

Looking for the most accurate airport spatial database to enhance ground operations? Our certified Lido AMDB provides geo-referenced, high-precision airport layouts for seamless integration with EFB moving maps and advanced avionics. It includes detailed runway, taxiway, and building geometry to support Airbus OANS/ANF and Boeing AMM with reliable, up-to-date data.
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Lido AMDB provides geo-referenced airport data to prevent runway incursions and enhance situational awareness, ensuring safe ground operations.

Fully compatible with Airbus and Boeing systems, Lido AMDB supports advanced functions like brake-to-vacate and runway overrun prevention for optimized efficiency.

Offering detailed layouts for over 2,300 airports, Lido AMDB supports not just navigation, but also digitalization, autonomous navigation, and advanced air mobility.
Lido AMDB enhances safety, efficiency, and performance, helping your airline operate smoothly and stay ahead in today’s demanding aviation environment.

By automating complex ground navigation tasks and enhancing visual cues, Lido AMDB reduces pilot workload, allowing for greater focus on decision-making during critical phases of ground operations.

Features such as brake-to-vacate on Airbus aircraft minimize brake wear and reduce maintenance needs, resulting in significant cost savings and improved fleet availability.

Lido AMDB provides real-time, up-to-date data, enabling faster, more informed decision-making for ground crews and pilots, thereby optimizing overall operational flow and reducing delays.

Certified to meet the highest industry standards, including EASA Service Provider Type 1 and RTCA compliance, Lido AMDB ensures that airlines are always using data of the highest quality and reliability, minimizing risks of non-compliance.

Supported avionics and EFB functions include:
• Airport Moving Map (AMM)
• Brake To Vacate (BTV)
• Runway Overrun Prevention System (ROPS)
• Approaching Runway Advisory (ARA)
• Take Off Security Pack 2 (TOS 2)

The precise ground data for more than 2,300 airports is also available as vector datasets for additional use cases, including:
• Digitalization of airport ground processes
• Take-off and landing performance calculations
• Autonomous ground navigation/Advanced Air Mobility
• Board entertainment systems
• Synthetic and combined vision systems
• Charting
• Flight simulators and gaming
• Research projects
