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MRT Line 4

The Manila Metro Rail Transit Line 4 (MRT-4) is a proposed elevated heavy rail rapid transit line in Metro Manila, Philippines, spanning 12.7 kilometres (7.9 mi) with 10 stations, designed to connect the eastern suburbs from EDSA-Ortigas in Mandaluyong to Taytay in Rizal province, alleviating congestion along Ortigas Avenue and integrating with the existing MRT-3 at Ortigas station. As of November 2025, the project is in the pre-construction phase, with detailed engineering design finalization and right-of-way (ROW) acquisition ongoing; construction is expected to commence in 2026 under the Department of Transportation (DOTr), with operations projected by 2031. The line aims to serve over 400,000 passengers daily, featuring barrier-free access, modern signaling, and potential integration with future cable car extensions to Antipolo.

History and Development

The MRT-4 was first conceptualized in the during the administration as part of efforts to expand Metro Manila's network, initially proposed as a different alignment but revived in the to address eastern corridor congestion. In 2014, the project was prioritized under the Build, Build, Build program, with feasibility studies completed by 2017 and a shift from an initial design to a conventional elevated in for cost and capacity efficiency.) The project received approvals from the (NEDA) in 2020, with funding secured from the (ADB) and (AIIB) totaling around US$1 billion (approximately P59 billion). Delays due to the and ROW issues pushed the timeline; as of November 2025, DOTr is advancing and environmental clearances, with contracts expected in 2026.

Route and Stations

The MRT-4 will run elevated along Ortigas Avenue Extension and Manila East Road, serving densely populated areas in , , , , and Taytay. The 12.7 km route includes 10 stations: Ortigas (interchange with MRT-3), , Tiendesitas, , Ortigas Ave. Ext./ (proposed interchange with future lines), St. Joseph, Junction, San Juan, Tikling, and Taytay ( with depot). Stations will feature 120-meter platforms for 5-car trains (expandable), with the Taytay depot spanning 11.5 hectares for maintenance. The alignment avoids flood-prone areas and integrates with and future developments in the eastern corridor.

Operations and Features

Upon completion, the MRT-4 will operate as a medium- to high-capacity line with 5-car trains carrying up to 1,000 passengers each, achieving headways of 4 minutes during peak hours using (CBTC) signaling for automation potential. The system will include energy-efficient electric trains, for safety, and full with elevators, ramps, and tactile guides for persons with disabilities. Daily operations are planned from early morning to late evening, with an initial fleet housed at the Taytay depot. The project emphasizes sustainability, incorporating and standards for stations to minimize environmental impact.

Impact and Future

The MRT-4 is expected to reduce travel time from Taytay to Ortigas from over an hour by about 30 minutes by , serving over 400,000 daily commuters and cutting by shifting commuters from private vehicles and buses along the congested Ortigas corridor (average daily traffic: 185,000 vehicles as of 2021). It will boost economic growth in eastern and by linking residential, commercial, and industrial hubs, supporting urban development under the plan. Future extensions may include a link from Taytay to , enhancing connectivity to the Marikina Valley, with overall project cost potentially reaching P100 billion due to scope adjustments. Ongoing ROW acquisition and financing talks ensure progress toward integration into the broader network.

Overview

Route Summary

MRT Line 4 is a 12.7 km elevated railway line with 10 stations, designed to connect the EDSA-Ortigas Avenue junction near the existing MRT Line 3 Ortigas Station to the intersection of Taytay Diversion Road and Manila East Road in Taytay, Rizal. The route primarily follows Ortigas Avenue and its extension eastward, traversing key areas in eastern Metro Manila including Mandaluyong City, Pasig City, and Cainta before reaching Rizal province, thereby serving densely populated corridors with high commuter demand. This alignment enhances regional connectivity by linking urban centers to suburban and provincial road networks at its eastern terminus near Taytay Municipal Hall. The line features a fully elevated double-track viaduct structure, constructed to bypass severe ground-level along its path and ensure efficient operations at speeds up to 80 km/h. By providing an alternative to road travel, MRT Line 4 addresses the heavy vehicular load on Ortigas Avenue Extension, which recorded an of 185,699 vehicles in 2021. Current peak-hour commutes along this corridor, such as from Tikling in Taytay to EDSA-Crossing in , can exceed three hours, a duration the line aims to significantly shorten through dedicated service.

