Building on a Stand in Zimbabwe: What Should You Check Before Construction Starts?

Most people planning to build move quickly from buying a stand to hiring a draughtsman. The stand itself gets little scrutiny beyond its location and price. The soil is not tested. The drainage pattern is not observed. Nobody calls the local authority to confirm what the zoning actually permits. Nobody asks ZESA whether the area has a grid connection.

These things get discovered during construction, or after it. At that stage, they are always more expensive to deal with than they would have been upfront.

This article covers what to verify about your stand, its physical conditions and its services before construction begins. Some checks take a few days. Others take longer and have cost implications that must be reflected in the project budget before a single drawing is completed.

Legal and Planning Checks

Zoning and permitted use

Zoning determines what can be built on a stand and to what scale. In Zimbabwe, zoning is governed by local authorities under the Regional, Town and Country Planning Act [Chapter 29:12] and the Urban Councils Act [Chapter 29:15]. Each local authority sets its own zoning maps and bylaws.

Residential zones are subdivided. A stand zoned for a single-family house may not permit a block of flats or a cottage to rent alongside the main dwelling. A stand with mixed-use zoning may permit a home office or a small shop. A stand that appears residential may carry restrictions on building height, number of units, or minimum floor area.

Verify the specific zoning of the stand with your local authority before commissioning house plans. If your intended design does not comply with the zoning classification, the plans will not be accepted regardless of how well they are drawn. Redesigning after plans are submitted wastes time and professional fees.

Plot coverage and building lines

Plot coverage is the proportion of the stand that can be built on. Building lines are the minimum distances the structure must be set back from the road boundary and the side and rear boundaries.

These requirements are set by the local authority's model building bylaws and are checked at plan submission. A stand that is physically large enough for a six-room house may have coverage restrictions that limit how much of it can be built on. The building lines then further constrain where on the stand the structure can sit.

Confirm both the permitted plot coverage and the building lines with your local authority before the architect or draughtsman designs the floor plan. The floor plan must fit within the area left after applying these constraints. Designing without this information risks producing plans that cannot be approved.

Servitudes and title restrictions

A servitude is a legal right that gives another party the use of part of your stand for a specific purpose. Common servitudes on residential stands include:

• Rights of way for access across the stand
• Drainage servitudes reserving a strip for stormwater or sewer pipes
• Electrical servitudes for overhead power lines or underground cables
• Telecommunications servitudes

Servitudes appear on the title deed or the diagram attached to the title deed. They are registered against the property and bind every owner. You cannot build within a servitude area, and you cannot have a servitude removed without the consent of the benefiting party, which in the case of utility servitudes is often the local authority or ZETDC.

Check the title deed and the survey diagram for registered servitudes before the building footprint is positioned on the site plan. A servitude running diagonally across what appeared to be a clear building area changes the design options for the entire project.

Site and Ground Conditions

Soil type

The soil under the stand determines the type of foundation required. In Zimbabwe, most Highveld areas, including Kadoma and Harare, have decomposed granite or red laterite soils with reasonable bearing capacity. Standard strip footings work well on these soils. However, not every stand is on Highveld granite.

Expansive clay soils are found in parts of Zimbabwe where basalt is the underlying rock, and in low-lying areas with high moisture retention. These soils, sometimes called black cotton soil, expand significantly when wet and contract when dry. The Herald Zimbabwe has documented the effect on buildings: repeated expansion and contraction causes cracking, shifting, settling and in severe cases structural failure of walls, frames and foundations. Zimbabwean property developer Simanga Madhlabuta has publicly noted the significant challenges expansive clay soils present for residential construction foundations.

When a standard foundation is placed on expansive soil without modification, the result is cracks in the walls and frames, expensive to fix and impossible to reverse without significant structural intervention.

Before the structural engineer specifies the foundation design, the soil conditions on the stand should be assessed. This does not always require a formal geotechnical investigation for a straightforward residential stand. An experienced local contractor or structural engineer who knows the area can often advise whether the soils are typical for the neighbourhood or whether further investigation is warranted. What it does require is that someone who knows soils has visited the site before the foundation is designed, not after it is poured.

Sandy soils present the opposite challenge: low bearing capacity. Most Zimbabwean construction areas have gravel or decomposed rock rather than pure sand, but sandy profiles do occur near riverbeds and water margins. A stand near a river or vlei should be assessed carefully.

Drainage and stormwater

Observe the stand across at least one significant rainfall event before construction begins. Where does the water go? Does it collect on the stand, move through it, or drain naturally away?

Zimbabwe's rainy season runs from November to March and delivers heavy rainfall concentrated into short periods. A stand that drains well during light rain may flood during a sustained storm. Low-lying areas, stands near drainage channels, and stands at the bottom of a slope all carry drainage risk.

Poor drainage creates two construction problems. The first is during the build: standing water in excavated trenches disrupts concrete work and prolongs the foundation stage. The second is long-term: water sitting against the foundations of a completed house causes damp, undermines the concrete, and in clay soils causes differential heaving as moisture levels change seasonally.

The site plan must show how stormwater will be managed across the stand. This means confirming the natural fall of the ground, identifying where water will exit the site, and ensuring the house is positioned and oriented so that surface water drains away from the building rather than towards it.

