Product Specifications

Product Features

Product Applications

RTO Approved AIS 140 GPS Tracking System – TL-140

Reliable Tracking for Public & Commercial Vehicles

AIS-140 GPS Tracker is an RTO-approved device designed for public transport, fleet management, and commercial vehicles. It meets the AIS-140 compliance standards set by the Ministry of Road Transport and Highways (MoRTH) in India. This tracker ensures accurate real-time location tracking, emergency response integration, and efficient vehicle monitoring.

Equipped with IRNSS & GPS navigation, tamper-proof design (IP67-rated), and a built-in backup battery, the WP-30L offers reliable performance under all conditions. The RS232 interface allows fuel monitoring, biometric authentication, and external sensor connectivity, making it an ideal solution for transport operators.

Objectives of AIS 140

• Enhanced Passenger Safety: Provide immediate assistance in emergencies through panic buttons and real-time vehicle tracking.
• Fleet Management Efficiency: Improve operational control and route optimization for fleet operators.
• Traffic Decongestion: Enable smart traffic management systems with real-time data integration.
• Compliance and Accountability: Ensure adherence to government regulations and promote responsible fleet operations.

Key Features

AIS-140 Certified & RTO Approved – Complies with government regulations for commercial and public transport vehicles.
Real-Time GPS & IRNSS Tracking – Supports multiple satellite systems for precise location monitoring.
GAGAN Support – Enhances navigation accuracy.
Emergency SOS Button Support – Sends immediate alerts during emergencies.
Remote Monitoring & Control – Allows real-time vehicle tracking and status updates.
Tamper-Proof & Waterproof (IP67) – Resistant to dust, water, and tampering.
Built-in Backup Battery (1000mAh) – Ensures tracking even when disconnected from vehicle power.
RS232 Interface – Supports external devices such as fuel sensors, RFID readers, and biometric authentication.
Over-the-Air (OTA) Updates – Firmware can be updated remotely without manual intervention.
Crash & Towing Detection – Alerts fleet operators in case of accidents or unauthorized towing.

Advanced Features

• Over-Speed & Green Driving Alerts

• Geofencing & Manual Geofence Setup

• Towing & Crash Detection

• Excessive Idling & Unplug Detection

• Fuel Monitoring via RS232

• Remote Firmware Updates (FOTA Web)

• RS232 Support for Biometric, RFID, Camera Integration

• Multiple Sleep Modes for Power Saving

Benefits of AIS 140 for Different Stakeholders

1. Fleet Operators

• Operational Efficiency: Real-time tracking allows for optimized route planning, fuel savings, and reduced vehicle downtime.
• Cost Savings: Proactive vehicle maintenance and route optimization lead to lower operational costs and higher profitability.
• Driver Accountability: Monitoring driver behavior, such as over-speeding or harsh braking, ensures safer and more responsible driving practices.

2. Government Authorities

• Enhanced Traffic Management: Real-time data integration helps authorities manage traffic flow, reduce congestion, and respond to incidents promptly.
• Law Enforcement: The availability of route and speed data helps in enforcing traffic laws and reducing road accidents.

3. Passengers

• Increased Safety: The panic button system ensures immediate assistance in emergencies, making public transport safer for passengers.
• Better Reliability: Accurate tracking improves service reliability by reducing delays and providing real-time updates to passengers.

4. Insurance Companies

• Accurate Claims Processing: Real-time data on vehicle behavior and location helps in assessing claims accurately, reducing fraudulent claims and speeding up settlements.

AIS 140 Compliance and Implementation Process

Step 1: Device Selection

Fleet operators must choose AIS 140-certified devices that meet the technical and regulatory specifications outlined by MoRTH.

Step 2: Installation and Integration

Certified technicians install the devices in vehicles, ensuring seamless integration with the vehicle’s electrical system and command center.

Step 3: Registration and Configuration

Once installed, the devices must be registered with the respective regional transport office (RTO) and configured to communicate with the centralized command center.

Step 4: Testing and Validation

Authorities conduct rigorous testing to ensure that the devices are functioning correctly and adhering to the AIS 140 standard.

Step 5: Continuous Monitoring and Compliance Reporting

Operators are required to submit regular reports on vehicle operations and ensure that the devices are maintained and updated as per regulatory requirements.

Challenges in AIS 140 Implementation

1. High Initial Costs

While the long-term benefits outweigh the costs, the initial investment in AIS 140-compliant devices and their installation can be significant for fleet operators.

2. Data Privacy Concerns

With continuous data transmission, concerns around data privacy and security must be addressed through robust encryption and data protection measures.

3. Network Connectivity Issues

In remote or rural areas, inconsistent network coverage can affect real-time tracking and data transmission, necessitating offline data storage solutions.

Future of AIS 140 in India’s Transportation Sector

AIS 140 is poised to play a pivotal role in shaping India’s transportation landscape by making it safer, more efficient, and more transparent. The ongoing integration of Artificial Intelligence (AI) and Machine Learning (ML) into AIS 140 systems will further enhance predictive analytics, enabling proactive incident management and route optimization.

As the government expands the scope of AIS 140 to include private vehicles and new transport categories, the impact on road safety, traffic management, and overall fleet operations will be profound, paving the way for a smarter and safer transportation ecosystem.