How to Write a Feasibility Study (with Free Template)

Most project failures are not caused by poor execution. They start earlier, when entrepreneurs, investors or companies commit capital before properly testing whether the opportunity is commercially, financially, technically and operationally viable. By the time those weaknesses become obvious, money has been spent, people have been hired, and the funder is asking questions nobody particularly wants to answer.

That is precisely why feasibility studies matter. A feasibility study is a structured investigation used to determine whether a proposed business, startup, investment or project should proceed before substantial resources are committed. Good feasibility studies test the evidence rather than defend the original idea. They examine market demand, business feasibility, technical requirements, financial returns, operational capability, regulatory constraints and project risks before arriving at a clear Go, No-Go or Conditional Go recommendation.

For entrepreneurs seeking funding in South Africa, the quality of this analysis can be particularly important. Development finance institutions, banks and private investors generally expect a funding proposal to demonstrate commercial viability, realistic financial projections and the capacity to repay funding. Certain projects and funding programmes may require substantially more detailed feasibility analysis.

The IDC, for example, requires well-researched business plans for funding applications and uses bankable feasibility studies for certain project-development mandates, while the NEF explicitly assesses commercial viability and has supported feasibility studies for qualifying strategic projects.

At JTB Consulting, we have worked across more than 125 industries. The pattern is remarkably consistent: identifying a weak assumption before investing R10 million is considerably cheaper than explaining it after investing R10 million.

This article covers everything you need to plan and write a thorough feasibility study. You’ll learn what the document actually tests, when you need one, how it differs from a business plan, which financial metrics matter most, and how to structure the full report section by section. There’s also a free downloadable template at the end.

Feasibility Studies 101: What Is a Feasibility Study?

A feasibility study is a structured assessment used to determine whether a proposed business, project or investment is viable before the decision to proceed is made. Comprehensive feasibility studies typically investigate market and commercial viability, financial feasibility, technical requirements, operational capability and material risks. Depending on the project, they may also examine regulatory, environmental, legal, social or economic considerations.

The purpose of conducting a comprehensive feasibility study is therefore not to prove that an entrepreneur’s idea will work. It is to determine objectively whether it can work, whether it is financially worthwhile, what conditions must be satisfied and whether the project should receive a Go, No-Go or Conditional Go decision.

In practical terms, business feasibility asks whether the opportunity makes commercial and financial sense in the real world. Is there sufficient demand? Can customers afford the proposed price? Can the business produce or deliver what it promises? Is enough capital available? Does the financial model generate acceptable returns? Can the operation survive delays, cost overruns or lower-than-expected sales? Those questions turn an attractive idea into an investment decision.

A feasibility study is not a business plan. It’s not a marketing document. It’s an objective investigation, and the word “objective” carries real weight here. A feasibility report that ignores inconvenient data, assumes away risk, or inflates revenue projections isn’t just misleading; it’s a liability that will eventually be exposed during due diligence.

Why funders and investors use feasibility studies

Funders and investors ultimately want evidence that a project is commercially viable and can produce sufficient cash flow to justify the capital being requested. The level of feasibility analysis required depends on the funder, funding product, industry, project size and risk profile. A relatively straightforward SME funding application may rely on a detailed business plan and financial model, while a large manufacturing plant, infrastructure development, mine, renewable-energy project or other capital-intensive venture may require formal or bankable feasibility studies supported by specialist technical work.

The principle is simple: the larger and riskier the investment, the less comfortable a serious funder will be with assumptions that begin with “we think”.

A credible feasibility study gives lenders and investors evidence they can interrogate. It connects market demand to revenue assumptions, capital expenditure to technical requirements, operating costs to actual operating plans, and projected returns to quantified risks. That makes the report useful not simply as a funding document, but as part of the project’s due-diligence process.

Who commissions one

The typical commissioners are varied: a start-up testing a new product in an unfamiliar market, a property developer assessing whether a site stacks up financially, a manufacturer evaluating a production line expansion, or a business owner running the numbers on a potential acquisition. The exercise is equally relevant for public-sector and NGO-led projects, where budget allocation decisions require evidence of projected impact and financial sustainability. If significant resources are at stake and the viability of the project hasn’t been independently tested, a project feasibility assessment belongs on the table.

The Three Possible Feasibility Study Decisions: Go, No-Go or Conditional Go

A feasibility study should lead towards a decision. In practice, that decision normally falls into one of three categories.

