Winter tyre season follows the same pattern every year, yet it catches tyre dealers, recyclers, and transfer stations short on capacity more often than it should. When temperatures drop, and drivers swap their summer tyres for winter sets, end-of-life tyres enter the waste stream in volumes that compress weeks of normal processing into days. The same spike happens again in spring. Predictable as it is, the surge still creates real operational pressure for anyone handling tyre volumes downstream.
This guide covers how to calculate your peak capacity requirement, what to address before the surge arrives, and how to keep your baling operation running efficiently when it matters most.
In markets where winter tyres are widely used, particularly across Scandinavia, Central and Eastern Europe, Canada, and parts of the United States, the seasonal tyre changeover creates a surge in end-of-life tyre volumes that is predictable in timing but challenging to manage in practice.
The pattern is consistent: when temperatures drop, and drivers swap summer tyres for winter tyres, tyre dealers and workshops handle a significant volume of removed tyres in a compressed timeframe. Many of those removed tyres are at the end of life and enter the waste tyre stream simultaneously. The same surge happens in reverse in spring, when winter tyres come off, and summer tyres go back on.
Even in markets without a formal winter tyre culture, autumn and early winter see a related effect: fleet operators servicing vehicles ahead of winter conditions, increased tyre wear during autumn driving, and higher vehicle throughput at service centres. The result is broadly similar: a seasonal uplift in end-of-life tyre volumes that the downstream tyre processing and recycling infrastructure has to absorb.
For operators who receive, process, and bale waste tyres, the winter surge is a known annual event. Managing it well, rather than being overwhelmed by it, is a function of advanced planning and the right equipment capacity.
The first step in managing a seasonal surge is understanding when it happens at your specific operation and by how much volumes increase above the baseline.
For most operations in winter tyre markets, the key changeover periods are October to November (summer-to-winter) and March to April (winter-to-summer). The peak typically runs for four to six weeks at each changeover, with volumes tapering before and after. The exact timing varies by geography: northern markets changeover earlier and later than southern markets.
A simple record of weekly tyre intake volumes over two or three years reveals your specific pattern: when the surge starts, when it peaks, and when it returns to baseline. If you don’t have this data, start recording it now. Even a single year’s data significantly improves planning for the next season.
The relevant figure for equipment capacity planning is not the average volume but the peak week. Your baling operation needs to be able to process tyres at the peak rate without creating a backlog that takes weeks to clear. Calculating peak week volume and comparing it to your current baling capacity tells you whether you have enough capacity or whether you need to extend operating hours, bring in additional equipment, or implement a temporary processing arrangement during peak weeks.
Tyre baler capacity is expressed in bales per hour or tyres per hour, depending on the machine. The MKII Tyre Baler produces up to 6 PAS 108-compliant car tyre bales per hour, with each bale containing approximately 80 to 100 car tyres. That translates to roughly 480 to 600 car tyre equivalents per hour of operation.
Over a standard eight-hour shift, a single MKII can process 3,800 to 4,800 car tyre equivalents. Over a five-day week, that’s 19,000 to 24,000 car tyre equivalents, allowing for typical production efficiency.
If your peak week volume exceeds this, you have several options:
Extend operating hours: Running the baler for two shifts rather than one effectively doubles capacity without additional capital expenditure. The constraint is operator availability and willingness to work the additional hours.
Weekend operation: Adding Saturday (or Saturday and Sunday) processing during peak weeks adds 20 to 40 per cent more capacity, depending on shift length.
Increase pre-processing throughput: Bottlenecks in the pre-processing stage (rim removal, sidewall cutting for truck tyres) often limit baler utilisation. Improving pre-processing throughput allows the baler to operate closer to its rated capacity.
Temporary additional equipment: For operations where even extended hours aren’t sufficient, renting or borrowing additional baling capacity during peak weeks is an option. This requires planning well in advance; equipment availability at short notice during the industry’s peak period is limited.
The worst time to discover a maintenance issue is when the baler is needed most. A pre-season service in September, before the autumn changeover surge begins, is worth building into the annual maintenance schedule.
Pre-season service should cover the following as a minimum:
Hydraulic system: Fluid condition check (replace if due or condition is poor), hose inspection for wear and bulging, pressure test against rated specification. A pump that is marginal during normal operation will fail under extended high-cycle running during peak season.
Wear plates: Check wear indicator depth on all wear plates and replace any that are at or approaching their wear limit. Starting the peak season with worn wear plates means replacing them under pressure during the busiest period.
Wire feed system: Check tensioner spring condition, guide tube wear, and wire spool inventory. Running out of baling wire during peak season, or dealing with frequent wire breaks because the tensioner is worn creates unnecessary stoppages.
Electrical system: Check limit switch condition, PLC function, and control panel connections. An electrical fault that causes intermittent stoppages is particularly disruptive when operating at extended hours.
Safety systems: Verify all emergency stops, guards, and interlocks are fully functional before extended operation begins.
Contact Gradeall’s service team to arrange a pre-season service visit. Gradeall service engineers support equipment across the UK and Ireland directly, with remote support available for international installations.
Equipment capacity is one side of the picture; staffing is the other. A baler running at rated capacity requires an operator who is trained, alert, and working efficiently. Extended hours during peak season increase fatigue risk, which in turn increases the likelihood of operational errors and safety incidents.
