When the kid sitting on more than 31 wins this past year needs a place to train between race weekends, he gets the same platform a NASCAR Cup team would bolt down in their shop.
That’s exactly what just happened. Brexton Busch, son of two-time NASCAR Cup Series Champion and future Hall of Famer Kyle Busch, has joined the SimCraft Academy for Driver Development. The young racer is now training on a SimCraft APEX 4 CT, the compact motion racing simulator that delivers four degrees of freedom in a 5′ x 5′ footprint. From his own home, he’s preparing for the increasing demands of national-level competition.
This is what a serious sim racing setup looks like in 2026: a fully engineered training platform, with every component dialed in for fidelity, durability, and real driver development.
Inside the Sim Racing Cockpit Powering Brexton’s Training
Every APEX 4 CT is built around SimCraft’s center-of-mass motion architecture. The cockpit rotates around the driver, the way a real chassis rotates around its center of gravity. That means yaw, pitch, surge, and sway are delivered through independent actuators that move the entire chassis the way physics moves a real car. No visual sleight of hand. No hydraulic guesswork. Just real motion paired with real telemetry.
Most home setups built around aluminum extrusions take a different path. A wheel plate clamps to a desk, pedals slide underneath, and the whole assembly sits on a plywood floor. Those builds feel solid in the living room. The driver’s body sees the car’s motion on screen but never feels it physically in the seat.
“Brexton’s natural ability and determination are undeniable, and pairing that with our APEX 4 platform gives him a serious advantage as he climbs the ranks,” said TJ Halsema, Director of Driver Development at SimCraft. “Our mission is to equip rising stars like Brexton with the same professional-grade tools trusted by champions across the industry.”
That mission sits at the heart of SimCraft’s product philosophy: motion that teaches, not motion that entertains. It’s the difference between learning piano on a plastic toy and learning on a Steinway. Both have keys. Only one teaches your hands what music actually feels like.
A Compact Racing Simulator Built for Driver Development
The APEX 4 CT packs four degrees of freedom into a 5′ x 5′ footprint, which means it fits in a spare bedroom, a garage corner, or a race shop office without consuming the floor.
The fidelity exceeds what you’d find in many OEM-level systems. Brexton can replicate race conditions from his own home, with motion cues that translate directly to what he feels in a real car. SimCraft calls this translational seat time: time spent in the simulator that builds reflexes drivers actually use on track.
The science of driver development with motion simulators backs this up. Studies from Michigan State University and the University of Pittsburgh Medical Center show that motion-equipped simulators improve predictive steering, attention, and decision-making in ways that static rigs cannot. The MSU work specifically tracked steering precision and brake-release patterns, finding that drivers on full-motion platforms maintained smoother, more consistent control compared with seat-mover-style alternatives.
A young racer building correct reflexes today is a faster competitor in a Cup car later. The science of habit formation is unforgiving. The brain learns whatever you give it, accurately or not. Putting the right inputs in front of a developing driver is one of the highest-leverage decisions a racing family can make.
Pro Accessories: Wheel Hardware, Pedals, and Formula-Style Controls
Inside the cockpit, the steering wheel matters as much as the platform.
Brexton’s APEX 4 CT runs a Simucube 2 direct drive wheel base and Gomez Sim Industries wheel. The same hardware used by pro teams in their development simulators. The motor connects directly to the steering wheel, with no belts or gears in between. Every bump, kerb, and grip transition reaches the driver’s hands the moment it happens. That instantaneous feedback separates a real racing sim from a video game.
The accessories list on a SimCraft platform reads like a parts catalog from a Cup shop. FIA-certified seats from OMP, Momo, or Sabelt. Premium shifter sets from MME, with H-pattern, sequential, and handbrake configurations. Tilton-built pedals, integrated haptic transducers, and a powered USB hub for accessories like button boxes and rearview displays.
For drivers chasing Formula-style controls, SimCraft also supports formula-position cockpits with reclined seating and long-leg pedal boxes. Whether the goal is GT, oval, karting, or open-wheel, the cockpit configures around the discipline.
Why the Steering Wheel Matters as Much as the Motion
Paired with a Gomez Sim Industries GT or Formula model, the controls match what a real driver would meet inside a Cup car or a sports prototype. Carbon fiber paddles. Heavy detents. Real switches. The wheel and pedals form a closed feedback loop with the driver, and that loop is what builds correct reflex memory.
A poorly tuned brake pedal teaches the wrong reflex. A real Tilton-fed pedal teaches the right one. The same logic applies to every input the driver touches.
Choosing Among SimCraft’s Racing Simulators
Choosing the right platform comes down to where you’re starting and where you want to go. SimCraft builds three platforms, each tuned for a different use case.