The Conditional Go is particularly useful because feasibility is rarely completely black or white. A R50 million manufacturing project might be attractive at 70% capacity utilisation but destroy value at 45%. A property development might work only if a rezoning application succeeds. A startup may be investable only after securing three anchor customers.

This is one of the greatest practical benefits of feasibility studies. They do not simply tell entrepreneurs whether an idea is “good” or “bad”. They identify the conditions under which the project becomes economically defensible.

When you need a feasibility study (and when you don’t)

One of the most common mistakes is commissioning a full feasibility study when a lighter scoping exercise would do, or skipping one entirely when the stakes clearly warrant it. Getting this right saves time and money on both sides of the decision.

The situations that almost always warrant one

Commission a full assessment when any of the following conditions apply:

• The project requires significant capital investment and the cost of failure is material

• Projected revenues depend on market demand that hasn’t been independently validated

• A funder or investor requires one as a condition of their due diligence process

• The project involves regulatory approvals, land use changes, or environmental authorisation under South African law

• You’re entering an industry or geography that’s unfamiliar to the project team

If two or more of those conditions apply simultaneously, there’s no defensible reason to skip the study.

When to commission a pre-feasibility study instead

A pre-feasibility study is a faster, lower-cost preliminary check designed to test the highest-risk assumptions before you commission the full report. The logic is straightforward: if a project can’t pass the first financial screen, you don’t need to spend R80,000 finding out exactly why it fails. The pre-feasibility stage filters out obvious failures quickly and cheaply, so the full report is only commissioned for projects that have already cleared the initial hurdle. Think of it as a two-stage process: pre-feasibility first, full feasibility study only if the initial check passes.

A pre-feasibility assessment is particularly useful when several possible locations, technologies, production capacities, or business models are still under consideration. Instead of performing comprehensive feasibility studies on every alternative, management can eliminate weak options first and spend the larger research budget only on the strongest candidate.

For example, an entrepreneur considering a manufacturing facility in Johannesburg, Durban and Gqeberha might first compare logistics, labour availability, utilities, property costs and proximity to customers. If one location is clearly uneconomic, there is no reason to commission three full studies simply for the pleasure of receiving three large PDFs.

Feasibility study vs. business plan: a critical distinction

This distinction is one of the most searched and most misunderstood topics in South African business documentation. Entrepreneurs constantly conflate the two, and funders spot it immediately.

What Is the Difference Between a Feasibility Study and a Business Plan?

The simplest difference is this:

A feasibility study determines whether you should pursue the business or project. A business plan explains how you intend to pursue it.

Feasibility studies therefore normally sit earlier in the decision-making process. Their purpose is investigative. The analyst tests whether sufficient evidence exists to justify proceeding and remains free to recommend Go, No-Go or Conditional Go.

A business plan normally assumes that management intends to proceed. Its purpose is to explain the business model, strategy, implementation plan, operations, marketing, management structure and financial projections required to execute that decision.

The documents overlap because both may include market research, financial projections, competitor analysis and risk assessment. What differs is the question being answered.

Feasibility Study vs Business Plan: 20 Key Differences

Do You Need Both a Feasibility Study and a Business Plan?

Sometimes, yes.

For a relatively straightforward small business, the feasibility analysis may be incorporated into a comprehensive business plan rather than commissioned as a completely separate report. For larger, novel, technically complex or capital-intensive projects, separating the feasibility study from the business plan is often more defensible.

A sensible sequence is:

Idea → Pre-Feasibility → Feasibility Study → Go / No-Go / Conditional Go → Business Plan → Funding → Implementation.

If the feasibility study returns a No-Go decision, there is little value in spending money writing a polished business plan for a project that should not exist in its current form.

What Is the Purpose of Conducting a Comprehensive Feasibility Study?

The purpose of conducting a comprehensive feasibility study is to reduce uncertainty before an entrepreneur, company, lender, or investor commits significant capital to a project.

A strong feasibility study should:

• determine whether genuine customer demand exists;

• test the commercial viability of the proposed business model;

• establish whether the project is technically achievable;

• quantify startup costs, capital expenditure and working-capital requirements;

• test expected profitability and cash generation;

• calculate investment measures such as NPV, IRR and payback period;

• identify regulatory, operational and implementation constraints;

• assess management and organisational capacity;

• identify major risks and potential mitigation measures;

• stress-test the project under downside scenarios;

• compare alternative project configurations where appropriate; and

• provide a defensible Go, No-Go or Conditional Go recommendation.

