Engineering Solutions for Complex Platforms: How Simtek Delivers When Others Can’t
- 6 days ago
- 2 min read

In today’s training and simulation environment, complexity is the norm—not the exception. Modern aircraft, ground systems, and cross-domain platforms demand hardware that not only looks authentic, but performs with precision, reliability, and consistency under continuous use.
At Simtek, we’re often asked to step into programs where requirements are unclear, documentation is incomplete, or the platform itself presents unique engineering challenges. That’s where we excel.
No SOW? No Problem.
Many of our projects don’t start with a clean specification package. Instead, customers come to us with:
Legacy hardware that’s obsolete
Partial drawings or outdated documentation
Photos or physical samples
Urgent timelines tied to simulator downtime
Our engineering team is built for exactly this scenario. We specialize in reverse engineering, design interpretation, and creating fully functional simulated avionics from limited inputs.
Sometimes, it really does start with just a picture.
Engineering for Real-World Complexity
Simtek engineers don’t design in a vacuum—we design for real-world integration into complex systems. That means understanding:
Electrical interfaces (ARINC, discrete I/O, RS-232, CAN, Ethernet, PoE)
Mechanical constraints (tight panel spacing, mounting limitations, weight)
Environmental expectations (24/7 training use, durability, repeatability)
Human factors (look, feel, tactile response, lighting, NVIS compatibility)
Every solution must meet form, fit, and function—not just one or two of those.
Bridging the Gap Between Legacy and Modern
A common challenge across military and commercial platforms is obsolescence. Components go end-of-life, suppliers disappear, and documentation becomes unreliable.
Simtek engineers solve this by:
Replacing obsolete components with modern equivalents
Designing custom driver electronics when needed (even in tight envelopes)
Maintaining outward OEM fidelity while upgrading internal reliability
Ensuring long-term supportability for fleet-wide reprocurement
The result: hardware that looks original—but performs better than the original ever did.
Designed for Integration, Not Just Delivery
We don’t just build parts—we build solutions that integrate seamlessly into your simulator.
Our engineering process considers:
Simplified wiring (including PoE where applicable)
Standardized interfaces across product families
Modular designs for faster installation and maintenance
Compatibility with existing simulator architectures
This reduces program risk, shortens integration timelines, and improves long-term maintainability.
Built for Around-the-Clock Training
Unlike low-cost alternatives, Simtek hardware is engineered for continuous use. Our designs account for:
High duty cycles
Thermal management
Mechanical wear over time
Consistent performance across thousands of training hours
Because in training environments, downtime isn’t just inconvenient—it’s costly.
Collaboration That Moves Programs Forward
Our customers range from primes to integrators to training providers, and they all have one thing in common: they need a partner who can adapt quickly and deliver with confidence.
Simtek engineers work closely with customers to:
Clarify requirements
Identify risks early
Propose practical, cost-effective solutions
Keep programs moving—even when challenges arise
The Simtek Difference
What sets Simtek apart isn’t just our ability to build hardware—it’s our ability to solve problems.
45+ years of experience
9,800+ part numbers developed
In-house engineering, machining, wiring, and finishing
Proven performance across military and commercial platforms
When complexity shows up, we don’t slow down—we lean in.
Let’s Build It
Whether you have a full technical data package or just an idea, Simtek is ready to help.
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