At Simtek , we don’t just react to where training is today—we build for where it’s going next . Simtek innovates today for tomorrow’s simulated avionics platforms. As aircraft evolve, missions become more complex, and training demands increase, simulators need hardware that can keep up. That’s why we’re constantly pushing the boundaries of high-fidelity simulated avionics for both military and commercial platforms. From Next-Gen Fighters to Commercial Trainers Whether you’

Euless, Texas — January 5, 2026 Simtek is proud to announce we have been awarded contracts to deliver Qty 7 shipsets and Qty 11 shipsets supporting multiple C-130J flight simulator cockpit configurations . This award expands Simtek’s role in delivering rugged, high-fidelity simulated avionics hardware built for demanding training environments. Supporting Multiple Cockpit Configurations The program scope includes a tailored mix of simulated control panels, cockpit displays,

At Simtek , we believe great hardware is only half the story. The other half is customer service —and that’s where we refuse to be average. Our commitment is simple: Second-to-none customer service, with direct lines of communication and rapid response times. When you work with Simtek, you’re never left wondering who to call or when you’ll hear back. You get real people, clear answers, and fast responses at every stage of your project. Direct Lines From Shipping to the CEO’s

High-fidelity simulated avionics don’t just look real—they have to communicate, respond, and integrate with the host sytem. That’s where Simtek’s Electrical Engineering team comes in. Using a combination of proven interface solutions and customer-specific design, our engineers build the electrical backbone that makes each panel, display, and instrument behave exactly as your system requires. If your training device needs rock-solid I/O, clean integration, and dependable

Behind every high-fidelity panel, display, and instrument that leaves Simtek is a mechanical engineering team obsessed with details. From overall cockpit layout down to the depth of a countersink or the feel of a switch guard, our engineers use SolidWorks 3D modeling to design simulated avionics that are tailored exactly to the customer’s specifications . If you need hardware that matches your aircraft and your simulator—not just “something close”—this is where it starts. M

Wiring a full cockpit simulator can get expensive—fast. Multiple power lines, signal cables, distribution blocks, and harnesses can turn even a clean design into a wiring jungle. That’s why Simtek developed its own Power over Ethernet (PoE) simulated avionics solution . By combining power and data over a single Ethernet cable , we help customers: Reduce wiring complexity Lower installation and material costs Simplify maintenance and troubleshooting Build more modular, scalab