5 Most Common Mistakes to Avoid When Operating Electric Buggy Vehicles Inside Campus

Today, electric golf carts have become a common mode of transportation on campuses, widely used for commuting by faculty and students, transporting supplies, conducting campus inspections, and more. They have significantly improved campus operational efficiency and travel convenience. However, this has also led to frequent safety hazards and equipment wear caused by improper operation. These issues result in vehicle malfunctions, reduced lifespan, and even campus safety incidents. This article identifies the five most common mistakes made when operating electric golf carts within campus settings, analyzes their risks in detail, and provides actionable solutions to help ensure safe, efficient, and cost-effective use of these vehicles on campus.

Overloading the Electric Buggy

Why It’s a Problem

Overloading places excessive strain on the buggy’s core components—particularly the battery, motor, and braking system. Sustained weight exceeding capacity accelerates component degradation, leading to mechanical failures like motor burnout and brake failure. Additionally, overloading increases energy consumption and shortens battery life. A vehicle with an 8-10 hour range may see its endurance reduced by over 30% when overloaded, raising campus vehicle maintenance costs. More critically, overloading destabilizes the electric golf cart, increasing the risk of rollovers. With high pedestrian traffic on campuses, a rollover directly threatens the safety of passengers and nearby faculty/students.

How to Avoid It

Clearly define load standards. Each electric golf cart has a manufacturer-specified rated load capacity (typically 400-600kg). Load capacity labels must be prominently displayed on the vehicle for operators to reference at any time. When transporting goods or passengers, avoid concentrating heavy loads on one side of the vehicle. Distribute luggage and equipment evenly to ensure driving stability. Campus administrators should educate vehicle operators and the campus community about the dangers of overloading, encouraging voluntary compliance with weight limits and discouraging the forced addition of extra passengers or cargo.

Poor Battery Maintenance

Why It’s a Problem

The battery serves as the “heart” of electric golf carts, directly determining vehicle efficiency and lifespan. Most campus electric golf cart failures stem from improper battery maintenance. Neglected maintenance reduces battery efficiency, leading to slow charging, shortened range, and even swelling or leakage—causing sudden power loss that disrupts campus transportation schedules.

From a cost perspective, battery replacement is expensive. Frequent replacements due to poor maintenance significantly increase campus vehicle management expenses. Common improper maintenance practices include: overcharging, deep discharging, neglecting lead-acid battery fluid levels, and storing or operating batteries in high-temperature environments.

How to Avoid It

Lead-acid batteries require regular fluid level checks. When the level falls below the standard mark, promptly add distilled water—never use tap water. Disconnect charging immediately after reaching full capacity to prevent overcharging beyond 12 hours. Avoid discharging batteries completely before recharging. For long-term storage, recharge monthly to prevent damage from deep discharge.

Lithium batteries must be shielded from high temperatures and extreme cold, especially avoiding prolonged use above 40°C (104°F). It is recommended to recharge the battery before the remaining charge drops below 20%. Deep discharge below 10% must be avoided. Always use the manufacturer’s original charger; never use non-original chargers to prevent damage to the battery’s internal structure. Additionally, vehicle operators must receive battery maintenance training to ensure proper charging and storage practices, thereby preventing battery damage due to operational errors.

Neglecting Regular Servicing and Inspections

Why It’s a Problem

Campus electric golf carts experience high usage frequency and navigate complex routes (often traversing sidewalks, academic buildings, sports fields, etc.). Regular maintenance is crucial for preventing breakdowns and ensuring safety. Many campuses exhibit a tendency to “prioritize usage over maintenance,” assuming vehicles require no upkeep as long as they operate normally. However, minor issues left unaddressed can gradually escalate into major problems.

For instance, underinflated tires increase rolling resistance and accelerate wear. Loose brake components, if left unrepaired, may cause brake failure and lead to collisions. Chronic neglect of maintenance not only shortens the vehicle’s lifespan but also forces it to operate in a “faulty” state, significantly raising the risk of campus accidents.

How to Avoid It

Daily inspections should be performed by operators, checking tire pressure, brake responsiveness, and proper lighting function. Inspect golf cart wiring for loose connections or fluid leaks. Weekly maintenance should be conducted by technicians, involving a comprehensive check of the braking and steering systems, tightening vehicle screws, cleaning battery surface dust, and inspecting battery terminals for oxidation.

Comprehensive maintenance every 3-6 months should be performed by professionals. This includes replacing worn tires, brake pads, and other components; conducting thorough inspections of the motor and battery; calibrating vehicle driving parameters; and ensuring all performance metrics meet standards. Additionally, a maintenance log should be established to detail each inspection’s contents, replaced parts, and results, facilitating future traceability and management.

Inadequate Training for Drivers and Operators

Why It’s a Problem

Operating electric golf carts may seem straightforward, but it requires mastering vehicle performance, safety protocols, and emergency procedures—it’s not simply a matter of “if you can drive, you can operate.” Currently, many campus electric golf cart operators lack systematic training and are deployed directly to the field, which can lead to various issues.

On one hand, insufficient training leads to improper operation—such as sudden acceleration, abrupt braking, or illegal turns—which not only damages vehicle components but also endangers pedestrian safety. On the other hand, operators unfamiliar with vehicle performance cannot respond promptly to malfunctions. For instance, during sudden power loss or brake failure, they lack the knowledge to execute emergency maneuvers, potentially escalating accidents.

How to Avoid It

Vehicle operation training must cover the basic structure and proper methods for starting, accelerating, braking, and turning electric golf carts, along with understanding the meaning of all dashboard parameters. Safety rules training should clearly define campus speed limits (typically no more than 10 km/h), designated routes (avoiding peak pedestrian areas), and techniques for yielding to pedestrians and emergency stops.

Emergency response training should simulate vehicle malfunctions (e.g., power failure, brake failure, rollover), instructing operators on emergency procedures, passenger evacuation, and contacting maintenance personnel to minimize incident damage. Post-training theoretical and practical assessments must be passed before operators are authorized to work.

Unsafe Driving Practices

Why It’s a Problem

Electric golf carts operate quietly, making them easily overlooked by faculty and students on campus. Unsafe driving practices further amplify safety risks. The most common unsafe behaviors include: speeding, illegal turns, driving against traffic, sudden acceleration or braking, and failure to yield to pedestrians.

These violations not only breach campus traffic regulations but also risk collisions, rollovers, and other accidents that endanger passengers and pedestrians. They may also damage campus infrastructure such as streetlights and guardrails.

How to Avoid It

Strictly enforce speed limits by installing speed limit signs in high-traffic areas of campus, clearly indicating a maximum speed of 10 km/h. Assign dedicated personnel to monitor compliance and penalize speeding violations. Enhance vehicle safety features by equipping all electric golf carts with horns, warning lights, rearview mirrors, and bumper guards. Some vehicles may additionally install reverse warning sounds to alert passing faculty and students to the cart’s movement.

Strengthen safe driving awareness through training, informational posters, and campus announcements to instill a “safety first” mindset among operators. Cultivate good habits such as slowing down, yielding to pedestrians, and executing turns properly. Simultaneously, prohibit untrained personnel from operating vehicles and ban operators from driving under the influence or while fatigued to eliminate unsafe driving practices at the source.

Electric golf carts offer significant convenience for campus transportation and management, but standardized operation is essential to realize their full value. Campus administrators must strengthen vehicle management, improve maintenance systems, and enhance operator training. Establishing an integrated “use-maintenance-supervision” mechanism will not only boost campus operational efficiency but also safeguard the travel safety of faculty and students.