Capacity Projections

Upon completion, MRT Line 4 is projected to serve an estimated 400,000 passengers daily, drawing from corridor demand studies along the Ortigas Avenue extension where current road traffic exceeds 185,000 vehicles per day. The line's operational capacity will be supported by 5-car trainsets, each accommodating up to 1,000 passengers, operating at initial headways of 4 minutes during peak periods. This configuration, combined with (CBTC) signaling, allows for headway reduction to 2 minutes, enabling scalability to meet growing demand. Designed to handle peak-hour demand of approximately 20,000 to 30,000 passengers per hour per direction, the system aims to alleviate severe overcrowding on parallel roadways like and , where average daily traffic has surged 81% since 2012. Economically, the project is justified by substantial travel time savings, reducing commutes from current peak durations of 2 to 3 hours along the corridor.

History

Early Proposals

The origins of MRT Line 4 trace back to the mid-1990s during the administration of President , when it was initially conceptualized as Transit (LRT) Line 4 as part of broader efforts to expand rail connectivity in eastern . Proposed in 1995, the line aimed to alleviate urban congestion by linking key areas in , forming an early component of what would later be termed the Manila East Rail Transit concept. The plan envisioned an 18-kilometer route starting from the Old Bilibid Prison compound in , proceeding along Claro M. Recto Avenue and to , then through , Elliptical Road, and Commonwealth Avenue to the intersection of Commonwealth Avenue and in Barangay Kaligayahan, , . Estimated at PHP 16 billion, the project was endorsed in principle by the Legislative-Executive Development Advisory Council (LEDAC) and submitted to the (NEDA) and Investment Coordination Committee () for approval, with a target completion before 2000; it was championed by Inc. and a consortium of French and Filipino engineering firms under the Build-Lease-Transfer framework. Early alignments for the line varied to address different connectivity needs in the densely populated eastern corridor. The 1995 proposal focused exclusively on Quezon City, running an entirely elevated light rail system from Welcome Rotonda northward to Quirino Highway without extending into Rizal. Subsequent refinements in the late 1990s, as studied in the Metropolitan Manila Urban Transport and Land Use Integration Study (MMUTIS, 1996–1999) supported by the Japan International Cooperation Agency (JICA), incorporated a spur line branching from Batasan North along Commonwealth Avenue toward San Mateo in Rizal province, extending the total length to 28 kilometers while maintaining the core Quezon City route from Old Bilibid (Recto) to Quirino Highway in phases (Phase 1: 15.1 km to UP Diliman; Phase 2: 7.5 km to Quirino Avenue), with projected peak-hour ridership of 25,000–35,000 passengers. By the early 2000s, concepts shifted toward a more focused east-west orientation, with alternative routes including a potential link from Cubao to Antipolo to better serve circumferential traffic flows and integrate with existing lines like MRT-3 at Cubao. These evolutions culminated in the selection of the Ortigas-Taytay alignment by the mid-2010s, prioritizing access to the Ortigas Central Business District and minimizing land acquisition impacts compared to northern or southern variants. Feasibility studies in the , supported by JICA, underscored the urgency of the line by analyzing severe traffic bottlenecks in eastern . The MMUTIS highlighted the need for a medium-capacity to handle projected demand along radial corridors like Commonwealth Avenue and potential spurs to , emphasizing congestion issues. Later assessments, including JICA's 2014 Roadmap Study, identified chronic jams on C-5 Road and Ortigas Avenue Extension as critical issues, driven by rapid residential and commercial growth in areas like and ; these roads experienced average speeds below 20 km/h during peak hours due to high vehicle volumes and limited capacity. The studies recommended an () along the Ortigas-Taytay route—spanning 18.4 km with 16.2 km elevated and 2.2 km underground—to divert traffic from automobiles, improve east-west connectivity, and link with at V. Mapa and MRT Line 3 at , with projected daily ridership up to 485,700 passengers by 2053. Prior to 2015, the project faced significant hurdles that stalled progress beyond conceptual and feasibility stages. Funding shortages limited advancement, as resources were redirected toward completing MRT Line 3 expansions and maintenance amid operational challenges on existing lines. Competing national priorities, including the rehabilitation of MRT-3 and the rollout of other urban infrastructure under successive administrations, further delayed formal commitments, leaving early proposals in limbo despite repeated endorsements for their potential to ease eastern corridor congestion.

