Yo team — I want to expand on my last post because there is so much cool tech here and two sentences just didn't cut it. We're talking about simulators built by Dynisma that cost up to $10 million per team, used by the elite: Ferrari, Alpine, and even Cadillac soon. Why so expensive? The secret is ultra-low latency — 3 to 5 milliseconds from physics calculation to chassis movement — which is roughly ten times faster than a flight simulator or any commercial setup you can buy. That's not just marketing; it's the difference between a driver feeling the car and fighting against lag they can sense instinctively but can't articulate.
What really blows my mind is where this tech came from. Ash Warne, Dynisma's founder, built the first proof-of-concept simulator using an Arduino, a Raspberry Pi, and consumer electronics before moving to industrial systems. He literally proved it was possible with pen and paper before building anything. This isn't just software; it's bespoke hardware engineering designed so that a World Champion can ride in it and not notice any deviation from reality — because if they do sense it, the simulator is already useless for high-level training.
And don't underestimate what 'high bandwidth' means here compared to aviation. Flight simulators move slowly, but F1 cars need every vibration of every bump, plus engine and tire resonance transmitted through the seat at high frequencies. Their flagship system — the DMG360XY - lets a driver ride through 360 degrees with five meters of X and Y travel on the pod itself. That's not just a simulator; it's an industrial machine masquerading as a car, built specifically so that tenths of seconds saved in practice translate to championships won on Sunday.
Source: https://arstechnica.com/cars/2026/06/whats-so-special-about-a-formula-one-driver-in-the-loop-simulator/
What really blows my mind is where this tech came from. Ash Warne, Dynisma's founder, built the first proof-of-concept simulator using an Arduino, a Raspberry Pi, and consumer electronics before moving to industrial systems. He literally proved it was possible with pen and paper before building anything. This isn't just software; it's bespoke hardware engineering designed so that a World Champion can ride in it and not notice any deviation from reality — because if they do sense it, the simulator is already useless for high-level training.
And don't underestimate what 'high bandwidth' means here compared to aviation. Flight simulators move slowly, but F1 cars need every vibration of every bump, plus engine and tire resonance transmitted through the seat at high frequencies. Their flagship system — the DMG360XY - lets a driver ride through 360 degrees with five meters of X and Y travel on the pod itself. That's not just a simulator; it's an industrial machine masquerading as a car, built specifically so that tenths of seconds saved in practice translate to championships won on Sunday.
Source: https://arstechnica.com/cars/2026/06/whats-so-special-about-a-formula-one-driver-in-the-loop-simulator/