery health, geo-fence operational zones, optimize charge schedules, and track vehicle locations, reducing operating costs.
Adding lightweight, high-efficiency monocrystalline solar panels to vehicle roofs helps extend battery range. This passive charging capability can increase operational range by 10-15 km per day in sunny climates, reducing charging times.
Review comprehensive technical responses concerning our design, configuration, and shipping policies.
Every vehicle series undergoes a structured compliance audit conducted by accredited third-party testing organizations. We test electromagnetic interference, check mechanical structural integrity under simulated load, verify steering mechanism stability, and perform electrical circuit insulation tests. This ensures our vehicles can be legally operated within markets requiring European CE alignment.
We provide extensive OEM and ODM customization options, including motor power upgrades (from 3.5kW up to 15kW), customized chassis sizes, hydraulic cargo tipping beds, and custom seating designs. You can also specify battery chemistry types (LFP/Lead-Acid), integrate digital dashboard displays, add solar panels, and apply custom fleet branding.
Lithium Iron Phosphate (LiFePO4) batteries provide up to 3500+ charge cycles compared to the typical 500-800 cycles of lead-acid units. They do not require routine water refilling, support faster charging, reduce overall vehicle weight, and deliver consistent power output even at low states of charge.
We supply standard wear-and-tear parts kits alongside bulk container shipments. Major components, including Curtis/Imbor controllers, electrical switches, and steering links, are standard components that can be sourced locally. We also provide direct technical support to help your local maintenance teams resolve issues quickly.
Standard configurations are typically manufactured within 20 to 30 days. Custom configurations requiring structural changes or specialized attachments may take 35 to 45 days. Shipping times vary depending on the destination port, with sea transit to European or North American ports generally ranging from 25 to 40 days.
Explore our classic styles, high-passenger shuttles, and specialized off-road vehicles designed for diverse terrains.
Sarr Golf
