2026 observed unused share
88.04%
366,958 unused ballots out of 416,818 issued in the quality-screened subset.
Executive summary
Nigeria can spend less on finished ballots without rationing the vote
INEC's present allocation pattern closely tracks the number of registered voters, even though actual ballot use is far lower. The challenge is to reduce the cost of ballots that are printed, transported and never used without creating shortages or excluding late PVC collectors.
2027 proposed ballot line
₦37bn
The publicly reported ballot-paper printing provision in INEC's proposal.
Estimated gross exposure
₦32.57bn
A diagnostic measure—not an amount that can safely be removed from the budget.
Recommended gross saving
₦10.36bn
28% of the proposed ballot line and about 1.19% of the total election proposal.
What we propose
- Prepare secure production capacity for every voter on the certified register, but finish only a 60% central tranche in advance.
- Keep the remaining 40% as secured, serialised capacity that can be completed and dispatched when verified demand requires it.
- Use final PVC collection data to position reserves and trigger top-ups, not to cancel any registered voter's ballot entitlement.
- Pilot the model before national adoption and publish the actual fixed and variable costs so the saving can be independently audited.
Introduction
Why Nigeria needs a more efficient ballot-paper system
Nigeria's ballot-paper system is built around a legitimate democratic obligation: every eligible voter must be able to vote. But protecting that right does not require every possible ballot to be fully printed, customised, transported and stored long before actual demand is known.
Polling units commonly receive ballot papers close to their registered-voter strength. That approach provides a wide safety margin, but it also means that low-turnout elections leave large volumes of security-sensitive paper unused. The public pays for printing, serialisation, packaging, transport, custody and eventual disposal even when most of those finished ballots never enter a ballot box.
This analysis asks a practical question: can Nigeria reduce that avoidable cost without disenfranchising a single eligible voter? Our answer is yes—but only if the reform separates the capacity to produce a ballot from the decision to finish every ballot in advance.
The purpose of this analysis is not to recommend ballot rationing. It is to measure the scale of unused finished inventory, estimate the savings available within the proposed 2027 budget and set out a staged-production model with clear democratic safeguards.
Research and methodology
What we examined and how the evidence was screened
We combined polling-unit ballot accounts from elections held in 2026 with publicly reported figures from INEC's proposed 2027 general-election budget. Historical PVC figures are discussed only to test whether collected PVCs could serve as a safe ballot ceiling.
The operational analysis covers five bye-elections held on 19 September 2026. The source manifest contained 1,867 polling units. We retained a strict subset of 844 polling units—45.2% of the manifest—where registered voters, accreditation and ballot-accounting fields reconciled and the recorded values passed plausibility checks.
Across that subset, we compared registered-voter strength, ballots issued, ballots used and unused ballot papers. We also examined the reported ₦873.778 billion 2027 general-election proposal, including its ₦37 billion ballot-paper printing line.
Because the published budget does not disclose the number of ballots to be printed or the split between fixed security costs and quantity-variable production costs, the fiscal estimate is presented as a transparent scenario rather than an audited forecast.
Evidence base used in this analysis
- Observed: ballot accounts from 844 quality-screened polling units across five 2026 bye-elections.
- Budgeted: the reported ₦37 billion ballot-printing provision within INEC's 2027 proposal.
- Assumed: a 60% finished central tranche and a 70% quantity-variable share of printing costs.
- Not assumed: that the 2026 subset represents every Nigerian election or that every unused ballot is removable cost.
Analysis and findings
Three findings explain the inefficiency—and its limits
The data shows a strong relationship between registered-voter strength and ballot allocation, a very large volume of unused finished ballots and a practical reason why PVC collection figures cannot safely become a hard printing limit.
Finding 1: ballot allocation closely followed registered-voter strength
The 844 polling units in the strict subset had 417,529 registered voters and received 416,818 ballot papers. In aggregate, issued ballots equalled 99.83% of registered-voter strength. At 93.13% of the polling units, the number issued exactly matched the number of registered voters.
This indicates that the certified register—not likely turnout—was the dominant allocation anchor. The approach is understandable as a voter-protection measure, but it commits most production expenditure before demand becomes visible.
