Architectural Design for building ID: DA53301B

Multi-Family Residential Development | 21m x 30m Urban Plot

Project Overview:

A modern, 5-storey apartment complex on a 70x100 ft plot, offering 6 fully self-contained 3-bedroom apartments—each with en-suite bathrooms, guest toilet, front and side balconies, and open-plan living/dining/kitchen areas, and a Penthouse of 4-bedrooms. An elevator/ lift is included. Designed for efficient land use and modern urban living.

Key Features:

* Total floor area: 2031 sqm / 21,862 sqft
* Ground floor: 12-vehicle with 8 as weather-protected parking 
* 1st–3rd floors: 2 apartments, 2.5 bathrooms per floor (total 6 units)
* Each apartment includes:
  * 2 ensuite bedrooms
  * Guest toilet
  * Front balcony (living area)
  * Side balcony (outdoor kitchen/laundry)
  * Dressing/makeup space in master bedroom

* 4th floor: A 4 bedroom, 4.5 bathrooms
  * 4 ensuite bedrooms
  * Guest toilet and laundry room
  * Large front balcony (living area)
  * Side balcony (outdoor kitchen/laundry)
  * Dressing/makeup space in master bedroom

Optional 5th Floor:

* Flat rooftop with access for solar, water tanks, laundry, or terrace with patio and laundry are or heaped roof with hidden water tanks.

Paid Construction Package Includes:

* Architectural, structural, and MEP drawings (PDF & editable DWG)
* Interior & exterior renderings
* Floor plans, sections, elevations
* Door & window schedules
* All based on British Standards (BS) and metric units

Why Invest?

* High rental yield potential from 6 family-sized units
* Efficient footprint on mid-sized urban lot
* Ready-to-build design with complete technical documentation
* Ideal for urban housing demand in fast-growing cities

📍 Next Steps:

* Download full construction pack at dpro.design or dprodesign.shop
* Contact us for customization or feasibility support on WhatsApp/ Telegram +256754463676 or email hello@dpro,design

This set of downloads includes only a PDF drawings in the metric and imperial systems and based on the BS (British Standards) and derivative design standards, analysis and construction principles.