The Sim Rig Max Verstappen Swears by Ahead of GT3 Race Against Rossi

Max Verstappen Prepares for High-Profile GT3 Return at Portimão

Formula 1 World Champion Max Verstappen is preparing for a rapid transition back into closed-cockpit sports car racing. Having not piloted GT3 machinery in competition since leading his class at the Nürburgring 24 Hours in May, Verstappen is scheduled to step into the No. 3 Mercedes-AMG GT3 for the GT World Challenge Europe season finale at the Algarve International Circuit in Portimão on October 17. The Dutch driver will share driving duties with teammates Chris Lulham and Ben Barnicoat.

The opportunity arose due to a scheduling clash: regular drivers Dani Juncadella and Jules Gounon are committed to racing in the World Endurance Championship that same weekend. Verstappen’s inclusion instantly elevates the grid, placing him in direct competition with nine-time motorcycle Grand Prix world champion Valentino Rossi, who campaigns a Team WRT BMW entry. The prospect of two of motorsport’s most celebrated figures sharing the circuit has drawn significant international focus to the Portuguese venue.

The Engineering Logic Behind a Static Sim Rig

Jumping into a complex sports car with minimal on-track preparation requires exceptional adaptability, an attribute Verstappen continuously refines through sim racing. While modern commercial simulators increasingly prioritize full-motion platforms that pitch, roll, and heave to reproduce real-world chassis loads, Verstappen intentionally avoids hydraulic and actuator-driven systems.

Explaining his preference during an appearance on Team Redline’s YouTube channel, he said: I’m driving at home on a static rig because it’s faster. All these kinds of motion rigs are slower but of course, if you want to try and replicate a little bit of what you feel in real life, then yeah, you buy a motion rig. But I think it’s not really necessary at the moment. Because a driver operating at Verstappen’s level already understands physical G-forces intrinsically, eliminating extraneous motion removes artificial chassis lag and maximizes the fidelity of his physical inputs.

Hardware Architecture: What Powers Verstappen’s Training Setup

Verstappen’s personal command center at his residence in Monaco features top-tier sim hardware tailored for maximum feedback precision. His home rig centers around Simucube ActivePedals and a Precision Sim Engineering LM-X steering wheel, driven by an industrial-grade Leo Bodnar SimSteering2 Ultimate direct-drive wheelbase. Visuals are provided by a panoramic triple 32-inch curved Samsung Odyssey G7 display arrangement, anchored around a Custom Recaro Podium bucket seat.

While an official price has never been formalized, comparable professional-grade configurations typically command between $25,000 and $35,000 or more. Positioned nearby is one of his Formula 1 World Drivers’ Championship trophies, accompanied by a Red Bull Mini Fridge Baby Cooler 2020 RB-BC2020.

It’s pretty custom, and you can buy it all online, but you get into some personal settings as well, he told Car and Driver at the beginning of 2026. The most important to get right is the brake pedal, he continued. And the wheelbase. Those are probably the most important parts aside from a good computer, but for me, those are the most important things to get right if you want to be really competitive.

To ensure continuity between Grand Prix rounds, Team Redline constructs mobile adaptations of this platform. Verstappen utilizes a Sim-Lab P1-X cockpit installed directly inside his travel motorhome, complemented by secondary installations in other personal residences, including an operational setup aboard his yacht. His platform of choice for cross-discipline practice remains iRacing, where he frequently competes in high-stakes virtual endurance events alongside Team Redline colleagues.

Why This Matters

Verstappen’s crossover into GT World Challenge Europe highlights the blurring boundaries between elite professional esports preparation and top-level circuit racing. Rather than treating sim racing purely as recreation, Verstappen approaches it as a rigorous vehicle dynamics laboratory. His time investment allows him to enter demanding sports car endurance grids on short notice with sharp muscle memory and deep car control awareness.

Furthermore, Verstappen’s collaborative ecosystem with Team Redline serves an institutional ambition: bridging the talent pipeline from virtual cockpits to professional motorsport paddocks. Outlining the long-term vision behind his sim investments, he told The Athletic last year: My dream is of having a sim driver move into the real world and making it a success story, and seeing him progress, and seeing him evolve, hopefully in the long term, make him basically a professional driver, noting further: That he can make his living off it. That is the goal, and that’s something that slowly we’re making ways in.

Frequently Asked Questions

Why is Max Verstappen driving for Mercedes-AMG at Portimão?

Verstappen was recruited to pilot the No. 3 Mercedes-AMG GT3 alongside Chris Lulham and Ben Barnicoat after regular drivers Dani Juncadella and Jules Gounon were called away to fulfill concurrent racing commitments in the World Endurance Championship.

Why does Max Verstappen prefer a static sim rig over a motion platform?

Verstappen avoids motion platforms because the mechanical movement adds minor latency and does not enhance competitive lap times. A static chassis allows him to react instantly to force-feedback cues through his direct-drive wheelbase and active pedals without dealing with simulated G-forces he already understands from real-world racing.

What software and hardware does Verstappen use for training?

Verstappen primarily uses iRacing. His Monaco setup features a Leo Bodnar SimSteering2 Ultimate direct-drive wheelbase, Simucube ActivePedals, a Precision Sim Engineering LM-X wheel, a Custom Recaro Podium seat, and triple 32-inch Samsung Odyssey G7 curved monitors, supplemented by travel-ready Sim-Lab P1-X rigs in his motorhome and yacht.