The ultimate purpose is therefore decision quality. A feasibility study should help management decide where to invest, how much to invest, what needs to change and, occasionally, when the financially intelligent decision is to walk away.

The four dimensions every thorough feasibility study covers

A complete project feasibility assessment tests viability across four dimensions. Understanding this mental map before you start writing keeps each section properly scoped and prevents the common mistake of over-indexing on one dimension while neglecting the others.

Financial feasibility asks whether the project generates sufficient returns relative to its costs and risks. The primary decision metrics are NPV, IRR, and payback period, each of which is covered in detail below.

Market and commercial feasibility tests whether sufficient demand exists and whether the project can capture enough of that demand to support the revenue projections in the financial model. Without this validation, every number in the financial section is a guess dressed up as a forecast.

Technical feasibility asks whether the project can actually be built, produced, or delivered given the available technology, skills, infrastructure, and site conditions. Many projects that look financially attractive fail here because the engineering assumptions were never tested against physical reality.

Operational and organisational feasibility examines whether the entity running the project has the management capacity, human resources, systems, and processes to operate it once it’s up and running. This is the dimension most studies underweight, and it’s the one that most often determines whether a funded project actually delivers on its projections.

Financial metrics that drive the go/no-go decision

The financial dimension is the section most readers want practical guidance on. Here’s how to approach it without turning your feasibility report into a textbook.

Building the cash flow forecast first

Every key financial metric derives from the cash flow forecast, so build that first. Structure it with period zero as the initial investment, recorded as a negative cash flow, followed by projected net cash inflows across the project’s life. On the cost side, account for capital costs, operating costs, financing costs, and a contingency allowance for scope uncertainty. On the revenue side, the key drivers are unit price or tariff, volume, occupancy or absorption rate, and the timing of when revenue actually enters the model. Getting the timing right matters: a project that shows strong three-year revenues but doesn’t generate positive cash flow until month 30 carries a very different risk profile from one that breaks even in month 12.

NPV, IRR, and payback period explained

These three metrics work together and should always be read as a set, not in isolation. NPV (Net Present Value) discounts each projected cash flow back to today using your required rate of return, then sums them. A positive NPV means the project adds value above the hurdle rate; a negative NPV means it destroys value at that discount rate. IRR (Internal Rate of Return) is the discount rate at which NPV equals zero.

Compare your IRR against the cost of capital: if IRR exceeds the hurdle rate, the project clears the threshold; if it falls short, it doesn’t. Payback period measures how long before cumulative cash flows recover the initial investment. To calculate it with uneven cash flows, add period-by-period cash inflows until the cumulative figure turns positive, then interpolate within the final period.

A worked example makes this concrete. Assume an initial investment of R100,000, with net cash inflows of R30,000 in year one, R40,000 in year two, and R50,000 in year three, discounted at 10%. The NPV works out to approximately negative R2,100, the IRR to roughly 8.2%, and the payback period to 2.6 years. All three metrics point in the same direction: the project doesn’t clear the 10% hurdle rate and wouldn’t be approved on financial grounds alone.

Sensitivity and scenario analysis

A single-point financial projection is never sufficient for a credible feasibility report. Sensitivity analysis tests how NPV and IRR respond when key assumptions shift: what if revenues come in 20% below forecast, or costs run 15% over budget? Scenario analysis takes this further by building a base case, a downside case, and an upside case, each with its own set of inputs. This is what gives a funder or investor genuine confidence that you understand the project’s risk profile, rather than simply assuming the best case will materialise.

Financial Feasibility Is More Than Profitability

One recurring mistake in business feasibility studies is treating accounting profit as proof of viability. A project can report attractive profits and still run out of cash.

For funding purposes, the financial model should therefore test more than revenue and net profit. Depending on the project and financing structure, useful measures can include:

• gross and EBITDA margins;

• operating and free cash flow;

• break-even sales;

• working-capital requirements;

• debt-service capacity;

• Debt Service Coverage Ratio (DSCR);

• Net Present Value (NPV);

• Internal Rate of Return (IRR);

• payback period;

• funding headroom; and

• downside liquidity.