Project Development

In 2015, the project, initially designated as Light Rail Transit (LRT) Line 4, received approval from the National Economic and Development Authority (NEDA) Board as a public-private partnership (PPP) initiative, with an estimated cost of ₱50.15 billion for the design, construction, financing, operation, and maintenance of an 11-kilometer elevated rail line connecting Ortigas Avenue to Taytay in Rizal province. The approval aimed to attract private sector involvement to alleviate traffic congestion in eastern Metro Manila, though the project was subsequently removed from the priority PPP list in 2016 amid shifting priorities and expiration of the approval. By December 2019, the Department of Transportation (DOTr) secured renewed NEDA-Investment Coordination Committee (ICC) approval for the project, branded as MRT Line 4, covering a 15.56-kilometer elevated monorail from N. Domingo in Quezon City to Taytay with 11 stations, at an estimated cost of ₱59.3 billion. Funding milestones advanced significantly in the early , with the DOTr pursuing multilateral support to cover the expenses. In , the alignment was adjusted to 12.7 kilometers from EDSA-Ortigas to Taytay with 10 stations, and the design shifted from to heavy rail on the recommendation of IDOM to accommodate higher passenger volumes and future demand. This change, along with and material costs, increased the projected cost to at least ₱100 billion as of May 2025. In November , the (ADB) signed a $1 billion loan to finance key aspects of the project's phase. The (AIIB) expressed interest in co-financing, with negotiations targeting an additional $537.4 million to complement the ADB portion and ensure comprehensive coverage. These financial commitments underscore the project's integration into the national agenda, prioritizing sustainable urban mobility. The MRT Line 4 remains under the overall management of the DOTr, which oversees planning, construction, and regulatory compliance, while operations and maintenance are structured as a future to leverage private expertise for long-term efficiency. Environmental clearance was formalized with the issuance of an by the Department of Environment and Natural Resources on October 31, 2023, following the submission and review of the that addressed potential impacts on air quality, noise, and urban ecosystems along the route. As of November 2025, the DOTr is advancing right-of-way acquisition and has received interest from over 80 local and foreign firms for transit-oriented developments around the stations, with construction expected to commence in 2026.

Planning and Design

Alignment Selection

The alignment for MRT Line 4 was finalized in 2019 following approval by the National Economic and Development Authority Investment Coordination Committee (NEDA-ICC), selecting the Ortigas-Taytay corridor as the preferred route over other alternatives evaluated through a multicriteria analysis that considered factors such as cost, environmental impact, accessibility, traffic demand, and integration with existing infrastructure. This corridor was chosen to directly serve the high-density areas of Pasig and Cainta, which collectively house approximately 1.2 million residents, thereby addressing significant population growth and urban expansion in eastern Metro Manila and Rizal Province. The decision prioritized connectivity to major commercial hubs like Ortigas Center while maximizing coverage for the estimated 185,699 to 500,000 daily commuters reliant on congested eastern roads such as Ortigas Avenue and Manila East Road. Traffic impact studies, including a comprehensive Traffic Impact Assessment (TIA), informed the selection by demonstrating the corridor's potential to alleviate severe congestion and reduce travel times by up to 50% for commuters traveling between and central business districts. These studies highlighted the route's ability to bypass flood-prone low-lying areas, such as those near the and Manggahan Floodway, through an elevated design that incorporates advanced drainage systems capable of handling 454.9 mm/hour rainfall and 50- to return periods, thereby enhancing resilience against frequent typhoons and seasonal flooding in the region. The elevated alignment utilizes existing road rights-of-way along Ortigas Avenue Extension and Taytay Diversion Road, minimizing land acquisition needs and environmental disruption compared to alternative alignments that would require more extensive underground or at-grade construction in vulnerable zones. A key aspect of the integration planning was ensuring seamless connectivity with the broader rail network, including interchanges with MRT Line 3 at the EDSA-Ortigas station and future lines such as the at Ortigas Avenue. This design facilitates multimodal transfers and supports , with stations positioned within 500 meters of high-density residential and commercial areas to capture a substantial share of the corridor's commuter base. Following the 2019 feasibility study, which initially proposed a system, the alignment was revised to an elevated heavy rail configuration to achieve higher —up to 1,000 passengers per —and greater cost-efficiency over the long term, accommodating projected demand growth while aligning with interoperability standards for the national rail network. This shift was validated through detailed assessments that emphasized the heavy rail's superior performance in handling peak-hour volumes and reducing operational costs relative to the lower- monorail option; the change was confirmed in the 2022 detailed , leading to potential cost increases to up to P100 billion as of May 2025, with construction expected to commence in 2026.

