Smart Parking Locks | Private parking access control | Control Method: Remote (Base) ▲ Voice/App Control (Advanced) Weight: 9kg (Base) ▲ 8kg (Advanced) Material: ASTM D2000 rubber (Industry Standard) ▲ High-Density Rubber (Base) ▲ Reinforced Rubber (Advanced) | ▲ Portability (lightweight), ▲ Convenience (remote/app control), Durability (ASTM-compliant) | Higher cost vs traditional bollards, requires charging for advanced features |
Traditional Bollards | Permanent traffic control (high-traffic) | Material: ASTM A36 steel (Industry Standard) Installation: Fixed concrete base | High durability, low maintenance, Cost-effective (Industry Standard) | Heavy (15–20kg), Non-portable, No smart features |
Speed Bumps | Driveways/parking lots (speed reduction) | Height: 5cm (Industry Standard) Material: ASTM D2000 rubber (Base) ▲ Anti-slip Texture (Advanced) | Effective speed reduction, Quiet operation (43 dBA), Weather-resistant | Can damage vehicles if too high, requires regular maintenance |
Wheel Clamps | Parking zone enforcement | Material: EN 12489 cast iron (Industry Standard) Operation: Manual (Base) ▲ Auto-release (Advanced) | Deters unauthorized parking, Cost-effective (Base) | Requires physical presence, Heavy (12kg), No remote access |
Solar-powered Devices | Remote/off-grid traffic control | Solar Efficiency: 18% (Industry Standard) ▲ 22% (Advanced) Battery Life: 72h (Base) ▲ 120h (Advanced) | Self-sustaining, Low energy costs, No wiring | Dependent on sunlight, Higher upfront cost, Limited in cloudy regions |
Manual Barriers | Low-tech access control | Weight: 15kg (Industry Standard) ▲ 12kg (Base) Material: Steel (Base) ▲ Aluminum (Advanced) | Low cost, No electricity required | Labor-intensive operation, No smart integration, Limited durability |