The question is not simply whether the project eventually makes money. It is whether it can remain solvent long enough to reach that point and whether the return adequately compensates investors for the capital and risk involved.

Market and commercial feasibility: proving demand exists

Financial projections are only as credible as the demand assumptions behind them. A technically sound financial model built on unsupported revenue forecasts will not survive due diligence. This section is where most first-time study writers produce work that funders push back on hardest.

What a market feasibility study covers

The key components are: market size and growth rate, target customer profile and willingness to pay, competitive landscape and realistic market share assumptions, pricing benchmarks drawn from comparable transactions, and distribution or go-to-market considerations. Primary research strengthens a study considerably. Interviews with potential customers and surveys that test actual price sensitivity carry far more weight than desktop research alone; they demonstrate that someone has spoken directly to the market rather than simply describing it from a distance.

How to structure the commercial case

Market findings must translate directly into the financial model. Validated price points, realistic volume assumptions, and supportable growth trajectories should each be traceable to a specific piece of evidence in the market analysis section. The commercial feasibility section should explicitly state which assumptions are conservative, which are optimistic, and what evidence underpins each. That transparency is exactly what credible funders look for, because it shows the analyst understood the market well enough to distinguish between what they know and what they’re estimating.

Technical, operational, and regulatory feasibility

The non-financial viability checks determine whether the project can physically and legally be executed. For South African projects specifically, this section carries significant weight because the regulatory approval environment is complex and the consequences of missing a required authorisation are severe.

Technical requirements and site considerations

A technical feasibility assessment should examine engineering or production requirements, infrastructure availability across utilities, access and connectivity, site conditions including geotechnical and flood risk factors, technology maturity, and capacity constraints. Technical risks identified here feed directly into the financial model’s cost contingency and timeline assumptions. A site that requires unforeseen ground improvement works, for example, doesn’t just affect the technical section; it adds to capital costs, extends the construction programme, and delays revenue recognition.

South African regulatory and legal checks

The approvals framework for South African projects is layered and project-specific. The core checks to work through are:

• Land use and zoning confirmation under the applicable municipal scheme, including any rezoning, consent use, or departure applications required

• Building plan approval under the National Building Regulations and relevant local by-laws

• Environmental Authorisation under NEMA, with the process route (Basic Assessment or full Scoping and EIR) determined by which Listing Notices are triggered

• Water Use Licence or General Authorisation under the National Water Act, where the project affects watercourses, abstraction, discharge, or wetlands

• Waste management licence for any listed waste activities

• Atmospheric Emission Licence for listed activities under the Air Quality Act

• Heritage approvals where sites, structures, or activities may affect protected heritage resources

• Sector-specific permits for mining, energy generation, or agriculture-related activities

Failing to identify a required approval early is one of the most common reasons South African projects stall after funding has been secured. The feasibility stage is precisely the right moment to map the full approvals landscape; surprises discovered during construction are far more expensive than those identified before a spade enters the ground.

Operational and organisational readiness

This section asks whether the organisation running the project has the management capability, staffing plan, supply chain, and operating systems to deliver results once the project is live. For early-stage ventures, this is often where the most honest gaps in the overall analysis surface. An investor who reads a technically sound and financially attractive report will still pause if the management team section reveals no one with relevant operating experience. Address the gaps directly rather than hoping the reader won’t notice.

What Are the Typical Costs Involved in Commissioning a Feasibility Study?

There is no standard price for professional feasibility studies in South Africa because the term covers everything from a relatively focused desktop assessment to a multidisciplinary bankable feasibility study involving engineers, environmental specialists, market researchers, financial modellers and other professionals.

As a broad market indication rather than a fixed tariff, published South African provider pricing currently ranges from approximately R40,000 for smaller desktop or preliminary assignments to R350,000+ for comprehensive bankable feasibility work. Large infrastructure, mining, industrial, energy and technically complex projects can cost substantially more where specialist studies are required.

The cost of a feasibility study is primarily driven by:

Entrepreneurs should therefore be cautious about asking only, “What does a feasibility study cost?” A better question is, “What level of feasibility evidence does this particular investment decision require?”

Paying R50,000 for an unnecessarily elaborate study on a tiny project makes little sense. Saving R50,000 by skipping proper feasibility work before committing R50 million makes even less sense.

