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Polish rally driver Miko Marczyk set a Guinness World Record in the series production electric vehicle category by covering 1,337 kilometers on a single charge with an Audi A6 Sportback e-tron performance model. This drive, carried out on public roads in Poland over more than 45 hours, exceeded the vehicle’s official range of 777 kilometers by approximately 72% through special driving techniques. The average energy consumption during the drive was measured as 7.09 kWh/100 km.

The distance between Istanbul and Ankara by road is approximately 450 kilometers. A round trip covers 900 kilometers. 1.5 times this distance, 1,350 kilometers, is quite close to the record-breaking 1,337 kilometers, so the comparison in the post is consistent.

Why was a rally driver involved in the attempt?

There are three main reasons why Miko Marczyk (2025 European Rally Champion) got behind the wheel for this record attempt:

1. Efficiency Driving (Hypermiling) Experience: Marczyk is experienced not only in high-speed driving but also in “hypermiling” techniques, which ensure minimum energy consumption. He had previously demonstrated his skill in this field by driving a diesel-powered Škoda Superb 2,831 km on a single tank.
2. Disciplined Vehicle and Road Management: Maintaining millimeter-precise throttle control, preserving the vehicle’s momentum, following the correct line, and utilizing regenerative braking with maximum efficiency for over 45 hours in public traffic requires a high level of professional focus.
3. Brand Collaboration and PR: Marczyk is an official brand ambassador for Volkswagen Financial Services, which supported the organization. Audi aimed to formalize the record by combining the technical potential of its new A6 e-tron with a professional athlete.

Is the Skoda incident also a record?

Miko Marczyk‘s drive in a fourth-generation diesel Škoda Superb 2.0 TDI in 2025 is a Guinness World Record.

Key details:

1. Distance: He covered 2,831 kilometers on a single 68-liter tank of fuel.
2. Consumption: An average of 2.61 liters of fuel was consumed per 100 kilometers. The declared factory data for the vehicle is 4.8 liters per 100 kilometers.
3. Route: The drive started from Łódź, Poland, and was completed on a route covering Germany, France, Belgium, and the Netherlands.

How did he break so many records?

Range records of this level are achieved through special driving techniques known in the literature as hypermiling (extreme efficiency driving), vehicle preparation, and disciplined road management.

The basic methods applied are:

1. Constant and Low Speed (Aerodynamic Drag Management): Air resistance increases proportionally to the square of speed. The vehicle is driven at a constant speed band around 50–60 km/h, where aerodynamic drag is low, and the electric motor is most efficient.
2. Momentum Preservation and Coasting: Accelerating the vehicle from a standstill is the most energy-consuming process. The driver anticipates traffic and lights hundreds of meters ahead to keep the car flowing without stopping. Although regenerative braking in electric vehicles recovers some energy, allowing the car to coast on its own momentum is more efficient as it prevents conversion losses.
3. Elimination of Parasitic Loads: Air conditioning, seat heating, high-power audio systems, and in-car displays draw power directly from the battery. All these features are turned off during record attempts.
4. Precise Pedal Control: Sudden accelerations draw high current from the battery, leading to efficiency loss. Power demand is continuously kept to a minimum with millimeter-precise pedal inputs.
5. Mechanical Preparation: Tire pressures are raised to the highest level permitted by the manufacturer to reduce rolling resistance. Windows are kept closed to avoid disturbing the aerodynamic structure.
6. Route and Weather Optimization: Routes with low wind, minimal elevation changes, and ideal battery chemistry operating temperatures (20–25 °C) are preferred.

What was the average speed?

Calculating Miko Marczyk‘s average speed during the Audi A6 e-tron record attempt:

• Total Distance: 1,337 km
• Total Time: Approximately 45.5 hours
• Average Speed Calculation: 1,337 km / 45.5 hours ≈ 29.38 km/h

Although the vehicle might have momentarily traveled at 40–50 km/h on traffic-free and flat sections during the drive, the overall average speed remained below 30 kilometers per hour when traffic, intersections, lights, and mandatory stops and starts on the route are included.

In electric vehicles, as speed increases, aerodynamic drag resistance increases, and battery consumption rises. Therefore, in record attempts, speed is kept at low levels where motor efficiency is highest. Consequently, the overall average speed of the drive is not 50 km/h but approximately 29.4 km/h.

In conclusion, such records are not “daily use tests” but rather physical limit and efficiency attempts (hypermiling), so they are not considered cheating within the rules; however, it is clear that they do not reflect daily driving reality.

• Purpose of the Record: The goal of the attempt is not to measure the range a driver would achieve when traveling at normal speeds on a highway. The aim is to prove how many theoretical maximum kilometers the energy in the battery can be converted into when aerodynamic drag and mechanical losses are minimized.
• Rules and Supervision: This drive, conducted with Guinness World Records observers, involved no technical modifications to the vehicle, was driven on public roads, and did not violate any rules.
• Official Range and Reality: The vehicle’s official factory data, the 777-kilometer WLTP range, covers highway driving at an average of 90–120 km/h and mixed city traffic. This record, however, is an extreme attempt pushing engineering limits entirely outside official test standards.