If the stand is in a flood-prone area or near a watercourse, additional investigation is required before committing to the design.

Site Access

Material delivery is a practical constraint that is easy to overlook in the planning phase and expensive to ignore during construction.

Before construction begins, confirm:

• Whether a large delivery truck can reach the stand, turn around, and leave without becoming stuck
• The condition of the access road, particularly during the rainy season
• Whether the road is public, privately maintained, or legally accessible
• Where on the stand materials will be offloaded and stockpiled

In established urban areas in Kadoma, access is generally not a problem. On new stands in developing areas, or in peri-urban locations, the access road may not have been completed or may deteriorate significantly in the wet season.

A stand that requires materials to be hand-carried from the nearest accessible road adds cost and time to every delivery throughout the build. Cement, aggregate, bricks and roofing sheets all arrive in quantity. Logistics that are awkward become genuinely expensive across the full volume of materials a residential build requires.

Services

Electricity: what to confirm before construction

Before construction begins, confirm whether the stand has an existing ZETDC supply connection. If not, find out whether the road or neighbourhood has grid infrastructure from which a new connection can be made.

In developing suburbs and newly opened areas, grid access cannot be assumed. A house can be fully completed and have no electricity supply if the distribution network has not yet reached the area.

Getting electricity connected where infrastructure is available involves three steps, each with its own cost. The Propertyzone infrastructure cost guide documents the Harare-area fee structure: a mandatory ZETDC application and inspection fee of USD 25 is payable before connection is processed; the internal electrical installation must be completed by a licensed electrician and issued a Certificate of Compliance confirming it meets the requirements of the Model Building Bylaws, which costs USD 150 to USD 300 for a basic residential installation; and the service connection administration fee for a low-density residential stand in an established area is approximately USD 200 to USD 400. Where the distribution network does not yet reach the stand boundary, ZETDC may quote a separate infrastructure contribution charge that in developing suburbs can range from USD 500 to USD 2,000 depending on the length of line extension required. Kadoma-specific costs should be confirmed directly with ZETDC.

The absence of a reliable grid connection is the strongest practical argument for designing a solar installation into the building from the start rather than retrofitting it later.

Water: municipal connection or borehole

Confirm whether the stand has access to a municipal water supply. If a supply pipe runs on the road fronting the stand, a connection application can be made to the local authority. If not, the options are extending the municipal supply or installing a borehole. The Propertyzone infrastructure cost guide documents the Harare City Council one-time low-density residential water connection fee at USD 420. Kadoma City Council fees should be confirmed directly.

If a borehole is the proposed water source, the Water Act [Chapter 20:24] requires two separate legal steps before water can be used.

The first is an Authority to Drill, obtained by submitting Form GW1 to the relevant sub-catchment council before any physical drilling begins. Section 35(1) of the Water Act requires written authority before drilling commences. The GW1 application requires a completed form, the applicable fee, proof of land ownership, a site report identifying the proposed drilling location, and a topographical map. Drilling without this authority is a legal violation.

The second is an Abstraction Permit, obtained by submitting Form GW4 after drilling is complete. This is the document that legally authorises the use of the water. Completing the drilling does not by itself permit pumping. Both permits are required, and completing one stage does not satisfy the other.

As the Propertyzone borehole compliance guide explains, sub-catchment councils retain primary responsibility for issuing these permits and maintaining the groundwater register for their areas. ZINWA steps in only where a sub-catchment council lacks capacity to perform its mandate. Your first point of contact is the relevant sub-catchment council, not ZINWA's central offices.

Zimbabwe has 47 sub-catchment councils across seven national catchments: Manyame, Save, Umzingwane, Gwayi, Sanyati, Runde and Mazowe. Kadoma sits within the Sanyati Catchment, based on the drainage of the Muzvezve River through the Sebakwe into the Sanyati system. The specific sub-catchment council responsible for Kadoma's groundwater should be confirmed with ZINWA (zinwa.co.zw) or the relevant Catchment Council before any drilling application is submitted.

Once the Abstraction Permit is granted, annual levies are payable to the sub-catchment council. A borehole owner who drills without permits and does not pay levies accumulates a liability that sub-catchment councils are increasingly enforcing, including fines and the physical sealing of non-compliant boreholes.

For budgeting, the Propertyzone infrastructure cost guide documents full borehole installation costs at USD 2,160 to USD 3,380 for a standard installation, covering geo-survey, drilling to approximately 60 metres, submersible pump, rising main and a 5,000-litre header tank. Harder rock requiring deeper drilling pushes this to USD 4,000 to USD 5,500.

Sewerage: connecting or installing

Confirm whether a sewer line is available on the road fronting the stand. If it is, a connection application to the local authority is the straightforward route. If not, a septic tank and soakaway system is required.

A properly designed and installed septic tank system for a three to four-bedroom house in Zimbabwe costs USD 1,500 to USD 3,500, depending on size, soil conditions and distance from the house, based on market data in the Propertyzone infrastructure cost guide.