How Do I Find Companies That Provide Feasibility Study Services in South Africa?

When finding professional firms offering project feasibility assessments in South Africa, do not select a provider simply because its website contains the words “feasibility study”. The quality of the underlying disciplines matters far more than the label on the report.

Look for a feasibility study company or consulting firm that can demonstrate competence in the areas your project actually requires, particularly:

• market and industry research;
• financial modelling and financial projections;
• commercial viability analysis;
• project and funding analysis;
• sensitivity and scenario testing;
• sector-specific research;
• risk assessment;
• South African funding requirements; and
• specialist technical coordination where required.

For technically complex projects, determine whether the feasibility consultant performs the technical work internally or whether qualified engineers, environmental practitioners, quantity surveyors, architects or other specialists must be appointed separately.

Before appointing a provider, ask these questions:

1. What type of feasibility studies do you prepare?
2. Have you worked in this sector before?
3. Is the market research independent or based mainly on information supplied by the client?
4. Will I receive a detailed Excel financial model?
5. What financial viability measures will be calculated?
6. Does the engagement include sensitivity and downside analysis?
7. Which technical, legal, environmental or regulatory services are excluded?
8. Can the report be structured for the intended bank, investor or DFI?
9. Who performs the actual analysis?
10. What information must I supply before work begins?

The strongest provider is not necessarily the firm promising to prove that your project will work. In fact, that promise should make you nervous. The purpose of an independent project feasibility assessment is to establish whether the evidence supports the investment, not to manufacture a predetermined Yes.

How to structure and write your feasibility study (+ free template)

Here’s the structure that works for funder-ready feasibility reports across all project types.

The standard sections to include

A complete report includes the following sections in this order: cover page and table of contents; executive summary; project description and background; market analysis; technical and operational analysis; financial analysis and projections; risk assessment and mitigation plan; conclusions and recommendations; and appendices containing supporting data, calculations, and source material.

The executive summary is written last but read first. It should stand alone as a self-contained document that conveys the project’s purpose, the key findings across all four feasibility dimensions, and a clear recommendation. Decision-makers at DFIs and commercial banks often form their initial view from the executive summary before reviewing the full report. A weak executive summary undermines the entire submission, regardless of the quality of the analysis that follows it.

Feasibility Study Checklist

Before signing off on a feasibility study, confirm that it answers these 12 questions:

1. Is there credible evidence of market demand?
2. Who will actually buy the product or service?
3. Are the proposed prices supportable?
4. Is the project technically achievable?
5. Is the required infrastructure available?
6. What is the total capital requirement?
7. Is sufficient working capital included?
8. Does the project generate acceptable NPV, IRR and cash flow?
9. What happens under realistic downside scenarios?
10. Are all material regulatory and operational risks identified?
11. Does the management team have the capacity to execute?
12. Is the final recommendation clearly stated as Go, No-Go or Conditional Go?

If several of those questions cannot be answered, the project is probably not ready for funding. More pages will not fix missing evidence.

Free Feasibility Study Template

The following free feasibility study template can be used as a starting framework for a business, startup, investment or project feasibility assessment. A template provides structure. It does not replace the research, financial modelling, technical analysis or professional judgement required for high-stakes investment decisions.

1. Cover Page

• Project or business name
• Feasibility Study
• Client or project sponsor
• Prepared by
• Date
• Version number
• Confidentiality notice

2. Executive Summary

Provide a concise summary covering:

• the proposed project;
• capital investment required;
• purpose of the feasibility study;
• key market findings;
• key technical findings;
• key operational findings;
• key financial findings;
• major risks;
• critical assumptions; and
• final Go, No-Go or Conditional Go recommendation.

3. Project Background and Description

Explain:

• what the project is;
• the problem or market opportunity;
• proposed products or services;
• proposed location;
• ownership and project sponsors;
• development stage;
• capital required;
• proposed implementation timeline; and
• objectives of the project.

4. Market and Commercial Feasibility

Assess:

• industry structure;
• market size;
• historical and forecast market growth;
• target customers;
• customer needs;
• demand drivers;
• competitors;
• substitutes;
• pricing;
• addressable market;
• achievable market share;
• barriers to entry;
• routes to market;
• customer concentration;
• contracts, LOIs or offtake agreements; and
• commercial risks.

Key conclusion: Is sufficient evidence of demand available to support the revenue forecast?

