4 Lunar Shape Probe LCD Reversing Radar with 0.3-1.5m Distance Buzzer Parking Sensor Car Safety Alarm, Auto Parking Assistant Parts
| Category | Specific |
|---|---|
| Product Type | 4 Lunar Probe LCD Buzzer Reversing Parking Radar |
| Camera Resolution | N/A |
| Night Vision | N/A, distance detection works day and night automatically |
| Waterproof Rating | IP67 for all four radar probes |
| Voltage | DC 12V Standard Vehicle Power Supply |
| Screen Size | Small digital LCD display for distance reading |
| Wired or Wireless | Full wired connection with car reversing lamp power |
| Working Temperature | -30℃ ~ +75℃ |
| Vehicle Compatibility | Most 12V Sedans, SUVs, Light Small Commercial Vehicles |
4-probe lunar style LCD reversing radar is a classic aftermarket car parking safety accessory developed by VisionCarCamera, widely applied for daily passenger vehicle parking assistance. Equipped with four curved lunar parking sensors and a matching digital LCD display, the system detects obstacles ranging from 0.3m to 1.5m precisely, sending segmented beep alert via built-in buzzer meanwhile showing exact distance value on screen. All probes comply with IP67 waterproof standard to resist splashing water and road dust, ensuring stable detection in harsh weather. It effectively prevents bumper scratch during narrow-space parking and becomes cost-effective auto safety spare parts for global car owners.
A1: It fits all DC12V passenger cars, SUVs and small light commercial vehicles, not applicable for 24V heavy trucks without voltage converter.
A2: Yes, we support custom outer shell color, private brand logo printing and package design according to customer personalized OEM demands.
A3: We provide 12-month global warranty against non-artificial damage for all finished radar sets after shipment.
A4: 1 set for sample order; formal bulk wholesale MOQ is 100 sets with preferential factory wholesale unit price.
A5: We attach paper English installation manual inside each package and offer online remote technical guidance for installation problems.