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Overview

Tedra’s Automatic Parking Systems redefine urban parking with AI-driven robotic automation that accommodates 2 to 300 vehicles per installation. Designed for premium residential and commercial spaces, these fully automated systems eliminate manual parking while maximizing space efficiency, safety and convenience. Equipped with PLC controls, touchscreen interfaces and sensor networks, they ensure precise, reliable vehicle handling. Advanced safety features like photo sensors, impact buffers and emergency stops protect users and vehicles, while smart integration enables remote monitoring and predictive maintenance for modern infrastructure.

Automatic Parking System
Automatic Parking System
Automatic Parking System
Automatic Parking System
Automatic Parking System

Types

Cart Parking Systems

Advanced horizontal and vertical movement technology

Robotic Parking Systems

Next-generation fully automated solutions with robotic carriers

Features

Full Automation: Complete hands-free parking and retrieval operations
Smart Control Systems: PLC-based logic with touchscreen and mobile app interfaces
Advanced Safety Integration: Multiple sensor layers and emergency protection systems
Flexible Configuration: Scalable from 2 to 200 car capacity installations
Space Optimization: Maximum vehicle density in minimal footprint areas
Multi-Technology Platform: Hydraulic, mechanical, and robotic drive systems available
Remote Monitoring: IoT-enabled systems with predictive maintenance capabilities
Energy Efficient Design: Optimized power consumption with standby modes

Benefits

Space Maximization: Up to 60% more parking capacity than conventional systems
Elimination of Parking Stress: Automated operation removes driver parking challenges
Enhanced Vehicle Security: Controlled access with enclosed storage protection
Reduced Infrastructure Costs: Minimal ramp and circulation space requirements
Improved Safety Standards: Elimination of pedestrian-vehicle conflicts in parking areas
Faster Vehicle Access: Average retrieval times of 90-150 seconds
Future-Ready Technology: Integration capability with smart city infrastructure
Customizable Solutions: Tailored configurations for specific site requirements

Technical Specifications

Capacity Range: 10 to 300 vehicles per module
Vehicle Compatibility: All passenger cars up to 5200mm length
Weight Capacity: 2000 kg to 2500 kg depending on system type
Power Requirements: 415V AC, 3 Phase with energy-efficient motors
Control Systems: PLC with touchscreen, RFID, and mobile app integration
Safety Standards: International compliance with emergency systems
Operation Speed: 4-90 meters/minute depending on system configuration
Structure Options: Steel, RCC, and hybrid construction available

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