Finding 2: 88.04% of issued ballots were unused in the screened records
Disposition of 416,818 issued ballots
Strict subset · 844 polling units
366,958 unused · 88.04%
49,860 used
UnusedUsed
Issued papers equalled 99.83% of the 417,529 registered voters in these records.
Only 49,860 of the 416,818 issued ballots were used. The remaining 366,958 ballots were unused, producing an aggregate unused rate of 88.04% and a usage rate of 11.96%.
The degree varied substantially. Disina, the highest-use contest in the subset, used 42.87% of issued papers, while Udu used only 6.49%. That variation rules out a single turnout-based hard cap, but it supports a staged system with a generous first tranche and protected reserves.
The result should be interpreted carefully. These were bye-elections, and the strict subset is incomplete and non-random. It provides strong evidence for a controlled pilot and a cost scenario—not proof that every 2027 contest will reproduce the same rate.
| Contest | Strict polling units | Issued / registered | Unused share | Used share |
|---|---|---|---|---|
| Dawakin Kudu | 172 | 99.79% | 85.11% | 14.89% |
| Disina | 36 | 99.93% | 57.13% | 42.87% |
| Gombe/Kwami/Funakaye | 457 | 99.82% | 90.16% | 9.84% |
| Sakwa | 37 | 99.97% | 67.45% | 32.55% |
| Udu | 142 | 99.84% | 93.51% | 6.49% |
| Strict subset total | 844 | 99.83% | 88.04% | 11.96% |
Finding 3: the PVC gap is real, but collected PVCs cannot determine ballot entitlement
Historical registered-voter and collected-PVC gap
84,004,084 registered voters minus 72,775,502 collected PVCs equals a gap of 11,228,582, or 13.37%. The savings estimate relies instead on 2026 ballot records and the proposed 2027 printing provision.
PVC collection can continue until shortly before voting. In 2026, collection for the Ekiti election was extended to six days before polling, while local-government collection in Osun continued until eight days before the poll.
Ballot design, contracting, security printing, batching and national distribution begin much earlier. If an earlier PVC collection count were used as a hard ballot ceiling, people who collected during the final days could remain legally eligible but find that no corresponding ballot capacity had been provided.
What this means: final PVC figures can guide the location of reserve stock and the timing of top-ups. They must never eliminate ballot capacity for a person on the certified register.
Fiscal analysis
Estimating the avoidable cost within the 2027 ballot budget
INEC presented a ₦873.778 billion general-election proposal that reportedly includes ₦37 billion for printing ballot papers. The proposal is a planning envelope, not audited spending, and public reporting later said the election funds had not yet been received.
Applying the observed 88.04% unused rate directly to the ₦37 billion ballot line produces ₦32.57 billion in gross unused-capacity exposure. That figure demonstrates the scale of the inefficiency, but it is not a credible saving target. Some reserve capacity is essential, the 2026 evidence is not nationally representative, and part of the budget covers fixed security and production costs that remain even when fewer ballots are finished.
Our recommended scenario is deliberately narrower. It assumes that 60% of the full ballot requirement is finished centrally in advance, 40% remains available for secure late completion, and 70% of the ₦37 billion line varies with the volume of finished ballots. On those assumptions, the gross planning saving is ₦10.36 billion.
Estimated effect on the proposed ballot-paper budget
Gross values before implementation costs
₦37bn × 40% deferred finished printing × 70% quantity-variable cost.
Sensitivity: savings depend on how much is finished early and how much cost is truly variable
| Scenario | Finished centrally | Variable cost assumed | Gross saving | Revised ballot line |
|---|---|---|---|---|
| Cautious | 75% | 60% | ₦5.55bn | ₦31.45bn |
| Recommended | 60% | 70% | ₦10.36bn | ₦26.64bn |
| Higher late-binding | 50% | 80% | ₦14.80bn | ₦22.20bn |
The proposed solution
A secure staged-production model for ballot papers
The reform separates legal ballot capacity from finished-paper inventory. Nigeria would still provide for every voter on the certified register, but expensive contest-specific finishing, packaging and distribution would occur in controlled stages.
Advance production
Finish and distribute a 60% central tranche
60%
This is five times the aggregate 11.96% use in the screened records and remains above the highest contest-level use of 42.87% observed in the subset.
Protected reserve
Keep 40% available for secure late completion
100%
Full entitlement remains protected through serialised security substrate, certified production capacity, audited reserve dispatch and mandatory extensions after a verified delay.
