Next Generation Cockpit Avionics

Guardian Synthetic Vision

Synthetic vision is meant to give pilots confidence when outside visual references are limited. But not all synthetic vision is created the same way—and that difference matters in real flight.

What Is Synthetic Vision,
and Why It Matters

Synthetic vision provides a computer-generated depiction of terrain, obstacles, waterways, buildings, and horizon, aligned with the aircraft’s attitude and position. It is especially valuable during:

 ✓ IFR operations

 ✓ Night flying

 ✓ Low-visibility approaches

 ✓ Mountain and terrain-dense environments

When executed well, synthetic vision improves situational awareness and reduces spatial disorientation. When done poorly, it can feel laggy, jumpy, or disconnected from the aircraft’s motion. Guardian was designed to solve those shortcomings.

A DIFFERENT APPROACH

Synthetic Vision Generated From a Digital Twin

Most synthetic vision systems are built by layering terrain databases, attitude information, GPS position updates, and obstacle overlays—elements interpreted independently and then combined on the display.

Guardian takes a different approach. Its synthetic vision is rendered directly from a digital twin of the earth, presenting a unified, continuously updated model of the aircraft and environment. Terrain, horizon, motion, and trajectory are all derived from the same underlying representation.

This eliminates the visual inconsistencies that can occur when separate layers update at different rates.

KEY ADVANTAGES

What the Digital Twin Delivers

Smoother, More Natural Visuals

Because Guardian’s synthetic vision comes from a single modeled environment, pilots describe the experience as more intuitive and less mentally taxing.

  • Pitch and roll transitions appear fluid
  • Horizon movement remains stable
  • Terrain stays synchronized with aircraft motion
  • Visual “stepping” and jitter are greatly reduced

Predictive Cues, Not Just Reactive Displays

Guardian’s digital twin allows synthetic vision to reflect where the aircraft is going, not just where it is.

  • Earlier visual cues during climbs and descents
  • Clearer perception of flight path relative to terrain
  • Improved awareness during approach and missed-approach phases
  • Reduced startle effect in high-workload situations

Enhanced Terrain Awareness

Guardian’s synthetic vision integrates seamlessly with terrain and obstacle awareness, improving confidence in unfamiliar areas.

  • Terrain rendered continuously within the model
  • Relative terrain height easier to interpret visually
  • Visual alignment between terrain, attitude, and trajectory preserved
  • Mountainous environments appear more coherent and readable

Designed for Real-World IFR Flying

Guardian’s synthetic vision is engineered for the realities of general aviation IFR operations.

  • Stable display behavior during turbulence
  • Clear horizon definition in IMC
  • Smooth transitions during instrument approaches
  • Reduced reliance on rapid instrument scanning
HEAD TO HEAD

Guardian vs. Legacy Synthetic Vision

Capability Guardian Traditional EFIS
Source Digital twin model Layered databases & sensors
Visual StabilityVery high Variable
Predictive BehaviorYes Limited
Turbulence HandlingSmooth Can appear jittery
Pilot Cognitive LoadLower Higher

PRACTICAL ADVANTAGES

Advanced Vision Without the Complexity

No Full Panel Overhaul

Guardian delivers modern synthetic vision with minimal disruption to your aircraft.

  • Compact hardware footprint
  • Minimal panel modification
  • Compatible with existing GPS/NAV/COM
  • Modular installation paths

Benefits for Installers & Dealers

Guardian’s architecture streamlines integration for avionics professionals.

  • Fewer calibration issues
  • Consistent visual behavior across installs
  • Predictable pilot feedback
  • Reduced post-install troubleshooting

Ideal for Retrofit Aircraft

An ideal synthetic vision solution for aircraft where space, downtime, and budget matter.

  • Lower cognitive load than legacy systems
  • Smoother pilot transition experience
  • Predictive rather than reactive display
GUARDIAN ECOSYSTEM

Synthetic Vision Works in Concert

Together, these features create a cohesive flight display system designed to improve clarity, confidence, and safety.

  • Digital Twin Technology: Real-time world modeling
  • Smart I/O & Integration: Seamless system connectivity
  • Terrain & Hazard Awareness: Advanced TAWS capabilities
  • Predictive Flight Path: Forward-looking trajectory

Experience Guardian Synthetic Vision

See what a digital-twin-powered display can deliver in real-world flying.