Station and Infrastructure Design

The MRT Line 4 features 10 elevated stations spanning 12.7 kilometers along Ortigas Avenue Extension from the EDSA-Ortigas junction in Pasig to Taytay in Rizal province. These stations incorporate two primary typologies: narrow stations measuring approximately 120 meters in length and 18.5 meters in width, and standard-width stations at 120 meters long and 29 meters wide, with the EDSA station designed as a double-concourse type extending to 165 meters in length to accommodate higher ridership. The stations, listed from west to east, are: EDSA (at the EDSA-Ortigas intersection in Pasig), Meralco (near Meralco Avenue in Pasig), Tiendesitas (in Pasig), Rosario (in Pasig), St. Joseph (straddling Pasig and Cainta), Cainta Junction (in Cainta), San Juan (in Cainta), Tikling Junction (in Taytay), Manila East Road (in Taytay), and Taytay (near Manila East Road and Taytay Diversion Road in Taytay).
Station NameLocationPlatform LengthStation Type/Width
EDSA-Ortigas, Pasig165 mDouble Concourse / 29 m
MeralcoMeralco Avenue, 120 mNarrow / 18.5 m
TiendesitasTiendesitas, 120 mNarrow / 18.5 m
Rosario, 120 mNarrow / 18.5 m
St. Joseph-Cainta boundary120 mStandard / 29 m
Cainta Junction120 mNarrow / 18.5 m
San Juan120 mNarrow / 18.5 m
Tikling JunctionTaytay120 mNarrow / 18.5 m
Manila East RoadTaytay120 mStandard / 29 m
TaytayTaytay Diversion Road, Taytay120 mStandard / 29 m
Accessibility is a core aspect of the station design, with barrier-free features including elevators and escalators at all stations to support persons with disabilities (PWD), the elderly, and other vulnerable users, alongside tactile paving and Braille signage for visual impairment navigation. The endpoint stations at and Taytay integrate with existing transport nodes, facilitating connections to nearby bus stops and terminals along Ortigas Avenue and Taytay's local routes. Supporting infrastructure emphasizes and , with the entire route supported by a 12.7-kilometer elevated constructed using precast segmental box girders to minimize disruption. Noise barriers, including panels, are incorporated along the viaduct near sensitive areas to reduce operational sound impacts. is provided through substations linked to the local grid, such as one near Avenue, while ventilation systems combine natural airflow in station areas with mechanical units in enclosed spaces like restrooms. The maintenance depot occupies an 11.5-hectare site in Barangay San Juan, Taytay, Rizal, adjacent to Club Manila East and the Taytay Municipal Hall on the former Excelsior Villas development land, dedicated to train stabling, inspection, and repair activities.

Technical Specifications

Track and Signaling

The MRT Line 4 employs a double-track configuration on an elevated viaduct spanning 12.7 km, utilizing precast concrete segmental box girders for the superstructure to ensure structural integrity and adaptability to urban terrain. The mainline features slab track with 60E1 rails fastened to concrete beds, providing a smooth and low-maintenance running surface, while the depot includes ballasted, embedded, and pit tracks with turnouts for vehicle shunting and stabling. The entire system adheres to a standard gauge of 1,435 mm, compatible with international rolling stock standards and facilitating efficient operations across the network. Electrification is provided by a 1,500 V overhead system (OCS) using lateral poles and a feeder-messenger design, which supplies power from traction substations converting 20 kV AC to , minimizing losses and supporting high-capacity urban rail . This setup includes redundancies in power distribution from the grid via and NGCP, ensuring reliable operation and alignment with energy-efficient practices for elevated systems in seismic-prone areas. The signaling infrastructure relies on (CBTC) for , operating at Grade of Automation 4 (unmanned) with a moving-block principle to enable precise positioning and collision avoidance. Achieving 4 (SIL 4) through hardware redundancy, the system supports initial headways of , potentially reducible to 2 minutes using CBTC during peak hours to meet growing demand. It integrates with a Centralized Train Control (CTC) for oversight and connects physically to MRT Line 3 at via a 600 m walkway, though distinct signaling protocols require manual transfers. Key safety features encompass earthquake-resistant engineering compliant with the National Structural Code of the Philippines (NSCP), incorporating deep pile foundations on bedrock, mitigation, and expansion joints in rails to withstand displacements from faults like the West Valley Fault (up to magnitude 7.2). Structures exceed minimum seismic requirements with regular inspections, while half-height (1,500–1,700 mm) prevent falls, and emergency protocols align with NFPA 130 standards for evacuation and fire response. As of November 2025, these specifications are planned, with construction expected to start in 2026.

