How Nigeria can cut ballot-paper costs by ₦10.36 billion without disenfranchising voters

Key findings

Nigeria can spend less on finished ballots without rationing the vote

In 844 quality-screened polling-unit records from five 2026 bye-elections, ballot supply equalled 99.83% of registered-voter strength, but only 11.96% of issued papers were used. The evidence supports a controlled test of staged ballot production—not a turnout-based cap on voting rights.

1. Ballot allocation closely followed registered-voter strength. The 844 polling units had 417,529 registered voters and received 416,818 ballot papers—99.83% of the register.

2. Most finished ballot papers were not used. Of the papers issued, 366,958 were unused and 49,860 were used. The unused share was 88.04%.

3. Collected PVCs cannot become a hard ballot ceiling. Collection continues close to election day. PVC figures can guide reserve placement, but the model must retain capacity for every voter on the certified register.

4. A staged model produces a more defensible saving. A 60% finished advance tranche, 40% secured late-bound capacity and a 70% quantity-variable cost assumption produce a gross planning saving of ₦10.36 billion.

01 · Why this analysis

Protect every vote, but stop finishing every possible ballot too early

Nigeria's ballot-paper system is built around a legitimate democratic obligation: every eligible voter must be able to vote. Polling units therefore commonly receive ballot papers close to their registered-voter strength.

That approach creates a wide safety margin, but it also commits the public to printing, serialising, packaging, transporting, guarding and eventually disposing of large volumes of security-sensitive paper that never enter a ballot box.

Our answer is yes—but only if the reform separates legal ballot capacity from finished-paper inventory. The proposal retains the ability to provide a ballot for 100% of the certified register while changing when and where the final contest-specific papers are completed.

02 · Evidence and method

What we examined and how the records were screened

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 then examined the reported ₦873.778 billion 2027 general-election proposal, including its ₦37 billion ballot-paper printing provision. S02

The published budget does not disclose the planned number of ballots or the division between fixed security costs and quantity-variable production costs. The fiscal result is therefore a transparent planning scenario, not an audited forecast.

03 · What the data shows

Ballot supply almost matched the register while 88.04% went unused

The 844 polling units in the strict subset had 417,529 registered voters and received 416,818 ballot papers. 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 protects access, but it commits most production expenditure before demand becomes visible.

The degree varied substantially. Disina used 42.87% of issued papers, while Udu used 6.49%. That variation rules out a single turnout-based hard cap, but it supports testing a staged system with a generous first tranche and protected reserves.

How to read the evidence: these were bye-elections and the screened subset is incomplete and non-random. The result supports a controlled pilot and a cost scenario. It does not prove that every 2027 contest will reproduce the same usage rate.

04 · The PVC constraint

The collection gap is real, but PVC totals cannot determine ballot entitlement

Historical figures show 84,004,084 registered voters and 72,775,502 collected PVCs—a gap of 11,228,582, or 13.37%. That is a meaningful logistics signal, but not a safe legal ceiling for ballot production.

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. S05 · S06

Ballot design, contracting, security printing, batching and national distribution begin much earlier. If an earlier collection count became a hard ballot ceiling, people who collected during the final days could remain eligible but find that corresponding ballot capacity had not been provided.

05 · The 2027 cost model

Estimating the avoidable cost within the proposed 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; subsequent reporting said the election funds had not yet been received. S02 · S03

Applying the observed 88.04% unused rate directly to the ₦37 billion line produces ₦32.57 billion in gross unused-capacity exposure. That is a diagnostic measure, not a credible saving target. Some reserve capacity is essential, the evidence is not nationally representative and some costs remain fixed even when fewer ballots are finished.

The recommended scenario is narrower: finish 60% of the full requirement centrally in advance, retain 40% as secured late-bound capacity and assume that 70% of the ₦37 billion line varies with finished volume. The resulting gross planning saving is ₦10.36 billion.

Important qualification: ₦10.36 billion is a gross planning scenario, not guaranteed net savings. Secure finishing capacity, independent audits, training, drills and reserve delivery must be costed and deducted before a final fiscal claim is made.

06 · Proposed production model

A secure staged system that preserves 100% ballot capacity

The reform separates the legal capacity to supply every registered voter from the amount of expensive, contest-specific finished inventory produced months or weeks in advance.

How the model would work

1. Procure capacity for the full register. Secure serialised substrate and reserve certified production capacity for 100% of the certified voter register.

2. Finish the 60% base tranche. Print, serialise, package and distribute the advance tranche centrally, allocated by polling-unit registered strength.

3. Position reserves using late evidence. After PVC collection closes, use final figures and local turnout history to place capacity and reserves. The data changes logistics, never eligibility.

4. Certify secure finishing hubs. Audited offline systems complete reserved stock under multi-party observation, using approved ballot definitions and reconciled production logs.

5. Trigger replenishment early. Accreditation, queue and remaining-stock thresholds activate sealed top-ups before a polling unit approaches shortage.

6. Guarantee sufficient voting time. A verified supply interruption automatically extends polling until affected voters have had a fair opportunity to vote.

This is not a proposal to print only 11.96% of required ballots. That would turn a non-random historical usage rate into a dangerous hard cap. The model retains 100% capacity and uses the evidence only to justify testing a lower level of finished advance inventory.

07 · Safeguards and implementation

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.

08 · Conclusion

Change when ballots are finished, not who is entitled to vote

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. Collection remains open close to election day, turnout can change and the right to vote cannot depend on a forecast. It does justify changing when and where the full requirement becomes finished, contest-specific inventory.

Against the proposed ₦37 billion ballot-paper provision, the recommended assumptions produce an estimated ₦10.36 billion gross saving. The figure remains a planning case until INEC publishes the underlying quantities and costs and pilot expenses are deducted.

Sources and data notes

About the figures in this report

The 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.

1. S01Mundx — 2026 by-election results and transparency report
2. S02Premium Times — INEC's ₦873.778bn proposal and ₦37bn ballot line
3. S03Premium Times — Election funds not yet received
4. S04INEC — Official 2027 timetable announcement
5. S05Channels — Ekiti PVC collection extension
6. S06TheCable — Osun PVC collection extension