Rally del Paraguay 2026 Strategy Analysis:
Road Order, Tyres and Changing Grip

Paraguay’s WRC character is unusually easy to misunderstand. From the outside, the roads can look broad, fast and relatively simple. Elfyn Evans said the first edition proved otherwise. Toyota’s 2026 preview quotes Evans describing the stages as more difficult than they looked on paper, with polished clay and changing grip levels making the rally much harder than expected. He also remembers rain on the final morning creating a near-total loss of grip.

That makes the Rally del Paraguay 2026 road order question central to the weekend. Evans starts first on the road, which means he has the least swept surface ahead of the cars following him. In dry gravel, that can be a genuine disadvantage because later runners find a cleaner, harder racing line.

But Paraguay is not a simple “go later and win” rally. The surface includes sharp rocks and bumps, and the road can deteriorate enough that the later cars trade road-cleaning advantage for puncture and suspension risk. Once rain enters the equation, road order can flip again because the loose surface becomes sticky, polished clay loses grip and the benefit of running later becomes much less predictable.

2026 is a bigger event than 2025

The first WRC Paraguay rally ran 19 stages and roughly 335 kilometres. The 2026 event grows to 22 stages and 358.99 kilometres. The official local organizer has described the second edition as the longest competitive rally on the 2026 WRC calendar, while WRC’s event page confirms the 22-stage, 358.99-kilometre format.

Extra distance changes strategy because there are more chances for a puncture, more tire wear, more variation in road conditions and more opportunities for the championship standings to move. A crew cannot assume that a small Friday deficit can simply be recovered later without paying a reliability price.

The 2025 winner already showed how unpredictable Paraguay can be

Sébastien Ogier won the inaugural WRC Rally del Paraguay after a difficult rally that included a puncture and major position changes. Pirelli’s account of the event makes clear that the surface and tire performance were central to the result, with crews dealing with incidents and changing weather while using the soft Scorpion as the main gravel choice.

Ogier’s victory is strategically relevant because it was not simply a pole-to-flag performance. The rally rewarded the ability to recover, preserve tires and stay in the fight when the road did not behave as expected.

Road order is one of the oldest strategic arguments in rallying, but Paraguay gives the issue a particularly visible form. A car opens the road, sweeps loose gravel and creates a more compact racing line for those behind. If the weather stays dry, the later cars can have substantially better surface conditions.

Elfyn Evans has the clearest disadvantage because he is championship leader and opens the road. Toyota’s preview confirms his expectation that the first road position can become less harmful if rain arrives, but he also warns that rain can turn the rally into a lottery when grip becomes extremely low.

What road sweeping actually costs

On loose gravel, the car at the front is constantly moving material away from the ideal trajectory. The tire finds less compacted dirt, so acceleration and braking are less efficient. The driver may need to use a slightly different line to locate grip, which can make the car feel vague compared with a later runner.

The time loss is not uniform. A long straight may be almost unaffected because the car is at high speed on a relatively simple surface. The greater penalty can arrive at a braking zone where the loose material gives the tire less confidence. That makes Paraguay particularly challenging because the stages combine long fast sections with junctions and technical sequences.

Why later is not always better

Later road position has a hidden cost: the cars ahead are also changing the road. The surface may become more compacted and faster, but the edges can break away, stones can move into the line and ruts can become deeper. The driver is trading one type of risk for another.

That is why a smart crew chief does not tell the driver to “attack because you’re running later.” The correct instruction is to use the better surface without taking the extra risk that comes with a damaged road.

The best road position depends on weather

In a dry rally, the middle of the priority order is normally attractive. In rain, the order can change dramatically. If the surface is already polished and then receives water, the clay can become extremely low-grip. Evans experienced that in 2025 and expects weather to remain an important variable in 2026.

This is why weather monitoring has to be linked directly to road-order analysis. The forecast alone is not enough. Engineers need to know where the rain is falling, how quickly the road drains and whether the next loop will have a different tire or setup requirement.

Road order and championship strategy

Evans can use his championship lead to make the road-order problem less dangerous. He does not need to win every stage. If he gives up a few seconds to the later runners but finishes the first loop cleanly, he can focus on scoring solid points as the road becomes more favorable.

Pajari has the opposite incentive. He is 30 points behind Evans and has just won Estonia and Finland. If his road position gives him a grip advantage, his temptation will be to capitalize on it immediately. The danger is spending too much of that advantage before the surface and tire state are understood.

Why Ogier’s position is strategically attractive

Sébastien Ogier is one of the most dangerous drivers in Paraguay precisely because he is not the championship leader. He can exploit a favorable starting position, build the rally at his own pace and attack the final day without needing to protect a narrow title lead.

His 2025 victory also gives him unique knowledge of how the road evolves. That does not guarantee a repeat, but it reduces the learning curve that affected teams during Paraguay’s debut.

The tire story begins with a useful distinction: the 2026 Pirelli competition allocation must be taken from the event’s official sporting documentation and weekend tire bulletin. It would be wrong to invent a fixed 2026 compound count before those documents are final.

What is verified is the precedent. At the 2025 Rally del Paraguay, Pirelli reported that the soft Scorpion was the clear tyre choice across the rally, including the longest Sunday stages and changing weather. The company described it as the compromise that gave crews the best combination of grip and performance.

