Raghava Nova — twin high-rise towers, Financial District Hyderabad

Vertical community planning

Raghava Nova Master Plan

See how twin towers, podium, clubhouse, bridges and Sky 62 stack circulation and open space—then cross-check details on site and in current drawings. Pair this read with the floor plans for apartment-level geometry and the amenities page for how those decks translate into daily programmes.

Raghava Nova Master Plan Image

Use the plan visuals below to understand how the podium and amenity layers are distributed across the site. Zoom until you can read fire engine loop paths, transformer yard setbacks, and the transition from public arrival plaza to controlled resident zones.

Raghava Nova full amenities master planRaghava Nova podium amenities master plan

Raghava Nova Planning Overview

The site is planned around two 61-floor towers and an unusually deep amenity program. The source highlights three lakh sq.ft of stilt-level lifestyle spaces, a 50,900 sq.ft standalone clubhouse and the 81,000 sq.ft Sky 62 amenity level.

The connecting bridge is a design and amenity feature, linking both towers at multiple levels and reinforcing the vertical lifestyle concept.

Bridges change evacuation psychology: residents need intuitive signage during smoke scenarios, and maintenance teams need hoisting plans for heavy rooftop equipment that might be staged via bridge levels rather than only ground hoists.

Planning highlights

  • Two high-rise residential towers
  • B+G+61 floor levels
  • Standalone G+4 clubhouse
  • Mid-level amenity zones
  • Sky 62 at about 220 metres
  • Dedicated two-car parking per unit

Reading the Raghava Nova master plan like a facilities manager

Most buyers glance at green blobs for landscaping and blue lines for pools, then move on. Slow down. The master plan is where you discover whether your future morning jog crosses active delivery ramps, whether kids cycle to the cricket net through a parking aisle, and whether the clubhouse banquet exit conflicts with resident vehicle egress during monsoon evenings.

Arrival and security zoning

Trace the path from main road to drop-off to lobby turnstiles. Count how many security checks a visitor passes before reaching your tower lift. Good plans minimise double backs; weak plans create daily friction for domestic help and elderly parents.

Service and waste

Locate garbage consolidation points relative to towers and playgrounds. Odour and leachate management matters in humid climates. Ask whether organic waste digesters or compactors are planned, and how many daily truck movements the layout assumes.

Stilt versus podium versus sky

Stilt layers handle high-frequency daily sports and pool use; sky levels handle aspirational programmes with lower duty cycles but higher safety training needs. Clubhouses handle celebration peaks. If one layer is overloaded in programming, noise bleeds into residences above unless slab isolation is engineered correctly.

Future plot context

Master plans sit inside larger urban fabric. Note blank parcels around the site boundary on city maps; they may become future towers that reshape wind or view. Ask the sales team for context height assumptions used in view studies.

How to use this page with site visits

Print a greyscale copy, mark three questions per zone, and walk the live site with a hard-hat if permitted. Photograph MEP shaft locations relative to your shortlisted tower footprint. Correlate those photos with this plan stack so memories stay anchored to drawings.

Closing

Master plan literacy turns Nova from a brochure fantasy into a lived community you can realistically navigate. Pair this reading with the location and amenities pages, then enquire with specific marked-up questions.

Stormwater and basement levels

Deep basements with multiple parking tiers need credible pump redundancy and generator fuel contracts. Ask how many hours of full load the estate can sustain during grid loss and whether sump pits are sized for intense Hyderabad cloudbursts.

Retail and daily convenience

If the master plan shows convenience retail at the edge, understand operating hours, delivery vehicle access, and whether noise from late-night outlets reaches lower-floor bedrooms.

Pedestrian safety for children

Draw imaginary lines from tower exits to play areas. If children must cross drive aisles, demand traffic calming features and sight-line mirrors at blind corners.

Clubhouse energy profile

Banquet halls and kitchens draw large HVAC and gas loads. Understand whether clubhouse utilities are metered separately and how their cost flows into maintenance budgets versus developer subsidy periods.