The GRID1 esports motion racing simulator delivers yaw motion in a single-degree-of-freedom platform. It fits esports racers, karting prep, and public installations. The APEX 6 GT full motion racing simulator sits at the top of the lineup, with six degrees of freedom and an 8′ x 6′ footprint built for pro teams and serious development programs. The APEX CT, in two- or four-axis configurations, lives between them, sized for home shops, race shop offices, and rising drivers like Brexton.
Each platform comes in three editions. BUILDER is the entry tier, with motion chassis and core software included. STANDARD adds pre-configured visuals, audio, and the Simulation Processing Engine or SPE. ELITE delivers OLED 220-degree visuals, rackmount electronics, and home-theater audio. Where you begin depends on where you want to go.
For a young driver building toward national-level competition, the APEX 4 CT hits a sweet spot. The motion is meaningful, the footprint is manageable, and the software pipeline runs every major sim title, including iRacing, rFactor, and Assetto Corsa. Drivers can practice the same tracks and cars they’ll meet in real series, then carry that preparation into race weekends with measurable confidence.
Why Pro Accessories Outperform Generic Sim Rigs
There’s no shortage of online reviews comparing extrusion-based DIY sim rigs and CSL cockpit-style budget builds. Most of those discussions begin and end with what feels solid in the living room. Race-grade accessories have to do more than feel solid. They have to deliver consistent feedback, lap after lap, so the brain learns the right reflex instead of the convenient one.
Where a homebuilt setup might compromise on a flimsy bracket, a no-name shifter mount, or a wheel plate that flexes under load, SimCraft engineers everything as a system. Every part is selected for fidelity, durability, and the way it behaves under repeated, hard use.
That’s why teams in NASCAR, IMSA, IndyCar, and Formula racing turn to SimCraft when they want hardware that holds up under serious use. The racing cockpit Brexton trains in at home is the same architecture his future race shop will rely on, scaled to a footprint that suits a developing driver.
For drivers who want a turnkey experience, white-glove installation is also available with STANDARD and top-tier editions. A SimCraft technician handles setup in your space and tunes the system for your driving style. The platform arrives ready to train, with every accessory configured, every cable managed, and every motion parameter dialed in.
Brexton’s Take on Training at Home
The hardware story is one thing. The kid in the seat is another.
“SimCraft is so cool because when I get in the simulator it feels just like I’m really racing on the track. I get to practice on different tracks, different cars, try new things, and learn how to be faster and smoother. It’s the real deal. Every time I practice off the track now, I’m getting better on it. Plus, my Mom and Dad let me ‘train’ more since it’s not just a video game.” – Brexton Busch
That last line tells you everything. When the platform is good enough that the parents call it training instead of screen time, you’ve moved past toy territory into a real development environment.
Brexton joins a growing roster of SimCraft Academy drivers, including the Wheldon brothers, Lucas Palacio, and Ty Fisher. Each of them logs hours on a SimCraft platform between race weekends, refining technique, learning new tracks, and building the muscle memory that shows up later as a race win. SimCraft’s racing simulators are used across NASCAR, IMSA, IndyCar, and Formula racing programs to enhance driver readiness and provide meaningful seat time without the risk, cost, or constraints of on-track testing.
Brexton’s feedback will also flow back into ongoing product improvements, benefiting clients across the industry. Every champion who trains on a SimCraft platform helps refine the next generation of systems.
Reach out to a SimCraft specialist to find the right configuration for your goals.
FAQ
What's the difference between a SimCraft motion platform and a static rig?
A static cockpit holds the driver still while the screens move. A SimCraft platform delivers center-of-mass motion, force feedback, visuals, audio, and pro-grade controls in a single integrated training environment. Brexton’s APEX 4 CT is a complete system, with the chassis, racing seat, wheel, pedals, and electronics all engineered to work together.
Does Brexton Busch use the same platform as NASCAR Cup teams?
Brexton trains on a SimCraft APEX 4 CT. NASCAR Cup teams typically run the larger APEX 6 GT, which uses six degrees of freedom and is the system NASCAR formally approved under Section 13.5. Both share the same motion architecture, so the cues transfer between them as drivers move up.
Can a young driver benefit from a pro-grade simulator?
Yes. SimCraft systems are used by drivers as young as 10. The hardware adjusts to fit smaller bodies, and the training value scales with the time invested. A 10-year-old building correct reflexes today becomes a faster 16-year-old in a real race car later.
What software runs on a SimCraft APEX 4 CT?
The APEX 4 CT supports iRacing, rFactor, Assetto Corsa, and other major titles, with telemetry integration and motion tuning built in. Brexton can practice the same tracks and cars he’ll meet in real competition, with motion cues that match what the chassis will do at speed.
How do I get started with a SimCraft platform?
Reach out to a SimCraft specialist about which model and edition fits your goals. The team will help match your space, budget, and career path to the right configuration, then guide you through reservation, build, and delivery.
