"I couldn't find a simulator that gave me the adrenaline rush of a real car, so I made one instead." - Alex Nankervis
Alex, our CEO and the creator of Driven DynamiX, set out to build the simulator he always wanted to drive. He was chasing something he couldn’t find anywhere else: a sim that truly felt like being on track. The goal wasn’t just to build something impressive on paper. The goal was to make something that delivered the adrenaline, immersion, and physical feedback of a real car.
That goal turned into eight years of building, testing, and refining. Over time, Alex designed the system he had spent years searching for: a simulator built from the ground up to recreate what a car actually feels like, not just what it looks like on a screen. That became the DDX Prime.
The Prime showed us what we had been trying to build from the start. It showed what can happen when motion is treated like a core part of the simulator, not just an add-on. But after introducing the DDX Prime to the public, we knew there was another step to take.
We wanted to build something that gave more drivers access to that same kind of experience.
We wanted to create something that delivered the same adrenaline rush, the same realism, and the same software-driven performance as the Prime, but in a sim designed for a broader audience. That was the beginning of the DDX Precision.
Unlike the Prime’s eight-year journey to reality, the Precision came together in just seven months. It came together faster because so much of the groundwork had already been done. The engineering work, architecture, software, and lessons learned from the DDX Prime all fed directly into the Precision. It's built on the same philosophy, the same core software, and the same focus on realism.
The result is a true 6-DoF motion simulator designed from the ground up as one fully integrated system to create the most immersive, realistic driving experience possible. The goal is to let the driver feel what the car is doing without that information getting lost. You don’t just see the difference between a GT3 car and a formula car, you feel it. The weight transfer changes. The response changes. The rhythm of the chassis changes. Our software algorithms make those differences immediately obvious in a way most simulators can’t.
With the DDX Precision, we wanted to prove a point: professional-grade motion should not cost millions.
For a long time, realistic motion has either been locked behind very expensive systems or stripped back too much for the consumer market. We built the Precision to close that gap. It brings together low latency, high haptic bandwidth, and precise motion fidelity in a system that can work as a professional training tool in your home, without demanding the kind of budget traditionally associated with elite simulator hardware.
That matters, because the difference between a motion simulator that looks impressive and one that actually improves the driving experience comes down to more than hardware. In our experience testing motion simulators across the market, the biggest thing holding them back is not always the mechanical platform. It is the software and algorithms driving it.
At Driven DynamiX, software is our secret weapon.
With a background in video game development, VR and AR research, and custom silicon, we approached motion simulation differently. We weren't trying to make something that just moved around. We wanted to cut down latency and make what the car is doing easier for the driver to actually feel. To do that right, the software, firmware, electronics, and motion control all have to work together.
Most simulators are forced to compromise. They add filtering that smooths out the experience but introduces delay. They struggle to deliver motion fast enough to feel natural. Or they can create movement, but not the kind of precise feedback that drivers actually need. That's exactly what we wanted the Precision to address.
Latency is one of the biggest reasons a sim can feel unlike a real car. Even small delays create a disconnect between what the eyes see, what the hands feel, and what the body expects. Once that happens, the sim feels less real and it's not as useful for training.
Most consumer simulators add significant delay on top of the inherent latency already present in the game itself. By the time the platform reacts, the moment that motion was supposed to communicate has already passed. That can dull the realism, distort timing, and train reactions that don’t translate cleanly to the track.
That's where Driven DynamiX does things differently. The DDX Precision starts from an incredibly low telemetry-to-motion latency, enabled by our custom microcontroller, firmware, electronics stack, and industrial-grade servo motors. We design our software to add the minimum amount of filtering and delay possible, preserving the urgency and detail of the original signal. And to counteract latency introduced upstream by the game itself, we developed proprietary prediction and machine learning algorithms for key motion cues.
That speed matters because driving is about what you feel, not just what you see. Real drivers rely on subtle information to understand grip, balance, weight transfer, and vehicle behavior. A simulator should not just show those changes, it should let you feel them quickly enough to respond. That's where the Precision really changes things.
Sim racing is already a proven training tool. But once you add accurate motion cues, the experience changes in a big way. The Precision was designed for professional driver training, sim-to-real preparation, and for enthusiasts who want the most adrenaline-filled and realistic sim racing escape possible. It gives drivers the kind of feedback that helps them push with more confidence.
With the DDX Precision, you can feel what the car is doing: weight transfer under braking, slip angle as the car begins to rotate, suspension behavior over curbing, and the subtle changes in load that define grip. More importantly, you can feel those cues fast enough to react to them, just like you would in a real car. Our motion system helps drivers learn, adapt, and push lap after lap without leaving them guessing. That's the difference between motion that feels cool and motion that actually helps the driver.
The Precision is not just about making sim racing feel more intense. It is about making it feel more real. We wanted to close the gap between what's happening in the sim and what the driver actually feels. The goal was to make motion feel helpful, not just impressive.
The DDX Prime started with the idea that simulation didn't have to feel disconnected from real driving. The DDX Precision is our way of bringing the same experience to more people. It brings the same approach and software foundation into a system built for people who want more than just what's happening on a screen.
The Precision was never meant to feel like a lesser version of the Prime. The goal was to make what we built more accessible.