Rolling Stock

The rolling stock for MRT Line 4 will consist of 5-car electric multiple units (EMUs) designed for expansion to 6 cars to accommodate future demand growth. The full fleet is planned to include 35 trainsets to support peak-hour operations with a target headway of 4 minutes. Each trainset will have a capacity of approximately 1,000 passengers, enabling the system to handle up to 20,000 passengers per hour per direction during initial operations. Key features of the trainsets include systems to improve , with mean service brake deceleration of 1.0 m/s² and emergency brake deceleration of 1.2 m/s². Passenger information systems (PIS) will provide real-time updates via onboard displays, enhancing user experience and integration with the line's (CBTC) signaling. The design adheres to standards for compatibility and reliability, drawing similarities to the rolling stock used on MRT Line 7. Procurement of the will occur through a public-private partnership () framework as part of the railway systems and trains (RS&T) component, ensuring alignment with international financing and operational guidelines. Maintenance activities will be conducted at a dedicated depot featuring 24-hour operations, including regular inspections, overhauls, and stabling to maintain fleet availability and safety.

Construction Status

Pre-Construction Activities

Pre-construction activities for the MRT Line 4 project encompassed essential preparatory measures to ensure the feasibility and sustainability of the 12.7-kilometer elevated rail alignment from Ortigas Avenue to Taytay, Rizal, with 10 stations. These efforts, spanning 2021 to 2025, focused on technical assessments, land securing, environmental compliance, and infrastructure adjustments along the route through Pasig, Cainta, and Taytay. Soil testing and geotechnical surveys were conducted along the proposed alignments to evaluate stability and requirements for the elevated structures. These investigations, integrated into the detailed design phase, involved sampling at multiple sites to analyze subsurface conditions and inform engineering decisions. By late 2024, preparatory surveys had progressed sufficiently to support upcoming construction, with ongoing activities reported into 2025 as part of advanced works ahead of the anticipated 2026 groundbreaking. Right-of-way acquisition advanced steadily, targeting the primarily existing roadway corridor to minimize disruptions, with efforts concentrated in urban segments of and Taytay. The coordinated expropriations and negotiated sales for affected properties, including provisions for resident relocation and resettlement under national guidelines. As of October 2025, acquisitions were progressing without major obstacles, with full clearance projected by the second quarter of 2027 to align with timelines; a new law signed in September 2025 further expedited the process for infrastructure projects like MRT-4. Environmental preparations included the completion of the (EIA) process, initiated in 2022 with scoping and baseline studies, culminating in the submission of the in May 2023 to the Environmental Management Bureau. The EIA incorporated strategies for and , such as the use of bored piling techniques during construction to reduce ground disturbances, installation of noise barriers and mufflers on equipment, and vegetation planting along the alignment to attenuate operational sounds. Additional offsets addressed vegetation loss through a flora , earth-balling of mature trees, and coordinated tree-planting programs with the Department of and Natural Resources and local governments to restore ecological balance. Utility relocations were planned and initiated in coordination with key providers to clear the alignment, particularly along Ortigas Avenue Extension. The Department of Transportation collaborated with Manila Electric Company (Meralco) for the relocation of power lines and poles, completing a significant portion of work orders by mid-2024 to facilitate rail progress. Similar efforts involved for water adjustments, ensuring minimal service interruptions through phased diversions as outlined in the project's . These activities, ongoing into 2025, supported readiness without delaying the overall pre-construction schedule.

