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Dual CMC SBAS Landing System

Navigation + EFB (ATA 34 + 46 )
Overview Product description

Overview

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Introduction

Dual SBAS Landing System for Boeing 737-Classic Series

Logic Air’s STC integrates renowned CMC’s CMA-5024 GPS/SBAS Landing System Sensor Units and CMA-5025 SLS control panels (or Gables’ Touch DU – EASA 10075510) with the aircraft systems (FMS, EFIS and DFCS) to provide operational and safety benefits of Localizer Performance with Vertical Guidance (LPV) fully coupled precision landing capability.

Your needs

-

Your benefits

1. Enhanced Safety and Compliance

·Risk Mitigation: LPV minimizes the risk of Controlled Flight Into Terrain (CFIT) during approaches which can boost airline safety records.
·Regulatory Compliance: Adoption of advanced navigation solutions aligns with evolving aviation regulations, ensuring compliance. Added GPS sensor fully compliant beyond 2025 FAA requirement (for RNP1 and ASDS-B) (MMR replacement not required).

2. Operational Efficiency

·Fuel Cost Savings: LPV allows for more efficient flight paths, translating to significant fuel savings—potentially $1,500 to $5,000 per flight, which can accumulate across an airline’s operations.
·Reduced Delays: Fewer weather-related diversions improve on-time performance, directly impacting customer satisfaction and operational costs in low visibility approaches.       
  

3. Competitive Advantage

·Market Differentiation: Enhanced approach capabilities provide more reliable service, setting an airline apart and may attracting more customers with improved on-time performance.
·Expanded Route Options: Increased access to non-ILS airports opens new markets and routes, enhancing revenue potential across geographies.

4. Cost Management

·Lower Infrastructure Costs: LPV needs no ground infrastructure like traditional ILS, leading to significant savings for airlines and airports.
·Training Cost: Introduction of LPV capability does not have a significant impact on existing crew training program LPV utilize ILS look alike.

5. Sustainability Goals

·Fuel Efficiency: Reduced fuel consumption contributes to sustainability goals, appealing to environmentally conscious stakeholders and customers.
·Improved Emissions Profile: More efficient operations reduce carbon emissions, boosting the airline's corporate social responsibility profile.

6. Long-Term ROI

·Investment Payoff : Investing in LPV technology can yield a favorable return in 2-5 years through operational efficiencies, cost reductions, and improved service reliability.

7. LPV approaches are much more stable (not dependent on RF signal/interference/weather).
Boeing 737 Classic
€ RFQ

Product Description

The STC can be implemented in two parts:

1 - GPS /RNP: Introduces the GPS sensor units with the required interface to the aircraft systems (IRS, ADC, FMS, EGPWS and Transponder (ADS-B)) for
     RNP 1/RNP 0.3 operation.

2 - SLS/LPV: Provides GPS precision landing capability in an ILS look-alike format, requiring minimal crew training.

Your benefits

1. Enhanced Safety and Compliance

·Risk Mitigation: LPV minimizes the risk of Controlled Flight Into Terrain (CFIT) during approaches which can boost airline safety records.
·Regulatory Compliance: Adoption of advanced navigation solutions aligns with evolving aviation regulations, ensuring compliance. Added GPS sensor fully compliant beyond 2025 FAA requirement (for RNP1 and ASDS-B) (MMR replacement not required).

2. Operational Efficiency

·Fuel Cost Savings: LPV allows for more efficient flight paths, translating to significant fuel savings—potentially $1,500 to $5,000 per flight, which can accumulate across an airline’s operations.
·Reduced Delays: Fewer weather-related diversions improve on-time performance, directly impacting customer satisfaction and operational costs in low visibility approaches.       
  

3. Competitive Advantage

·Market Differentiation: Enhanced approach capabilities provide more reliable service, setting an airline apart and may attracting more customers with improved on-time performance.
·Expanded Route Options: Increased access to non-ILS airports opens new markets and routes, enhancing revenue potential across geographies.

4. Cost Management

·Lower Infrastructure Costs: LPV needs no ground infrastructure like traditional ILS, leading to significant savings for airlines and airports.
·Training Cost: Introduction of LPV capability does not have a significant impact on existing crew training program LPV utilize ILS look alike.

5. Sustainability Goals

·Fuel Efficiency: Reduced fuel consumption contributes to sustainability goals, appealing to environmentally conscious stakeholders and customers.
·Improved Emissions Profile: More efficient operations reduce carbon emissions, boosting the airline's corporate social responsibility profile.

6. Long-Term ROI

·Investment Payoff : Investing in LPV technology can yield a favorable return in 2-5 years through operational efficiencies, cost reductions, and improved service reliability.

7. LPV approaches are much more stable (not dependent on RF signal/interference/weather).