CS-1 Mobile Simulation Lab

A 24-foot sim hangar on wheels.

Avyation Labs™ provides on-location aviation simulation experiences through our custom Mobile Learning Lab, a 24-foot simulation trailer designed to bring cockpit-based learning directly to aviation events, STEM programs, airport open houses, community spaces, and special events.

The lab gives students and guests the chance to step into a cockpit environment, interact with flight controls, observe aircraft instruments, use aviation-style headsets, and experience guided aviation scenarios from the safety of the ground.

Our cockpit systems are designed for education, engagement, aviation literacy, and scenario-based exploration. They are not FAA-certified training devices and are not used for loggable flight training.

The goal is simple:

Help learners move from “aviation looks interesting” to “aviation makes sense.”

Sim Samurai CS-1 Stallion Cockpit Systems

The Mobile Learning Lab features Sim Samurai-designed CS-1 Stallion cockpit systems configured to represent general aviation single-engine aircraft environments.

Avyation Labs operates both a glass-panel cockpit and a standard gauge cockpit, allowing students to compare two different approaches to cockpit information and aircraft control.

The two simulator environments help learners explore the look, feel, and workflow of modern general aviation cockpits without presenting the experience as a replacement for aircraft instruction or certified simulator time.

Glass-Panel Cockpit Environment

The glass-panel cockpit introduces learners to a Technically Advanced Aircraft-style avionics layout.

Students can observe and interact with flight displays, navigation information, moving maps, attitude indications, heading, altitude, airspeed, and other cockpit references commonly associated with modern general aviation aircraft.

This environment is especially useful for helping students understand how modern cockpit information is organized and how pilots use displays to build situational awareness.

Standard Gauge Cockpit Environment

The standard gauge cockpit introduces learners to traditional round-dial instrumentation, often referred to as “steam gauge” style instruments.

This setup helps students understand the relationship between aircraft attitude, heading, altitude, airspeed, vertical speed, navigation indications, and basic aircraft control.

The standard gauge layout is valuable because it strips the cockpit back to core flight information. Students can see that even when the display technology changes, the underlying aviation concepts remain connected.

Surround Visuals and Audio

Each cockpit environment includes a wide forward visual display supported by side displays that provide additional outside visual reference.

This expanded visual field helps students better understand runway alignment, turns, traffic pattern orientation, and the relationship between aircraft movement and the outside environment.

The cockpit experience also includes immersive audio through speakers and aviation-style headsets. Environmental sounds, aircraft audio, and communications-style audio can be used to support the scenario and help learners understand that aviation is both visual and auditory.

Students are not just watching a screen.

They are sitting inside an aviation learning environment where sound, visuals, controls, and cockpit layout all work together.

Physical Controls and Sensory Cues

The cockpit systems include physical controls, switches, knobs, and panels that allow students to interact with the simulator in a more realistic way than a basic desktop setup.

Force feedback controls and sensory effects can add another layer of engagement by allowing learners to feel resistance, input changes, and other cues during the simulation experience.

For educational events, those physical cues help make abstract ideas more memorable. Students can feel when they are overcontrolling, see the aircraft respond, make a correction, and immediately connect cause and effect.

That matters because aviation is not just information.

It is information plus action.

Integrated Operator Station

Each cockpit includes an integrated operator station outside the student cockpit area.

This allows Avyation Labs to guide the simulation, adjust scenarios, manage the session, reset activities, and keep the experience focused on the learning objective without breaking the cockpit environment.

Removing the keyboard and mouse from the cockpit helps keep the student’s attention on aircraft controls, displays, switches, and visual references.

Inside the cockpit, the learner interacts with the aviation environment.

Outside the cockpit, the operator keeps the mission moving.

Guided Experiences, Not Just Open Play

Avyation Labs simulation events are guided experiences.

Students are briefed before the activity, supported during the simulation, and debriefed afterward. That structure helps turn an exciting cockpit moment into an actual learning moment.

A student may begin by simply trying to keep the aircraft level.

Another may work on runway alignment.

Another may compare glass-panel information with standard gauge instruments.

Another may begin thinking about navigation, communication, or decision-making.

The simulator becomes the spark.

The guided discussion turns that spark into understanding.

Educational Use Statement

Avyation Labs™ simulation experiences are designed for STEM engagement, aviation literacy, career awareness, and educational enrichment.

The CS-1 cockpit systems, portable simulation stations, and drone simulation setups are not FAA-certified training devices. They are not presented as a substitute for flight training, certified instruction, aircraft experience, or loggable simulator time.

They are educational platforms used to help students and event participants explore aviation concepts in a guided, hands-on environment.