Kansas, the Two Million Dollar BVLOS Grant, and the Infrastructure Race to Put Drones Into Shared Airspace Without Putting Them in Your Flight Path

Kansas has opened a $2 million grant program to fund Beyond Visual Line of Sight, or BVLOS, drone operations - the piece of unmanned aviation that most directly shares airspace with manned aircraft. The funding targets navigation infrastructure, test ranges, and expanded operational capabilities for unmanned aircraft systems. It is a deliberate bid to position Kansas as a national proving ground for the technology that will define the next era of shared airspace.

What the $2 Million BVLOS Grant Actually Funds

Under FAA Part 107 - the primary regulatory framework for small unmanned aircraft systems - most drone operators must keep their aircraft within unaided visual line of sight. That requirement exists for a straightforward reason: if an operator cannot see the aircraft, they cannot prevent a collision. The human eyeball is the last line of defense.

BVLOS operations remove that constraint entirely. They require technology to substitute for direct human observation. The Kansas grant is designed to build exactly that: ground-based radar, networked radio links, detect-and-avoid sensors, and the data infrastructure to coordinate it across extended distances.

According to reporting from AVweb, the state funding covers navigation infrastructure, test range expansion, and operational capabilities beyond what current standard FAA approvals permit.

Why Kansas? The Aviation and Agricultural Case

Kansas is not a random choice. Wichita earned the title “Air Capital of the World” through a century of aircraft manufacturing - Cessna, Beechcraft, and Learjet were all built there. Aviation is embedded in the state’s institutional memory in a way few states can match.

The geography is also well-suited. Large expanses of flat, low-traffic terrain, reliable visual meteorological conditions for much of the year, and vast agricultural acreage give Kansas natural advantages for unmanned operations.

The agricultural case is the economic engine behind much of this push. Kansas is a top-tier producer of winter wheat, sorghum, corn, and soybeans - millions of acres under cultivation where precision agriculture drones are already becoming standard tools. Crop-survey drones that operate under current rules require operators to reposition repeatedly to maintain visual contact across large sections. BVLOS eliminates that constraint. A drone capable of surveying an entire section without a following operator is a fundamentally more productive agricultural tool, and that commercial demand is driving state investment right now.

What BVLOS Infrastructure Actually Requires

When a drone operates beyond the operator’s line of sight, four problems must be solved simultaneously.

Navigation. GPS provides the backbone, but GPS alone does not meet FAA requirements for precision operations in complex or controlled airspace. Ground-based reference stations provide the accuracy and integrity that approval requires.

Command and control. The operator must maintain a reliable link to the aircraft at all times. Standard drone radio frequencies lose reliability at extended range, which means either cellular networks adapted for aviation use or dedicated ground-based radio stations are required. Losing command and control of a BVLOS aircraft is a serious safety event.

See-and-avoid. Under 14 CFR, aircraft in flight are responsible for seeing and avoiding other traffic. A BVLOS drone cannot rely on its operator to visually scan for conflicting traffic, so the technology must perform that function. Detect-and-avoid (DAA) systems combine radar, acoustic sensors, cameras, and ADS-B receivers to build a real-time picture of surrounding airspace. When a conflict is detected, the system alerts the operator or - in autonomous configurations - maneuvers the aircraft to maintain separation. The maturity of DAA technology varies significantly across systems and environments, which is precisely why test ranges are essential before these systems enter public airspace at scale.

Airspace coordination. This is where UAS Traffic Management (UTM) enters the picture. UTM is the FAA’s developing framework for managing large numbers of unmanned aircraft in lower airspace - roughly below 400 feet AGL. It uses automated systems that allow drone operators to file flight intentions, check for conflicts, and receive authorization without a human controller in the loop. A digital air traffic control layer built specifically for the low-altitude unmanned environment.

A piece of this infrastructure already exists: LAANC - the Low Altitude Authorization and Notification Capability - gives drone operators near-instant authorization to fly in controlled airspace below designated altitudes. But LAANC has meaningful limits. Operators flying outside coverage areas or in Class G airspace are invisible to the system. And LAANC does not currently give manned pilots direct visibility into where authorized drone operations are happening. The infrastructure that puts drone traffic awareness into the cockpit is still largely under development.