Timeline and Contracts

The MRT Line 4 project is scheduled to commence construction in the first quarter of 2026, following delays from earlier estimates that targeted a 2024 or early 2025 start due to the finalization of funding arrangements. Full commercial operations are anticipated by the fourth quarter of 2031, marking the completion of this elevated heavy rail system spanning 12.7 kilometers from EDSA-Ortigas to Taytay in Rizal province, with 10 stations. The project timeline incorporates key milestones such as the substantial completion of major civil works, including the viaduct, by 2029, followed by system testing and integration in 2030 to ensure readiness for passenger service. The development is structured around five primary contract packages to facilitate efficient and execution: civil works for the mainline , station construction, the operations depot and substations, railway systems including signaling and , and . As of late 2025, pre-qualification and bidding processes are underway, with local and foreign firms, including Japanese consortia, expressing strong interest in the civil works and systems packages. Awards for civil works are expected to a Japanese-Filipino , while systems integration and contracts are targeted for completion by 2027 to align with the overall schedule. The total project cost is estimated at ₱100 billion, reflecting adjustments from the initial ₱59.3 billion due to design upgrades from to heavy and factors. Approximately 60% of the budget, or around ₱60 billion, is allocated to civil works encompassing the , stations, and depot, with the remainder covering systems, , and a provision of about 10% to account for potential cost escalations from material price fluctuations and unforeseen site conditions. Funding is primarily sourced through loans from the and other multilateral institutions, with negotiations ongoing to secure the full amount.

Future Extensions

Antipolo Cable Car Integration

The Antipolo Cable Car Project proposes an urban cable car system to extend connectivity from the MRT Line 4's Taytay station to Antipolo City center, serving as a direct link for residents in the densely populated Rizal province. This initiative represents the Philippines' first public urban cable car, designed to navigate the challenging hilly terrain where conventional rail infrastructure would be difficult to implement. By providing an elevated, efficient transport option, the project aims to complement the MRT-4 and address mobility needs in an area with significant commuter traffic to Metro Manila. A pre-feasibility study funded by the Asian Development Bank (ADB) was completed in 2024, confirming the project's viability, with the detailed feasibility study expected to commence in 2025 to finalize technical and financial aspects. As of late 2025, no confirmed start date for the study has been announced. Bidding under a solicited public-private partnership (PPP) model is targeted for 2026, followed by a two-year construction period, aiming for operational service by 2028. The system will utilize a modern design optimized for urban environments, featuring multiple intermediate stations to connect key locations between Taytay and . Integration with MRT-4 will occur at the Taytay endpoint, including provisions for single ticketing to enable seamless fare payment and transfers across both modes. This unified ticketing approach is intended to encourage usage and improve overall passenger experience. Key benefits include reduced reliance on overcrowded buses and jeepneys for Antipolo's commuters, who number in the hundreds of thousands daily traveling to and from . The cable car will minimize road congestion in narrow, winding routes, boost accessibility to economic and tourist sites, and promote in a region prone to traffic bottlenecks. While exact capacity and route length will be confirmed in the 2025 study, the project is positioned to handle substantial passenger volumes comparable to urban roadways.

Network Connectivity

MRT Line 4 is designed to integrate seamlessly with existing rail networks through key interchange stations, facilitating efficient multimodal travel across . The line's northern terminus at EDSA-Ortigas station provides direct interchange with , allowing passengers to transfer via an elevated approximately 600 meters long, thereby linking the new line to the north-south corridor along Avenue (). Further south, the enables interchange with through a 300-meter elevated connecting the two stations, enhancing access to the east-west services of LRT-2. At , provisions for future connectivity include a 200-meter to the Ortigas station of the (), supporting planned underground expansions. To extend reach beyond rail, MRT Line 4 incorporates feeder systems that connect with surface transport options. At the southern terminus in Taytay, integration with bus feeder routes will provide onward travel to surrounding areas in Rizal province, while similar bus links at Pasig stations, such as Rosario and Tiendesitas, will support local distribution. These efforts align with broader intermodal planning, including coordination with jeepney routes undergoing modernization under the Public Utility Vehicle Modernization Program, which aims to consolidate and upgrade traditional jeepneys into eco-friendly fleets for better last-mile connectivity. The line's ticketing infrastructure will utilize contactless smart cards fully compatible with the existing Beep system, enabling seamless fares across and LRT networks without the need for separate purchases. This unified system, already in use on Lines 1, 2, and 3, supports reloadable cards and promotes interoperability for the region's growing rail network. In the long term, forms a critical component of the Roadmap for Transport Infrastructure Development for , bolstering east-west connectivity along the Ortigas Avenue corridor to alleviate congestion on by diverting traffic from the overburdened north-south artery. By serving the eastern suburbs and integrating with planned extensions like the cable car, it contributes to a more balanced transport framework, reducing overall travel times and promoting sustainable urban mobility.

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