Recommended planning scenario₦37bn × 40% late-bound × 70% variable cost = ₦10.36bn gross saving
How the model would work
Step 1
Procure capacity for the full register
Secure serialised substrate and reserve certified production capacity for 100% of the certified voter register. No entitlement is removed because a PVC has not yet been collected.
Step 2
Finish the 60% base tranche
Print, serialise, package and distribute the advance tranche centrally, allocated by polling-unit registered strength with tamper-evident serial ranges.
Step 3
Position reserves using late evidence
After PVC collection closes, use final figures and local turnout history to position capacity and reserves. The data changes logistics, never legal eligibility.
Step 4
Certify secure finishing hubs
Audited offline systems complete reserved stock under multi-party observation, with approved ballot definitions and reconciled serial and production logs.
Step 5
Trigger replenishment early
Accreditation, queue and remaining-stock thresholds trigger sealed top-ups before a polling unit approaches shortage. Every transfer is logged and publicly reconciled.
Step 6
Guarantee sufficient voting time
A verified supply interruption automatically extends polling until affected voters present or queued have had a fair opportunity to vote.
Implementation and safeguards
Conditions that must be met before national adoption
Ballot efficiency cannot come at the expense of election security, transparency or access. The model should proceed only through legislation-compliant pilots with published performance standards and independent scrutiny.
Required safeguards
- Independent security certification of every finishing location, device and ballot definition.
- Party-agent and observer access to serial ranges, production logs, seals and transfer records.
- Predefined top-up triggers that activate while substantial stock remains—not after a shortage occurs.
- Fallback central stock and redundant certified capacity if a regional hub fails.
- An automatic extension of voting time wherever a verified supply interruption delays voters.
Recommended implementation path
- Publish the ₦37 billion cost structure and the planned number of ballot papers.
- Run controlled pilots in elections with different geography, turnout and security profiles.
- Measure shortages, response time, rejected ballots, reconciliation quality and actual net cost.
- Subject pilot results to an independent technical and legal review.
- Scale nationally only if access, security and auditability perform at least as well as the current system.
Conclusion
Protect every vote, but stop paying to finish every ballot too early
The 2026 evidence identifies a genuine procurement inefficiency: ballot supply almost matched registered-voter strength while only 11.96% of issued papers were used in the screened records.
That finding does not justify reducing ballot entitlement to observed turnout or collected PVCs. PVC collection remains open close to election day, turnout can change and the right to vote cannot depend on a forecast. It does, however, justify changing when and where the full ballot requirement is converted into finished, contest-specific inventory.
Against the proposed ₦37 billion ballot-paper provision, a 60% advance tranche combined with 40% secured late-bound capacity produces an estimated ₦10.36 billion gross saving under the stated cost assumptions. The figure should be treated as a planning case until INEC publishes the underlying quantity and cost structure and pilot expenses are deducted.
What should happen next
INEC and the National Assembly should require a transparent ballot-cost audit and fund a multi-election pilot of staged secure production. If the pilot protects voter access and passes independent security tests, the model should become the basis for a more efficient national ballot-paper procurement approach for 2027 and future elections.
Sources and limitations
Evidence, budget references and reproducibility
Observed values come from the Mundx polling-unit dataset. Budget values come from reporting on INEC's National Assembly presentation. The 60% advance tranche and 70% variable-cost share are explicit assumptions that can be changed in the calculator.
- Mundx, 2026 by-election results and transparency report.
- Premium Times, INEC's ₦873.778bn proposal and ₦37bn ballot line.
- Premium Times, election funds not yet received.
- INEC, official 2027 timetable announcement.
- Channels, Ekiti PVC collection extension.
- TheCable, Osun PVC collection extension.
- Machine-readable findings and cost model.
- Download the savings scenarios.
- Machine-readable source manifest.
Critical limitations. The 2026 strict subset covers 844 of 1,867 polling units across five bye-elections and is not a random national sample. The ₦37 billion line is a proposal, not audited expenditure. INEC has not published the ballot quantity or fixed-versus-variable cost split. The ₦10.36 billion estimate is therefore a gross planning scenario before infrastructure, security, audit, training and delivery costs. Any national change requires legal review, public security testing and multi-election pilots.