Authorities mull counterflow BRT system to give RTC buses a faster run through Hyderabad’s IT corridor
Authorities in Cyberabad are weighing a Counterflow Bus Rapid Transit (BRT) system to speed up Road Transport Corporation (RTC) buses through Hyderabad’s IT corridor, potentially giving public transport an operational edge over peak-hour congestion without worsening conditions for other motorists.
Proposal under study for JNTU–Raidurgam stretch, with possible extensions
The Cyberabad traffic police are examining the feasibility of a counterflow BRT between JNTU Junction and Raidurgam Metro Station via HITEC City, with the option of extending the corridor towards Waverock and the Financial District. The concept would allocate a dedicated counterflow lane for RTC buses along select segments, enabling them to bypass traffic chokepoints while maintaining general traffic flow in the regular lanes.
The plan was discussed at a coordination meeting on Thursday, October 1, following a traffic and BRT survey carried out by the Foundation for Resources and Innovations Policy (FRIP) in coordination with the Society for Cyberabad Security Council. Authorities said the proposal aims to increase public transport capacity and cut journey times along one of Hyderabad’s busiest commutes, where daily slowdowns routinely spill across multiple junctions.
Trial run and simulations to test counterflow viability
To assess how the system might function on the ground, officials ordered a physical trial on Thursday evening with buses operating on both sides of the roadway to observe real-time traffic movement, lane merging and conflict points. The exercise is intended to identify operational risks and refine design elements such as where and how buses should enter and exit the counterflow lane.
Authorities have also compared counterflow operations with kerb-side BRT options using traffic simulations. These analyses are intended to determine whether a counterflow configuration would deliver significant travel time reductions for buses without causing unacceptable delays or safety risks for other road users.
Persistent bottlenecks flagged along the corridor
Before any counterflow BRT could be introduced, officials acknowledged a number of recurring obstructions that must be addressed. These include inadequate bus bays, roadside parking and encroachments, weak lane discipline, pedestrian crossings through active carriageways, unauthorised vehicle stopping, conflicts at junctions and inadequate pedestrian facilities. Each of these factors can degrade bus speeds and impede the reliable separation of bus and general traffic that a BRT system requires.
Service capacity and integration with existing operations
TGSRTC currently operates up to 15 buses per hour along the proposed corridor and has indicated it could introduce additional services if infrastructure allows. The agency is exploring how existing and potential new services would be integrated into a counterflow lane, with the goal of reducing dependence on private vehicles by increasing the availability and reliability of public transport.
At the coordination meeting, officials discussed optimal bus entry and exit points for the counterflow lane, designated stopping locations, turning movements and safe, efficient boarding arrangements. Adequate bus shelters and bays were identified as essential to keep boarding activities outside the main carriageway and to prevent spillovers that could undermine both bus operations and general traffic flow.
Supporting infrastructure and civic commitments
Civic officials pledged support for upgrades to footpaths, bus bays and related pedestrian infrastructure along the corridor. Such improvements are viewed as critical to the success of the proposed BRT, enabling safer pedestrian movement to and from bus stops and minimising conflicts with moving traffic.
Next steps and further review
Joint Commissioner of Police (Traffic) Sunpreet Singh directed FRIP to reassess the proposed JNTU–Raidurgam lane configuration and examine the feasibility of extending the counterflow facility towards Waverock and the Financial District. Particular attention is being paid to the Raidurgam area, where buses would have to merge back into regular traffic—a point identified as operationally sensitive and central to the system’s overall safety and performance.
Significance for Hyderabad’s IT corridor
If implemented successfully, the counterflow BRT could mark a notable shift in how bus services are prioritised through one of Hyderabad’s most congested stretches, delivering faster and more predictable journeys for commuters. However, officials emphasised that the plan’s success hinges on addressing existing bottlenecks, calibrating entry and exit movements with precision and ensuring that pedestrian and bus infrastructure keeps pace with operational changes.
With on-ground trials underway and a detailed reassessment ordered, the authorities are moving toward a clearer determination of whether a counterflow BRT can be deployed safely and effectively along the IT corridor—potentially setting a model for targeted bus prioritisation in other high-demand urban corridors.
