Tyre Baling Cost Per Tyre: Breaking Down the Economics

Updated on: 5th March 2026 By:

The economics of tyre baling reduce to a single comparison: what does it cost per tyre to operate a baling programme, and what does each tyre yield in bale revenue or gate fee income? If the revenue per tyre exceeds the cost per tyre, the operation is profitable. If not, the volume, price assumptions, or operating model needs to change. This straightforward framing is complicated by the fact that the cost per tyre is highly sensitive to throughput volume: a baler processing 200 tyres per day has a higher cost per tyre than the same machine processing 600 tyres per day, because the fixed costs are spread across a larger volume.

This article builds the cost-per-tyre model from first principles, covering the capital cost component, wire cost, labour, electricity, and maintenance, and sets these against the revenue available from bale sales in the UK and international markets.

Fixed Cost Component: Capital Amortisation

A tyre baler at £50,000 purchase price amortised over a ten-year service life at zero residual value has an annual capital charge of £5,000. At a throughput of 300 tyres per day, 250 operational days per year, the baler processes 75,000 tyres per year. The capital charge per tyre is £5,000 divided by 75,000, approximately 6.7 pence per tyre. At 600 tyres per day and 150,000 tyres per year, the capital charge falls to 3.3 pence per tyre. Fixed cost per tyre is inversely proportional to throughput volume.

Daily Throughput	Annual Tyres (250 days)	Capital Cost/Tyre (£50k baler)	Wire Cost/Tyre (£2.50/bale, 100 tyres/bale)	Labour Cost/Tyre (1 operator)
100 tyres/day	25,000/year	20p/tyre	2.5p/tyre	40p/tyre
200 tyres/day	50,000/year	10p/tyre	2.5p/tyre	20p/tyre
400 tyres/day	100,000/year	5p/tyre	2.5p/tyre	10p/tyre
600 tyres/day	150,000/year	3.3p/tyre	2.5p/tyre	6.7p/tyre
800 tyres/day	200,000/year	2.5p/tyre	2.5p/tyre	5p/tyre

Wire Cost: The Most Significant Operating Cost

Baling wire is the dominant variable operating cost in tyre baling. A standard PAS 108 tyre bale uses 12 to 18 metres of wire at a gauge specified by the PAS 108 standard for civil engineering applications. At UK wire prices of £1.50 to £3.00 per bale, depending on gauge and supplier, the wire cost per tyre is approximately 1.5 to 3.0 pence for a 100-tyre bale. Over a year at 300 tyres per day, the wire cost amounts to £3,000 to £6,500.

Wire cost management is therefore the primary operational cost lever in tyre baling, more significant than energy and more controllable than labour. Volume purchasing agreements with wire suppliers and specification of the minimum wire gauge that meets the bale buyer’s requirements reduce wire cost per bale. Wire cost should be negotiated as part of the initial baling programme setup, not accepted as a fixed market rate.

Gradeall supplies baling wire for tyre balers alongside the equipment itself, with volume pricing for regular customers. Wire grade and gauge specifications matched to the MKII tyre baler and other Gradeall baler models are confirmed at the time of equipment purchase to ensure PAS 108 compliance from the first bale.

Revenue Per Tyre: What Bales Earn

Bale revenue per tyre depends on the market the bale is sold into. PAS 108 civil engineering bales command the highest price per bale; TDF (tyre-derived fuel) bales command a lower price but have a more consistent buyer market. Export bale prices vary by destination market.

At a bale price of £30 per bale (mid-range TDF/export market) and 100 tyres per bale, revenue is 30 pence per tyre. At a PAS 108 bale price of £60 per bale, revenue rises to 60 pence per tyre. For tyre recycling operations, which also charge a gate fee for tyre acceptance, the gate fee adds directly to the per-tyre revenue: at £1.00 per car tyre gate fee, total revenue per tyre from gate fee plus bale is £1.30 to £1.60 per tyre.

“The cost per tyre model makes clear why volume is the primary driver of tyre baling profitability,” says Conor Murphy, Director of Gradeall International. “At 100 tyres per day, your costs are higher per tyre, and your market negotiating position for bale prices is weaker. At 600 tyres per day, your cost per tyre is a third of the lower-volume case, and your volume makes you a meaningful supplier to buyers who will pay better prices for consistent supply. Growing volume is the single most important lever in tyre baling economics.”

For operations processing truck tyres alongside car tyres, Gradeall’s truck tyre sidewall cutter pre-processes truck tyres for baling in a car tyre baler, expanding the volume of tyres that can be processed without a dedicated truck baler investment.

Frequently Asked Questions

What is a realistic net profit per tyre from baling?

At 300 tyres per day with a gate fee of £1.00 per tyre and a bale price of £30 per bale, total revenue per tyre is approximately £1.30. Total operating cost per tyre (capital 6.7p + wire 2.5p + labour 13p + electricity 1p + maintenance 1p) is approximately 24 pence per tyre. Net profit per tyre before overhead allocation is approximately £1.06. Over a year at 300 tyres per day for 250 days, net profit before overhead is approximately £79,500. These numbers are indicative; actual results depend on the specific gate fee structure, bale market prices, and overhead costs of the operation.

How do agricultural and OTR tyre economics differ from car tyres?

Agricultural and OTR (off-the-road) tyres are larger, heavier, and in most cases cannot be baled in standard car tyre balers without pre-processing. Pre-processing equipment, including OTR splitters and shears, adds capital and operating costs. OTR tyres also have different bale market dynamics: fewer buyers, different civil engineering applications, and often lower per-tyre bale values relative to the processing cost. Gate fees for OTR and agricultural tyres are typically higher (£10 to £100+ per tyre) to reflect the processing cost, and profitability depends on high gate fees rather than bale revenue for these categories.

Can tyre baling be profitable without a gate fee?

Yes, but the economics are tighter. Without a gate fee, revenue comes only from bale sales. At 30 pence per tyre bale revenue and 24 pence per tyre operating cost, the margin is 6 pence per tyre, which generates £4,500 per year at 300 tyres per day for 250 days. This is insufficient to justify the baler capital investment on its own at a 10-year payback. The business case for tyre baling without gate fees requires bale prices significantly above £30 per bale (PAS 108 civil engineering market), very high throughput volumes that amortise capital rapidly, or both. Most successful tyre baling operations combine gate fee income with bale revenue.

How does PAS 108 compliance affect the revenue per tyre?

PAS 108-compliant bales sell at a price premium over non-compliant bales because the civil engineering application market is value-rich compared to TDF. A PAS 108 bale may achieve £50 to £80 versus £20 to £40 for a non-compliant bale, representing a revenue per tyre premium of 30 to 60 pence. The investment in PAS 108-compliant baling wire and confirmation that the baler produces the correct bale dimensions pays back quickly from this price premium. Non-compliance with PAS 108 limits the bale market to TDF and export buyers and reduces revenue per tyre materially.

What volume of tyres do I need to process to justify a tyre baler?

The minimum viable volume for a tyre baling investment depends on the revenue model. With gate fees of £0.50 to £1.00 per car tyre, the breakeven volume for a £50,000 baler over five years is approximately 50 to 100 tyres per day. With bale revenue only and no gate fee, the breakeven volume is considerably higher. For most UK tyre recycling operations, 100 to 150 tyres per day is the realistic minimum viable scale for a permanent baling investment; below this volume, mobile baling services or aggregating tyres for collection by a baling facility is often more economical than in-house equipment.