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

From all of us at Simtek—thank you, Guardians. The U.S. Space Force is still young, but its mission couldn’t be more vital: protect the capabilities that keep our nation connected, informed, and secure—every hour of every day. On your birthday, we’re celebrating the Guardians who stand watch over the domain that powers modern life and modern defense. A mission that matters Space isn’t a far-off concept anymore—it’s the backbone of how the world operates. Communications, navig

At Simtek , high-fidelity simulated avionics start with high-precision parts —and that begins in our state-of-the-art machine shop . Our in-house machining capability combines modern CNC equipment  with proven conventional machinery , giving us the flexibility and accuracy needed to support complex simulator hardware across multiple platforms. CNC Machining for Complex, High-Accuracy Components Our CNC equipment allows us to: Produce tight-tolerance  components for panels, be

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

Early Flight Simulator Flight simulators have come a long way—from simple mechanical trainers with wobbling platforms to today’s full-motion, high-fidelity devices packed with advanced avionics and visuals. Through much of that evolution, Simtek  has been there in the background, designing and building the simulated avionics hardware  that makes these systems feel real. Since 1978 , Simtek has helped bridge the gap between real cockpits  and training devices , supporting prog

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

One of Simtek’s biggest strengths is simple to say but hard to copy: we do it all under one roof. At our facilities in Euless, Texas , every step of the process—from initial concept to finished hardware—happens in-house. That means tighter quality control, faster communication, and more consistent results for your simulated avionics programs. In-House Engineering & Design (Mechanical and Electrical Engineering) Every great panel, display, or instrument starts with engineering

When a simulator program is on the line, there are three hardware categories that can make—or break—training uptime: Instruments  (gauges, indicators, standby units, and specialty controls) Displays  (glass cockpit displays, ruggedized display solutions, and integrated visual interfaces) Panels  (control panels, pedestal panels, overhead panels, and mission-specific assemblies) At Simtek , these aren’t side offerings. They’re what we do—every day. We supply simulated flight s

Simtek Simulated Displays When you’re building or sustaining a flight training device, the display system is one of the first things instructors and pilots notice—and one of the fastest ways a simulator can go down if the supply chain fails. Whether it’s a commercial airliner trainer  or a military training device , you need display hardware that is: reliable under constant training cycles consistent across devices and fleets supportable long after “normal” electronics would

I/ITSEC 2025 Recap: New Connections, Bold Plans for 2026 Simtek F-35 Desktop Trainer on display, showcasing its advanced avionics and control systems at a trade show booth. I/ITSEC 2025 was another big milestone for Simtek Inc.  and our mission to deliver high-fidelity simulated avionics  with zero compromise. Throughout the week, our booth stayed busy with program managers, integrators, OEMs, and training organizations who are looking for reliable, realistic hardware to powe

Simtek Inc has revealed its ambitious vision for 2026, setting a clear path toward transforming technology and industry. This plan highlights how the company intends to develop new products, enhance sustainability, and expand its global reach. The vision offers a glimpse into the future of innovation, showing how Simtek aims to meet evolving market demands and create lasting impact. A Clear Path to Technological Advancement Simtek’s 2026 vision focuses on advancing technology

Training pilots on complex avionics systems demands precision and realism. Traditional methods often fall short in replicating the intricate behaviors and responses of real aircraft electronics. This gap can lead to less effective training, increased costs, and potential safety risks. High fidelity simulated avionics offer a solution by providing immersive, accurate, and interactive training environments. Simtek stands out as a key player in this space, delivering simulation