5. Technical Feasibility

Assess where relevant:

• technology requirements;
• production process;
• equipment;
• machinery;
• plant capacity;
• infrastructure;
• utilities;
• raw materials;
• site requirements;
• logistics;
• technical skills;
• implementation constraints;
• scalability; and
• specialist engineering requirements.

Key conclusion: Can the project technically deliver the proposed product, capacity and quality?

6. Operational and Organisational Feasibility

Assess:

• management capability;
• organisational structure;
• staffing requirements;
• operating processes;
• suppliers;
• procurement;
• distribution;
• systems;
• quality control;
• maintenance;
• operational dependencies; and
• implementation capability.

Key conclusion: Does the organisation have, or can it obtain, the capability needed to operate the project successfully?

7. Regulatory and Compliance Assessment

Identify relevant:

• licences;
• permits;
• zoning;
• environmental approvals;
• sector regulations;
• building approvals;
• water-use requirements;
• waste-management requirements;
• industry standards; and
• other statutory approvals.

State clearly where specialist legal, environmental or technical advice is required.

8. Financial Feasibility

Include:

• startup costs;
• capital expenditure;
• funding structure;
• working capital;
• revenue assumptions;
• operating expenditure;
• income statement projections;
• cash-flow projections;
• balance-sheet projections where appropriate;
• break-even analysis;
• NPV;
• IRR;
• payback period;
• DSCR where debt funding is involved;
• return on investment;
• sensitivity analysis;
• scenario analysis; and
• funding requirements.

Key conclusion: Does the project generate sufficient cash flow and investment returns relative to its risks and cost of capital?

9. Risk Assessment

Create a structured risk register covering:

• market risk;
• financial risk;
• funding risk;
• technical risk;
• operational risk;
• regulatory risk;
• supplier risk;
• customer risk;
• implementation risk; and
• management risk.

For each material risk, identify: Likelihood | Impact | Mitigation | Responsible Party.

10. Sensitivity and Scenario Analysis

At minimum, test:

• lower sales volumes;
• lower selling prices;
• higher operating costs;
• higher capital expenditure;
• implementation delays;
• higher funding costs; and
• combined downside scenarios.

Determine the point at which the project stops being financially feasible.

11. Implementation Requirements

Provide:

• major project milestones;
• responsibilities;
• dependencies;
• funding milestones;
• regulatory milestones;
• procurement requirements;
• construction or implementation stages; and
• expected commercial-operation date.

12. Conclusions and Recommendations

Conclude with one of the following:

GO: The project appears feasible within the assumptions tested.

NO-GO: The project does not currently demonstrate sufficient viability.

CONDITIONAL GO: The project may proceed only if clearly identified conditions are first satisfied.

State the reasons for the decision and list all material conditions.

13. Appendices

Attach relevant supporting evidence such as:

• market reports;
• quotations;
• equipment specifications;
• property information;
• licences;
• customer letters;
• supplier quotations;
• management CVs;
• technical reports;
• financial-model extracts;
• detailed assumptions; and
• source references.

Important: A feasibility study template organises the analysis. It does not create the evidence. Where substantial capital or external funding is involved, the underlying market research, financial modelling and specialist assessments remain far more important than the formatting of the report.

When to bring in a specialist

For high-stakes decisions, large capital requirements, or formal funding applications to institutions such as the IDC, NEF, SEDFA, or commercial banks, a self-prepared study is rarely sufficient. The technical complexity of integrated financial modelling, the depth of market research required, and the familiarity with what South African funders specifically look for are skills that take years to develop. A specialist firm with genuine sector experience understands precisely what a credible report looks like from a funder’s perspective.

Think of professional commissioning not as an alternative to understanding the process, but as the logical choice when the cost of a rejected application exceeds the cost of getting it right the first time. With an 80% funding approval rate across more than 3,000 projects, JTB Consulting’s track record reflects what happens when feasibility analysis is treated as a serious technical discipline rather than a box-ticking exercise.

Frequently Asked Questions About Feasibility Studies

What Is a Feasibility Study?

A feasibility study is an objective assessment used to determine whether a proposed project, investment or business is commercially, financially, technically and operationally viable before major resources are committed.

What Is Business Feasibility?

Business feasibility is the assessment of whether a proposed business concept can realistically attract sufficient customers, generate sustainable revenue, cover its costs, fund its operations and produce an acceptable return on the capital invested.

