03simulation2026

X-Plane Cabin Camera FOV Trade Study

A documented X-Plane replay compares four cabin camera views at the same flight moments, making the trade between a narrow 50-degree configuration and a wider 110-degree configuration visible frame by frame.

At both supplied bank timestamps, the narrow configuration loses more wing or horizon context while the wider configuration retains more surrounding references; the result is a bounded visual trade study rather than a universal camera-selection rule.

Stacked four-camera X-Plane composites comparing the 50-degree and 110-degree camera configurations during the same documented bank phase. — The 50-degree configuration is above the 110-degree configuration at the documented 120-second bank moment.

Role: Replay-study design, four-camera comparison workflow, artifact review, and publication-safe evidence presentation.
System boundary: The supplied artifact set documents a scripted X-Plane takeoff, climb, and opposite-direction bank sequence captured from four cabin cameras and composited into a 2x2 inspection frame for each camera configuration.
Primary constraint: Compare matching moments from the documented scripted flight rather than unrelated hand-flown runs.
Strongest evidence: Two 250-second, four-camera composites and two matched bank comparisons show the 50-degree baseline-pitch configuration and the 110-degree negative-pitch configuration at the same documented flight moments.

The situation

A narrow cabin-camera field of view preserves angular detail but can lose the horizon, wing, and surrounding context during a bank; a wider view preserves context while spreading the same pixels across more of the scene.

A camera configuration chosen from unmatched flights can turn pilot variation into a false lens conclusion, while a configuration that loses orientation references may fail at the moment those references matter most.

Constraints

Compare matching moments from the documented scripted flight rather than unrelated hand-flown runs.
Keep all four port/starboard forward/aft views visible together so bank asymmetry remains inspectable.
Preserve camera parameters in each frame while removing internal camera designators and private provenance.

My responsibility

Replay-study design, four-camera comparison workflow, artifact review, and publication-safe evidence presentation.

The system

The supplied artifact set documents a scripted X-Plane takeoff, climb, and opposite-direction bank sequence captured from four cabin cameras and composited into a 2x2 inspection frame for each camera configuration.

Architecture descriptionA documented X-Plane flight sequence feeding four synchronized cabin views into one 2x2 composite, with matching timestamps compared across two camera configurations.

Critical decisions

Compare complete configurations at matching timestamps

Choice: Present the 50-degree baseline-pitch configuration against the 110-degree negative-pitch configuration at the documented 120-second and 180-second bank moments.
Alternatives considered: Compare unrelated frames or describe horizontal FOV as the only changed parameter.
Tradeoff: The comparison is honest about the pitch difference, so it demonstrates the supplied configurations without pretending to isolate one variable.

Keep four views in one inspection frame

Choice: Retain the port-forward, port-aft, starboard-forward, and starboard-aft tiles in one composite.
Alternatives considered: Publish one attractive camera view or crop the wide composite into a conventional 16:9 frame.
Tradeoff: The wide frame is less cinematic, but it preserves the asymmetry and evidence needed to evaluate a bank.

Publish sanitized captured evidence

Choice: Mask internal camera tokens and omit private manifests while preserving the real X-Plane pixels and generic camera parameters.
Alternatives considered: Publish raw artifacts or recreate the study with invented imagery.
Tradeoff: The public artifact loses internal provenance labels but remains visually faithful and safer to share.

Proof

Two documented camera configurationsTwo 250-second, four-camera composites and two matched bank comparisons show the 50-degree baseline-pitch configuration and the 110-degree negative-pitch configuration at the same documented flight moments.

Evidence boundary: The public media is a sanitized derivative of a user-supplied X-Plane artifact archive. The included manifests describe a scripted replay, but the replay harness source was not supplied or independently rerun.
Known limits: This evidence does not establish physical camera performance, lens distortion, detection performance, operator performance, flight-test results, certification suitability, or that horizontal FOV was the only changed parameter.

Captured evidence

Evidence gallery

Stacked 50-degree and 110-degree four-camera composites at the documented 120-second bank point. — First bank comparison: narrow configuration above, wider negative-pitch configuration below.

Stacked 50-degree and 110-degree four-camera composites during the opposite documented bank. — Opposite bank comparison at 180 seconds, preserving all four camera views.

Open the evidence video

50-degree horizontal FOV at baseline pitch, encoded at two frames per second for inspection.

Open the evidence video

110-degree horizontal FOV with a negative 5-degree pitch offset, encoded at two frames per second for inspection.

Reflection

Matched flight moments are essential because pilot or geometry variation can overwhelm a camera comparison.
A four-view composite exposes bank asymmetry that a single showcase frame would hide.
Evidence remains useful after redaction when generic camera identity and numeric parameters stay visible.