Alpha EVO Ultra

Evo 12 Nm – The standard Evo offers the perfect middle ground between control and intensity. It delivers plenty of torque for most drivers and can genuinely fatigue your arms during long stints.

Evo Pro 18 Nm – Adds headroom, reduces clipping and future-proofs your sim racing setup. It unleashes serious muscle that simulates the forces of high-downforce open-wheelers and heavy GT cars.

Evo Ultra 28 Nm – The Ultra pushes performance even further, offering maximum torque headroom and the widest dynamic range in the EVO lineup. It’s ideal for drivers chasing the most detailed force feedback and those running high-rigidity cockpits where the extra power can really shine.

Contrary to popular belief, you don’t need to be “strong” to benefit. In fact, most owners run the Pro and Ultra well below maximum output, using the additional headroom to preserve detail and avoid clipping rather than simply increasing steering weight.

Not necessarily. Higher-torque wheelbases aren’t just about brute force; they’re about operating below the limit. Running a 28 Nm base at 40–60% can deliver cleaner force feedback, better transient detail and less clipping than a lower-torque base pushed to its maximum. The extra headroom helps preserve detail rather than simply increasing steering weight.

Yes, particularly if clipping or lack of detail under load is your concern. Moving from around 8–10 Nm to 20 Nm isn’t just about strength, it’s about maintaining clarity when forces build up through high-downforce corners, kerbs and heavy braking zones. For Simagic owners already invested in the ecosystem, the Evo Ultra is a strong long-term upgrade path from the Mini or Sport, especially if your rig can support higher torque hardware.

Torque numbers on paper (5Nm, 9Nm, 12Nm, etc.) can be misleading. What matters is the dynamic FFB range you’ll actually use in a race. For example, in a high-speed corner, your wheel may only operate in the 80–95% torque range. A 12Nm wheelbase (like the Alpha Evo!) gives a usable range of ~1.8Nm, while a 5Nm base gives only ~0.75Nm. 

That extra resolution translates to far more nuanced feedback; you can feel tyre grip, weight transfer and suspension changes with much more fidelity. If you’re chasing a realistic, high-end sim racing experience, 12Nm or higher gives the best control and immersive feel without compromises.