The recommended Metro transit corridor (in Phase-2) to Whitefield is shown passing along the existing Airport road straight east towards Varthur, thence northwards towards Whitefield Commuter railway station. Thus, the more developed areas in Whitefield, where most tech companies, businesses & high-rise residences are situated, are not covered. It may be far more functional if this route could turn left at Karunashraya & pass through Kundalahalli cross, turn right opposite Graphite India & pass through KIADB area, ITPL & Kadugodi before aligning with Whitefield road. There are no direct mass-transit routes otherwise recommended to these points in the CTTP, & a TTMC proposed at ITPL may not help as commuters would need to interchange modes. Quality seeking professionals, who are sensitive to traffic delays, detest inconveniences such as transfers, any time penalty that usually cannot be avoided when changing modes & who generally use private vehicles, commute daily to these areas, & will also start preferring the Metro with the convenience of this realignment & direct connectivity. An additional rapid bus corridor can be arranged from Marathalli /Karunashraya to Whitefield CR station via the broad Varthur road to fill the gap there as a result of this re-alignment, if volumes justify the need.

The attached Sketch “CTTP–No MRTS within SE CBD” indicates that the very large area marked by a red outline – the South-Eastern quadrant of the inner core area within CRR that has important CBD points such as JC Rd (105,000 PCUs), KH Rd (96,000 PCUs), Lalbagh Rd (61,000 PCUs), Corporation /Hudson Circle & Richmond Circle does not have convenient Mass transit within easy reach. Very large nos. of commuters travel to activity centers around these areas daily & school going children /staff to various schools & offices arriving by private vehicles choke up Richmond /Residency roads during school times. The only TTMC at Shantinagar may not attract these commuters due to the inconvenience of long distances, transfer to buses & the time delay involved.