That does not mean every 2026 stage should automatically be attacked with the same tire. The longer 358.99-kilometre route and the known presence of sharp rocks make tire conservation just as important as peak grip.

Why soft gravel tyres were so effective in 2025

Soft gravel tires work because they can generate grip on lower-adhesion surfaces. Paraguay’s compacted red clay can become deceptively slippery when the loose top layer is removed. A tire that can deform into the remaining texture gives the driver confidence on corner entry and traction on exit.

The problem is that soft construction also has to survive sharp rocks and high-speed load changes. That creates the central tire-management question: how much grip can the crew spend before the tire loses its structural margin?

Puncture risk changes tyre strategy

The 2025 rally proved that punctures are not a theoretical concern. Ogier and other crews suffered tire-related problems, and Pirelli’s race report documented multiple incidents.

A driver therefore has to protect the tire in the same way a Formula 1 driver protects brakes: by recognizing the places where unnecessary risk adds no meaningful stage time. Cutting a corner aggressively over a sharp rock may save a tenth. Losing a minute to a puncture can erase an entire morning.

Tyre choice and road order cannot be separated

Road order changes the tire problem. A front-running car sweeping loose material may use its tire differently from a later car that spends the stage on a compacted line. The later runner can load the tire harder in corners, while the first car may slide more and generate heat without gaining the same grip.

That means the “best tyre strategy” depends on where the car starts. A compound that is perfect for the fifth car might be too fragile for the first car because the driver needs extra steering input and throttle correction.

How weather changes the tire call

Rain is the big variable. Toyota’s Evans said the 2025 rain created almost no grip. That means the strategy is not merely “take more aggressive tires.” In extremely low-grip conditions, the driver may prefer a setup and tire approach that provides predictability rather than absolute performance.

Rain can also wash loose gravel from the line and expose a different surface underneath. The crew therefore needs live feedback from the driver rather than relying solely on the morning setup. The tire that was ideal in a dry reconnaissance environment may become wrong within one stage.

Tyre management on the longest Friday loop

Friday is the longest day, with two loops of four stages totalling 153.78 competitive kilometres. Toyota’s preview explicitly describes it as the longest day of competition. That makes tire inventory particularly valuable.

Using a fresh soft tire for every short stage would be tempting but strategically wasteful if the same performance can be achieved with a tire that retains enough grip for the next loop. Crews need to think in terms of the entire day, not individual stage wins.

Changing grip sounds like a vague rallying phrase until you understand what it does to a modern Rally1 car. A braking point can move by several car lengths. The driver’s throttle application changes. The car’s yaw response becomes less predictable. The tire temperatures stop following the normal pattern. The pace note remains the same, but the road underneath it is no longer the same.

WRC identifies this as one of Paraguay’s defining characteristics. The soft gravel can cut up quickly, especially on second passes, while sudden surface changes can catch a driver who misjudges braking or his chosen line.

First pass versus second pass

The first car creates a baseline. The second pass becomes a new stage. The line can be cleaner, but the braking zones may contain ruts, and the road edge can be less supportive after dozens of cars have used it.

A strong second-pass driver does not simply copy the first-pass line. The crew uses recce notes and live stage feedback to identify where the surface changed. This is one area where experienced drivers can gain time without driving at a visibly higher intensity.

The polished-clay effect

Evans’ description of polished clay is particularly important. When many cars run over the same line, friction can polish the surface. The clay becomes smoother and potentially more slippery. That creates a paradox: the line looks “better” because loose gravel has disappeared, but the tire may have less mechanical bite.

That is why the ideal line is not always the cleanest line. A driver may deliberately place the car slightly wider to find a rougher section that provides more grip, especially under braking.

Sharp rocks and puncture management

Paraguay’s road surface also includes sharp stones and rocks. Toyota’s official preview specifically warns that these features are tough on tires, while Pirelli’s 2025 report documents the importance of the soft Scorpion compound and the incidents that occurred.

For the driver, puncture avoidance is a line-selection problem. The fastest-looking line may contain a rock. The safer line may cost two tenths but preserve the tire. Over a 20-kilometre stage, that trade can be worthwhile if the alternative is a puncture.

Dust and visibility

Fine dust can hang in the air in dry conditions, according to WRC’s official event description. That matters more for later runners because the road-order advantage can be undermined if a car catches another crew in its dust cloud.

The ideal gap therefore becomes part of the stage strategy. If the timing interval is too short, a faster car can run into visibility problems. If it is too long, the driver may lose some benefit from momentum against the target ahead. Race control and event timing normally manage these gaps, but the crew still has to respond if visibility is worse than expected.

Rain and the low-grip lottery

Rain is the variable that can erase the normal road-order hierarchy. The polished clay can become extremely slick, and the surface can lose grip far faster than a driver expects from a simple wet-gravel model.

Evans’ 2025 memory is clear: the final-morning rain created almost no grip. That experience is valuable for Toyota because it gives the engineering group a reference for wet-road balance. But a new rainfall pattern can still create a different race.

How drivers should adapt their pace notes

The pace note itself cannot tell the tire what to do. A “six left, tightening” instruction has the same words whether the clay is polished or covered in loose gravel. The driver therefore adapts around the note: earlier braking, less initial steering input, more careful throttle application or a different line around the exit.

This is one of the clearest reasons rally strategy cannot be reduced to a spreadsheet. The numbers can identify the risk, but the driver has to translate that risk into a different line at 160 km/h.