Industrial tenants—ranging from manufacturers to logistics providers—have specific functional and operational needs that directly shape the site layout, building envelope, and support infrastructure. Understanding these tenant-driven requirements is essential to designing flexible, market-aligned industrial parks and subdivisions.
Below are the key tenant requirements that influence design decisions across layout, building dimensions, and parking standards:
1. Site Access and Circulation Needs
- Truck and Trailer Access:
- Require wide internal roads (12–18 meters) and turning radii of 12–15 meters.
- Separate entry/exit points are preferred for better circulation.
- Require wide internal roads (12–18 meters) and turning radii of 12–15 meters.
- Gated Access & Security:
- Most tenants demand dedicated gate control, guard rooms, and CCTV-ready perimeters.
- Most tenants demand dedicated gate control, guard rooms, and CCTV-ready perimeters.
- Impact on Layout:
- Plots must be road-facing with adequate queuing and lay-by zones.
2. Preferred Plot Sizes and Building Coverage Ratios
- Light Industry/MSME Tenants:
- Plot size: 0.25 to 1 acre; prefer built-up area of 40–50% of the plot.
- Use balance for truck movement, loading bays, and small green buffers.
- Plot size: 0.25 to 1 acre; prefer built-up area of 40–50% of the plot.
- Mid-Size Manufacturers & Assemblers:
- Plot size: 1 to 2.5 acres; buildings with 60–65% ground coverage.
- Require more service yard space and utility zones.
- Plot size: 1 to 2.5 acres; buildings with 60–65% ground coverage.
- Large Logistics or Assembly Tenants:
- Plot size: 3 to 10+ acres; prefer large-span, high-clearance buildings.
- Building footprint covers 50–60%, with truck courts and dock loading zones occupying the rest.
- Plot size: 3 to 10+ acres; prefer large-span, high-clearance buildings.
3. Building Design Preferences
- Height Requirements:
- Warehouses: 10–14 meters clear height for racking systems.
- Manufacturing: Minimum 6–9 meters, depending on machinery.
- Warehouses: 10–14 meters clear height for racking systems.
- Structural Loads:
- Floor load capacity of 3–5 tons/m² for heavy operations or pallet storage.
- Floor load capacity of 3–5 tons/m² for heavy operations or pallet storage.
- Design Impact:
- Wide column spacing, pre-engineered building options, and ventilation layout influence width and orientation.
4. Parking and Loading Bay Ratios
- Two-Wheeler Parking:
- 1 space per 100–200 m² of built-up area for workforce-heavy tenants.
- 1 space per 100–200 m² of built-up area for workforce-heavy tenants.
- Four-Wheeler/Visitor Parking:
- 1 space per 300–500 m² for office/administration space.
- 1 space per 300–500 m² for office/administration space.
- Truck Parking & Docking:
- Minimum 1 truck bay per 500–1,000 m² of warehousing space.
- Space for full trailer parking (30–40 ft) with maneuvering lanes (9–12 m wide).
- Minimum 1 truck bay per 500–1,000 m² of warehousing space.
- Impact on Layout:
- Parking should not interfere with fire lanes or internal circulation.
- Often placed on the rear or side of buildings for operational convenience.
- Parking should not interfere with fire lanes or internal circulation.
5. Utility and Amenity Preferences
- Tenants expect:
- Pre-laid utility lines for power, water, and data.
- Common STPs/CETPs, fire hydrants, and DG provisions.
- Worker amenities like restrooms, canteen space, and drinking water points.
- Pre-laid utility lines for power, water, and data.
- Impact:
- Utility corridors and green belt zones are built into the layout width.
- Space for substations, tanks, or solar panels may reduce buildable area if not pre-planned.
- Utility corridors and green belt zones are built into the layout width.