Where a septic tank is needed, its position must be designed into the site plan from the start. A septic tank requires minimum setback distances from the house, from the boundaries, from any borehole, and from any watercourse. Discovering that a septic tank is required after the floor plan is finalised may require redesigning the drainage layout entirely.

What the Plans Must Reflect

All of the site conditions described above need to be reflected in the building plans before they are submitted. The site plan should show:

• The stand boundaries with correct dimensions from the survey diagram
• The position of the building footprint within the building lines
• The position of any servitudes
• The position and type of water supply connection or borehole
• The position of sewerage connection or septic tank and soakaway
• The natural drainage direction and stormwater management
• The position of the ZETDC connection point

A site plan submitted without this information is likely to generate queries from the local authority's technical reviewers, even under the reformed 2026 framework that abolished the council permit step. Plans must still comply with building standards and zoning, and compliance is easier to demonstrate when the site plan is complete.

Under Statutory Instrument 56 of 2025, building plans must be prepared by a practitioner registered with the Architects Council of Zimbabwe (ACZ). A good practitioner will raise many of the questions in this article as part of their site assessment. But the practitioner can only design to the information they have. If the client has done the site checks before the design begins, the plans are less likely to need revision.

Before You Bring a Contractor Onto Site

A contractor who arrives at a stand that has been properly assessed can quote accurately, plan the programme correctly and begin work without unexpected interruptions. A contractor who discovers poor drainage, difficult soil, no grid connection, or a service line crossing the proposed foundation line will have to stop, reassess and revise.

For NiceBuilt's residential construction process, a site visit before quoting is standard. The site conditions observed during that visit inform the construction sequence and the materials schedule. The checks in this article give the client the information needed to have a productive conversation about the site before the contractor even visits.

Learn more about NiceBuilt's residential construction service

Sources

1. Government of Zimbabwe. Regional, Town and Country Planning Act [Chapter 29:12]. Governing framework for spatial planning and development control in Zimbabwe.
2. Government of Zimbabwe. Urban Councils Act [Chapter 29:15]. Governing framework for urban local authorities including Kadoma City Council.
3. Government of Zimbabwe. Model Building By-Laws of 1977. Foundational building standards applied by Zimbabwean local authorities, setting setbacks, coverage, structural requirements and permitted projections.
4. Government of Zimbabwe. Water Act [Chapter 20:24] (1998). Establishing the legal framework for borehole drilling authorisation and water abstraction permits, including Section 35(1) on the requirement for written Authority to Drill.
5. Government of Zimbabwe. Statutory Instrument 56 of 2025. Requiring ACZ registration for practitioners preparing and submitting building plans to local authorities.
6. DLA Piper Real World. "Zoning and Planning Controls in Zimbabwe." dlapiperrealworld.com. Last modified May 2025. Used for: Department of Physical Planning role, local authority zoning powers, and planning legislation framework.
7. Propertyzone (Fannuel Mirirayi). "True Cost of Buying a Stand in Zimbabwe 2026: Infrastructure Fees, Transfer Costs and the Parallel Development Ban." propzone.co.zw. Updated August 2026. Used for: primary source for ZETDC connection steps and costs (USD 25 inspection fee, USD 150–300 CoC, USD 200–400 residential connection, USD 500–2,000 line extension), Harare City Council water connection fee (USD 420 low-density), septic tank cost range (USD 1,500–3,500), and borehole installation cost range (USD 2,160–5,500).
8. Propertyzone (Fannuel Mirirayi). "Borehole Compliance in Harare 2026: ZINWA Permits, Sub-Catchment Councils, and Abstraction Rights." propzone.co.zw. Updated June 2026. Used for: primary source for the two-stage borehole permit requirement (Form GW1 Authority to Drill; Form GW4 Abstraction Permit); sub-catchment council as primary authority (not ZINWA central); ZINWA legal framework under Water Act and SI 206 of 2001; 47 sub-catchment councils across 7 national catchments; annual levy obligations; enforcement including borehole sealing.
9. Zimbabwe Situation / ZINWA corporate communications. "Water Woes Drive Community-Led Boreholes." zimbabwesituation.com. October 2024. Used for: confirming ZINWA spokesperson Tsungirirai Shoriwa's statement that sub-catchment councils (not ZINWA) regulate boreholes; Zimbabwe's 7 catchments and 47 sub-catchment councils.
10. The Herald Zimbabwe. "Building construction: Soil type very important (Part 2)." heraldonline.co.zw. 22 October 2022. Used for: Zimbabwe-specific soil conditions in construction: expansive clay soils, sandy soils, typical Highveld soil conditions, and consequences of building on inadequate soil.
11. Structure and Design Magazine Zimbabwe. "Foundations in Bad Clay Soils: Learn Something with Simanga Madhlabuta." structureanddesignzim.com. 12 November 2024. Used for: Zimbabwean property developer's analysis of expansive clay soil risks for residential construction foundations.
12. Propertyzone (Fannuel Mirirayi, reviewed by Dennis Nkomo). "How Much Does It Cost to Build a House in Zimbabwe in 2026?" propzone.co.zw. Updated September 2026. Used for: professional fee scales (architect, structural engineer, QS) and general Zimbabwe construction cost context.