Parking Layout Planner
Rough out how many bays a rectangular area holds. Enter the dimensions, pick a bay angle, and this lays out a double-loaded module (two rows sharing an aisle) and estimates the capacity — so you can compare 90-degree against angled before you draw anything.
Bays line up along this.
Modules stack across this.
Module for 90 deg (perpendicular): two 5.0 m bay rows + a 6 m aisle = 16 m deep, bays every 2.5 m.
12 bays per row × 2 modules × 2 rows.
Gross area per bay for this layout. 90-degree usually packs the most; angled needs a narrower aisle but wastes a little area.
Indicative only. This is an idealised rectangle with no columns, ramps, entries, lifts or irregular edges — a real parking layout by a professional fits fewer bays. Bay and aisle dimensions are typical planning values; confirm against NBC (SP 7:2026) and your local development-control regulations. Accessible bays, turning and egress must never be squeezed to lift the count.
Related Guides — Deep-dive reading
Parking Layout and Aisle Design in India: 90, 60 and 45 Degree Bays (2026)
How the angle of a parking bay decides everything else — the aisle width behind it, whether traffic runs one-way or two, how many cars fit per 100 square metres, and which layout suits a basement, an open lot or a driveway. Indicative dimensions to plan with, then confirm against NBC and your local rules.
ParkingParking Capacity and Efficiency in India: Maximising Bays per Floor (2026)
The design guide to fitting the most usable, safe bays into a given area — the gross-area-per-car efficiency metric, the big levers (layout angle, double-loaded aisles, a column grid aligned to bays, external ramps, minimal dead circulation), where mechanical systems change the maths, and the honest limit: never squeeze a count out of accessibility, egress or turning.
ParkingHome Garage Design in India: Sizing, Types and Layout (2026)
The start-here guide to planning a home garage in an Indian house — what a garage is really for beyond parking, the garage types at a glance (attached, detached, basement, stilt-integrated, single, double, tandem), indicative internal sizes, the door opening as a planning driver, floor and drainage, ventilation, and how the garage plugs into the house plan.
ParkingRelated Tools — You may also find these useful
Vehicle Turning Radius Calculator
Turning radius, wall-to-wall clearance and indicative aisle width a car needs in a parking layout, from its turning circle.
Parking CalculatorDriveway Width & Headroom Checker
Recommended driveway width by vehicle and direction, plus a headroom clearance check against the vehicle height.
Parking CheckerParking Capacity Calculator
How many car bays fit in a floor area, or how many a building must provide from its built-up area and a parking ratio.
Parking Calculator