Flight Information

The Wright Flyer provides insured FAA Part 107 flight operations governed by conservative safety and risk-management practices.

Think of this page as the safety information card in the seat pocket in front of you. It outlines the operational, safety, and regulatory considerations that govern every Wright Flyer flight—covering procedures, noise, limitations, copyright, and related policies.

The Wright Flyer provides insured, FAA-compliant Part 107 flight operations designed around one principle: missions are planned so they never rely on luck, improvisation, or post-flight explanations. Flight planning and risk mitigation practices are informed by FAA Safety Team principles used to integrate unmanned aircraft safely into the National Airspace System.

PROFESSIONAL AVIATION STANDARD

Every flight is conducted by a certificated Remote Pilot in Command operating under 14 CFR Part 107 within the National Airspace System. That means the same core expectations applied to crewed aviation—planning, airspace awareness, see-and-avoid responsibility, and risk mitigation—are embedded into every operation. Learn more about Why Part 107 Matters.

Flights proceed only after confirming airspace status, applicable advisories, weather limitations, and site-specific hazards. If conditions do not support a conservative safety margin, the flight does not occur.

VISIBILITY & CONSPICUITY

Aircraft are equipped with high-intensity anti-collision lighting to enhance visibility to other airspace users. These lights are intended to improve aircraft conspicuity—not to illuminate structures, people, or the ground—and do not function as spotlights.

Visibility measures are selected to support see-and-avoid responsibilities, particularly in complex terrain or shared airspace environments.

These anti-collision lights are operated during daylight, civil twilight, and night operations in alignment with 14 CFR § 107.29; their use in daylight is a deliberate, above-minimum safety enhancement to increase conspicuity in shared airspace. They supplement—but do not replace—the Remote Pilot in Command’s continuous visual line of sight and see-and-avoid responsibilities under Part 107.

VISUAL OBSERVERS AND OPERATIONAL CONTROL

When operations occur near airports or helipads, in electromagnetically complex environments, or in areas with increased air or ground activity, trained visual observers are used to maintain continuous situational awareness.

Visual observers are dedicated solely to traffic scanning and hazard detection—never to camera operation or client interaction—allowing the Remote Pilot to remain fully focused on aircraft control and airspace management.

Night operations are conducted only when permitted under FAA regulations and are planned with the same conservative margins applied to daylight flights.

OPERATIONAL FEASIBILITY AND CLIENT RESPONSIBILITIES

Safe and lawful drone operations are a shared responsibility. A core part of my role is to translate FAA regulations into clear, practical guidance so clients understand what is feasible for a given location and objective. Requests are evaluated through a site-specific review rather than against assumptions about what “should” be possible. Some objectives—such as capturing a broad, contextual view of a property—may suggest higher altitudes, but feasibility is determined under 14 CFR Part 107 based on airspace, proximity to structures, terrain, and layered risk mitigations.

I do not operate outside FAA regulations. In limited circumstances, the FAA provides formal waiver mechanisms for specific operations, but these are planned, documented aviation approvals—not workarounds—and are pursued only when an equivalent level of safety can be demonstrated. Depending on the type and complexity of the request, waiver review timelines typically span weeks to several months, and approval is never guaranteed. Access permissions, accurate site information, and realistic expectations are often prerequisites for flight approval. If conditions do not support a safe and defensible operation, the correct outcome is to revise the objective—or not fly.

SITE ASSESSMENT AND PRE-FLIGHT PLANNING

Every flight is planned and executed within the National Airspace System as a regulated aviation operation—not a creative experiment. My work is conducted under FAA Part 107 and grounded in disciplined risk management, including airspace authorization (LAANC where applicable), active monitoring of NOTAMs and Temporary Flight Restrictions, and site-specific operational planning that anticipates both aviation and ground-based hazards. Every mission includes a site-specific assessment addressing obstacles, terrain, access points, and contingency areas. Some operating environments introduce constraints beyond FAA airspace approval; drone regulations and flight restrictions near Rollins Pass provide a representative example. Indoor operations rely on measured clearances and controlled environments; outdoor operations account for GPS reliability, wind effects, and surrounding activity.

Airspace authorization and operational feasibility are not uniform across locations. Some areas can be evaluated quickly, while others require additional review or advance authorization, and some are simply incompatible with unmanned aircraft operations. These determinations are routine in aviation and are factored into planning timelines from the outset so that expectations remain aligned with what can actually be flown.

Pre-flight planning is where risk is reduced—long before the aircraft ever leaves the ground.

NOISE AND COMMUNITY CONSIDERATIONS

Small unmanned aircraft produce audible noise, particularly at lower altitudes or in gusting winds. While low-noise propellers are used when appropriate, operational decisions prioritize safety and aircraft control over absolute noise minimization.

Flights are planned to be purposeful, efficient, and respectful of surrounding activity—not prolonged or repetitive without operational need.

REGULATORY SCOPE & AUTHORIZATIONS

All flights comply with applicable FAA regulations. Certain specialized operations may require additional authorizations or waivers depending on airspace, altitude, or mission profile. When appropriate, those approvals are pursued in advance—never improvised in the field.

If a mission cannot be conducted legally and safely within the available timeframe, it is deferred or declined.

IMAGE RIGHTS & DELIVERABLES

The Wright Flyer retains copyright to all original imagery created during a project. Clients receive the agreed-upon commercial usage rights for delivered still and motion imagery.

Because aviation and environmental conditions are inherently variable, specific imagery cannot be guaranteed; however, flights are planned to maximize the likelihood of capturing required visuals within safe operating margins.

Delivered files are retained for a limited period following delivery; however, long-term or indefinite archival storage is not guaranteed. Clients are responsible for maintaining their own backups once delivery is confirmed.

WHY THIS MATTERS

Most drone issues don’t arise during the flight—they surface later, when someone asks how a decision was made. This approach ensures the answer is always the same: the flight was planned conservatively, executed deliberately, and documented professionally.

B. Travis Wright, MPS • The Wright Flyer • FAA Part 107 Remote Pilot • FAA Safety Team DronePro (CO/WY)