Practical staffing considerations for peak season:
Cross-train multiple operators: If only one person on site knows how to operate the baler, a day off or illness during peak season creates a significant problem. Cross-training at least two operators, ideally three, gives operational flexibility throughout the year and is particularly valuable during the peak period.
Rotate operators during extended shifts: Rather than one operator running the baler for a 10 or 12-hour day, rotating operators between baling and other tasks manages fatigue and maintains consistent throughput.
Supervisor oversight during peak: Peak season is not the time to reduce oversight. A supervisor who monitors cycle times, bale quality, and operator well-being during the peak period catches developing problems before they become stoppages.
High incoming tyre volumes during peak season can overwhelm the input side of the baling operation as well as the processing side. Managing the flow of tyres from intake to the baler is as important as managing the baling process itself.
Prioritise rim removal: Tyres arriving with rims must be separated before baling. A tyre rim separator that was managing comfortably at baseline volume may become the bottleneck during peak season if incoming rim-on tyres increase proportionally. Assess whether your rim removal capacity is sufficient for peak volume, and consider extending rim removal operating hours in parallel with baler hours.
Sort by tyre type at intake: A mixed pile of car tyres, truck tyres, and agricultural tyres requires sorting before the appropriate processing path can begin. Sorting at the point of intake, rather than at the baler, keeps the baling operation flowing without interruptions to handle unexpected tyre types.
Limit batch sizes at the baler: Large batches of unsorted tyres near the baling machine create a cluttered, unsafe working environment. Consistent smaller batches (a practical arm’s-length supply for one to two hours of operation) maintain a tidy working area and allow the operator to see and manage what they’re working with.
Coordinate inbound deliveries where possible: If you’re receiving tyres from regular suppliers (dealers, workshops, fleet operators), coordinating delivery times during peak season to spread daily intake more evenly reduces peak-hour congestion. This isn’t always possible, but even partial scheduling helps.
Processing more tyres faster creates more bales. Unless the outbound logistics chain is scaled up in parallel, the bale storage area fills quickly and eventually constrains the whole operation.
Plan the bale storage area for peak capacity, not average capacity. If you’re producing twice the normal volume of bales during the peak period, you need twice the bale storage area unless you can also arrange more frequent outbound collections.
For operations supplying PAS 108 bales to civil engineering projects, peak season may coincide with a reduction in construction activity (winter weather), which can slow bale off-take. Build this into your planning: if construction projects typically slow their tyre bale uptake in November and December, start the season with as much storage capacity available as possible.
For operations where bales are transported to energy recovery or tyre shredding facilities, arrange additional collection frequency before the peak period begins, rather than after the storage area is full. Logistics providers have their own peak demands; early booking secures capacity and better rates than last-minute arrangements.
Not all volume surges are seasonal. In markets where motorsport, agricultural seasons, or large fleet renewal programmes create event-driven tyre volume spikes, the same planning principles apply, but the trigger is different.
Agricultural tyre volumes typically peak in late summer and autumn as harvest equipment is serviced. Motorsport tyre volumes are tied to race calendars. Fleet renewal programmes often concentrate on specific months based on vehicle leasing cycles or budget periods.
Operators who understand their specific volume drivers can apply the same preparation framework: identify when the spike occurs, calculate the peak volume, assess current capacity against peak requirement, and plan the operational response (extended hours, additional staff, pre-season maintenance) before the spike arrives.
The core principle is the same regardless of trigger: managing volume surges well is a function of advanced planning, not reactive improvisation.
Winter tyre season brings a sharp rise in waste tyre volumes that can strain even well-run processing operations. This guide covers the practical steps recycling operators take to keep baling output high, avoid equipment downtime, and manage increased intake without disrupting daily workflows.
For operations in winter tyre markets, target a service in late August or early September, before the October-November changeover surge. This gives enough time to receive and fit any replacement parts identified during the service, without leaving the machine sitting idle for extended maintenance during the peak itself.
Calculate your peak week tyre intake volume from your intake records. Compare this to your baler’s rated daily output (MKII: approximately 3,800 to 4,800 car tyre equivalents per eight-hour shift). If your peak week requires more than the baler can produce in a standard week of single-shift operation, calculate how many additional hours of operation are needed to clear the volume. If extended hours aren’t viable, consider additional equipment or temporary processing arrangements.
Hydraulic system faults are the most common cause of unplanned downtime in general, and the risk increases during extended operation in cold conditions. Cold hydraulic fluid is more viscous and takes longer to reach operating temperature; a pump that is marginally worn at normal temperatures may struggle more when cold. Allowing the machine to warm up properly before full-cycle operation in cold conditions reduces this risk.
Cold conditions affect hydraulic fluid viscosity, which can extend cycle times until the fluid warms up. Hydraulic hoses also become less flexible in very cold conditions and are more susceptible to impact damage. Allow extra warm-up time at the start of shifts in cold weather, and consider using a hydraulic fluid formulated for low-temperature operation if your facility is unheated and processes tyres in temperatures below 5°C.
Yes. At a minimum, carry the most common wear items: hydraulic hoses in the most likely failure sizes for your machine, a complete set of hydraulic filter elements, limit switches for the baling chamber, and a full wire spool inventory to avoid mid-peak stock-outs. The cost of carrying these items is minimal compared to the cost of a baler stoppage waiting for parts delivery during peak season.
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