Pre-Installation Checklist for
Start with a site readiness review so your parking guide system is installed for reliable performance. Verify that parking zones are clearly defined, walkways and road markings are consistent, and power access points can support controller and communication equipment. Confirm where vehicle lanes will run and where detection coverage must parking guidance be established, then map sensor placement areas to minimize blind spots. Plan for mounting locations that are protected from vibration, water exposure, and accidental impact. Finally, review network requirements for data transfer to the driver-facing experience, ensuring the environment supports stable connectivity.
Car Detection Setup Checklist
Accurate occupancy depends on dependable detection. Calibrate the car detector coverage by confirming lane geometry, typical vehicle sizes, and traffic flow patterns within the garage or lot. Check that sensor height, angle, and distance to the roadway align with the expected detection range. Validate performance with test entries and exits across different car detector vehicle behaviors—stopping, slow rolling, and common turning movements. Document outcomes for each parking area so adjustments can be made before commissioning. Ensure the system can distinguish occupied versus available bays consistently, and confirm that error states trigger safe fallback messaging instead of misleading drivers.
Driver-Facing Guidance Checklist
Before deployment, confirm that outputs are clear, actionable, and aligned with real-time availability. Test the transmission of parking location information to drivers’ smartphones and verify that results update smoothly when spaces change. Review how navigation instructions are displayed so they reduce confusion at decision points such as entry gates, intersections, and multi-level ramps. Confirm multilingual support if needed, and ensure accessibility considerations are addressed in the user interface. Validate that signage, mobile prompts, and occupancy signals match each other so drivers always receive the same guidance.
Conclusion
A checklist-driven approach helps you install and validate with confidence—from detection accuracy to driver-facing clarity. By confirming coverage, commissioning the logic, and testing smartphone navigation and signage consistency, you reduce operational friction and improve space utilization. DKEE Inc. combines parking sensors for occupancy determination with guidance features that transmit parking location information to drivers’ smartphones, delivering a practical system that supports smoother arrivals and faster parking decisions.