Tower separation and wind tunnels

Twin towers close together can create channelled wind at podium decks and pool areas. Ask whether computational fluid dynamics studies informed handrail heights, screen placements, and plant windbreaks.

Fire tender access

Verify loop road widths against local fire norms for your tower height class. Master plans can look spacious until temporary construction material stacks narrow turning radii during peak build phases.

Landscaped podium load

Heavy soil depths on structured slabs need drainage and waterproofing discipline. Ask about inspection galleries under planters if shown in detailed drawings, not only in artistic renders.

Phased handover risks

If any tower or parking wing can hand over earlier than others, understand how partial occupancy affects amenity access, security staffing, and whether you pay full maintenance for incomplete common areas.

Integration with city infrastructure

Note how storm drains tie into municipal networks at the plot edge. Blockages upstream during city-wide floods can still inundate basements if one-way valves or redundancy pumps are underspecified.

Sky bridge maintenance

Bridge links at height need periodic structural health monitoring, expansion joint care, and glass replacement logistics. Ask who owns cradle access routes for exterior cleaning at bridge façades.

Transformer and DG yards

Locate electrical yards relative to towers and pools. Acoustic berms, wall heights, and night-time DG testing protocols should appear in estate rules so new residents are not surprised during first grid failure drills.

Swimming pool structural stack

Pools on transfer slabs need waterproofing warranties longer than generic structure warranties. Ask whether leak-detection sensors or inspection hatches exist under pool shells.

Cycle and micromobility paths

If the plan shows cycling loops, verify whether they conflict with emergency vehicle paths and how scooters are charged if EV two-wheelers proliferate among staff.

Landscaping irrigation source

Large green decks need reliable non-potable water sourcing or STP reuse lines. Ask whether borewell dependence is planned and how groundwater compliance is maintained.

Security command centre placement

CCTV nerve centres should sit where operators can see both gatehouse feeds and tower lobby feeds without blind spots during shift changes.

Helipad and aviation easements

If any marketing sketch hints at rooftop landing infrastructure, verify aviation authority clearances and noise easements; they can constrain future crane operations during façade maintenance.

Boundary wall security

Perimeter intrusion sensors, electric fence segments, and camera overlap distances matter more than decorative stone cladding on compound walls.

Construction-phase buyer safety

During hard-hat visits, note how temporary barricades separate visitor paths from crane swing radii; disciplined sites usually translate into better long-term safety culture in the homeowners association.

Post-possession expansion joints in hardscape

Podium tiles over movement joints need replaceable detail; poor detailing causes trip hazards within the first monsoon cycle after handover.

Street frontage and noise berms

If the site fronts a busy arterial, check whether landscaped berms, acoustic walls, or building podium setbacks are dimensioned in plan rather than only illustrated in renders.

STP odour setbacks

Sewage treatment plants should sit downwind of outdoor dining and pool decks where possible, with maintenance paths that do not cross children’s play areas.

Loading docks for large moves

Ask whether furniture hoists or oversized lifts exist for penthouse-style deliveries if any duplex inventory appears later in sales phases.

Wayfinding for visitors

Large podiums confuse first-time guests; ask how numbering, colour bands, and digital kiosks will guide taxis from gate to tower without drivers calling you mid-trip.

Construction laydown areas

During build-out, ask where steel and glass pallets stage relative to future resident paths so you understand how much temporary chaos precedes the polished master plan render.

Keep a dated PDF archive of each master plan revision so later landscaping or podium shop insertions do not surprise you relative to the sales-stage drawing you memorised.

Share annotated master-plan PDFs with your interior designer only after you confirm they match the latest tower lobby revision issued to buyers.

Next step

Check unit availability and current pricing.

Share the configuration you are considering and the advisory team can help compare size, facing, floor-rise and payment-plan implications.

Enquire now