What Is the Purpose of Conducting a Comprehensive Feasibility Study?

The purpose of a comprehensive feasibility study is to reduce investment uncertainty. It tests the project’s principal assumptions, identifies risks and constraints, estimates financial viability and supports a Go, No-Go or Conditional Go decision.

What Is the Difference Between a Feasibility Study and a Business Plan?

A feasibility study asks whether a proposed business or project should proceed. A business plan explains how the business will operate and grow once the decision to proceed has been made. Feasibility therefore usually precedes business planning.

How Do I Find Companies That Provide Feasibility Study Services in South Africa?

Look for professional feasibility study companies with demonstrated capability in market research, financial modelling, commercial analysis and the industry relevant to your project. For technically complex projects, confirm whether engineers, environmental specialists or other professionals form part of the engagement.

What Are the Typical Costs Involved in Commissioning a Feasibility Study?

Costs vary substantially according to project size, research depth, industry complexity and the specialist disciplines required. Published South African providers currently advertise anything from tens of thousands of rand for smaller desktop assessments to several hundred thousand rand for comprehensive or bankable feasibility studies. Large technical projects may cost considerably more.

How Long Does a Feasibility Study Take?

The timeframe depends on complexity and the availability of information. A focused desktop assessment may be completed relatively quickly, while comprehensive feasibility studies requiring primary market research, detailed financial modelling, technical work and specialist reports can take several weeks or months.

Who Should Prepare a Feasibility Study?

Simple preliminary business feasibility assessments can sometimes be completed internally. High-value projects, investor decisions and formal funding applications generally benefit from independent professionals with expertise in market research, financial analysis, feasibility modelling and the relevant industry.

What Should a Feasibility Study Include?

A comprehensive feasibility study normally includes an executive summary, project description, market analysis, technical assessment, operational assessment, financial feasibility analysis, risk assessment, scenario testing, implementation considerations and a final Go, No-Go or Conditional Go recommendation.

Is a Feasibility Study Required for Business Funding in South Africa?

Not every South African funding application requires a standalone feasibility study. Requirements depend on the institution, funding product, project size and sector. Large, technically complex or capital-intensive projects are more likely to require detailed feasibility evidence, while other applications may rely on a comprehensive business plan and supporting financial model.

Conclusion: A Feasibility Study Should Make the Decision Easier

The best feasibility studies do not exist to make every project look attractive. They exist to make expensive decisions better.

A comprehensive feasibility study tests whether sufficient market demand exists, whether the business or project can operate successfully, whether the technical requirements are achievable, whether the financial returns justify the investment and whether the major risks can be managed. The result should ultimately support a clear Go, No-Go or Conditional Go decision.

For entrepreneurs, that discipline can prevent substantial amounts of capital being committed to assumptions that have never been properly tested. For lenders and investors, professionally prepared feasibility studies provide a structured evidence base for assessing commercial viability, funding requirements, projected returns and risk.

If your project survives the feasibility process, you have something considerably more useful than enthusiasm. You have evidence.

Need Professional Feasibility Study Services in South Africa?

Established in 2006, JTB Consulting prepares bespoke feasibility studies, market research, business plans and Excel financial models for entrepreneurs, SMEs, established companies and project sponsors across South Africa and international markets.

Our feasibility study services can incorporate market and commercial assessment, business feasibility analysis, financial modelling, financial projections, NPV and IRR analysis, sensitivity testing, project risk assessment and funding-readiness analysis. Where a project requires engineering, environmental, legal or other specialist technical work outside our scope, these requirements are clearly identified rather than silently disguised as consulting expertise.

Whether you are testing a new startup, assessing an expansion, preparing a capital project, considering an acquisition or developing a submission for a bank, DFI or investor, the objective is the same: determine whether the investment case is sufficiently robust before substantial capital is committed.

Contact JTB Consulting to discuss your feasibility study, business plan, market research or financial modelling requirements.

JTB Consulting — Feasibility studies, financial modelling and business planning since 2006.

Download a free feasibility study template from the resources linked above and start mapping your project’s viability today. If the stakes are too high for a DIY approach, or if you’re preparing a submission for the IDC, NEF, SEDFA, SEFA, or a commercial bank, get in touch with JTB Consulting for a feasibility report that’s built to the standard South African funders actually require.