Where BVLOS Regulation Stands Today

The FAA has been issuing BVLOS waivers under Part 107 for several years, but selectively. Each waiver requires a detailed safety case and operational justification and takes time to process. That is not a viable path to large-scale commercial deployment.

What the industry is working toward is a general BVLOS rule - a standard authorization pathway that does not require individual waivers for every operation. Getting there requires validation data. Test range programs produce that data. Kansas is building the infrastructure that generates it.

In 2023, the FAA issued its final rule on Remote Identification for unmanned aircraft. Remote ID functions as an ADS-B equivalent for drones: every drone operating in the national airspace is now required to broadcast its identification, position, altitude, speed, and control station location. It creates the airspace awareness layer that coordination ultimately depends on. If every drone is broadcasting its position, manned aircraft equipped to receive that data know where the drones are - and BVLOS aircraft receiving ADS-B Out signals from manned aircraft can factor that traffic into their DAA calculations.

The current gap: Remote ID is broadcasting, not displaying. The infrastructure to make that data reliable and actionable in the manned cockpit does not fully exist yet. Programs like the Kansas grant are working toward closing it.

What This Means for Manned Pilots Right Now

The FAA maintains a UAS sighting database from pilot reports filed through the Aviation Safety Reporting System. The numbers have been consistent - thousands of reports per year, concentrated around airports and urban areas. Most do not represent close calls in any meaningful sense. A drone spotted well clear is a sighting, not a loss of separation. But incidents involving actual proximity cluster at lower altitudes and in uncontrolled airspace - exactly where BVLOS expansion is most likely to begin.

The practical guidance for manned pilots has not changed. See and avoid. File reports for anything unusual. Stay current on NOTAMs that call out drone operations in your area. The FAA’s UAS Facility Map is publicly available and shows where drone operations are authorized in controlled airspace - it is worth knowing how to access it before flight.

BVLOS expansion, done correctly, ultimately makes drone traffic more visible to manned aircraft - not less. That requires the infrastructure to be built and the integration work completed first. Kansas is building part of that infrastructure now.

How Kansas Fits Into the National Picture

$2 million is a foundation, not a finished product. Amazon, Wing, Zipline, and major commercial operators have invested hundreds of millions in proprietary BVLOS infrastructure. They are not waiting for state grants - they are building their own DAA systems and negotiating directly with the FAA for operational approvals.

What state-level programs provide is different. They create publicly accessible infrastructure and shared test ranges for smaller operators and technology developers who cannot build at that scale. They also produce independent validation data - not generated by the companies seeking the approvals - which is what the FAA needs to write rules that protect the airspace.

Kansas is not starting from scratch. The Kansas Department of Transportation (KDOT) has been developing a UAS corridor program for several years, and the state participated in the FAA’s UAS Integration Pilot Program early in the process. Active programs exist in North Dakota (home to the Northern Plains UAS Test Site, one of seven FAA-designated test sites nationally), Texas, Virginia, and North Carolina. This grant is a continuation of a program that has been building steadily, not a first step.

The national airspace was designed around manned aircraft - the regulations, procedures, separation standards, and phraseology were built by and for pilots. What is happening now is the first serious expansion of that system to accommodate aircraft with no pilot on board. That means rethinking who bears responsibility for see-and-avoid when one participant is an algorithm, determining liability frameworks when autonomous and manned aircraft share an altitude, and building integration standards at a scale that has never been attempted before.

What Kansas is doing is ensuring the state has the infrastructure to answer those questions on a test range first, before they must be answered under real operational pressure over populated areas. If it produces genuine safety data, it eventually makes BVLOS operations something manned pilots can plan around - rather than scan for with uncertainty every time they drop below the horizon.

Key Takeaways

Kansas has launched a $2 million BVLOS grant to fund drone navigation infrastructure, test ranges, and expanded unmanned operations, building on years of existing UAS program investment by KDOT.
BVLOS requires four simultaneous solutions: precision navigation, reliable command-and-control links, detect-and-avoid (DAA) systems, and UTM-based airspace coordination - none of which are fully mature yet.
The 2023 Remote ID final rule mandates that all drones broadcast position, altitude, and control station location, but the cockpit display infrastructure to use that data in real time does not yet fully exist.
LAANC provides near-instant airspace authorization for drone operators in controlled airspace but does not give manned pilots visibility into active drone operations.
For manned pilots today: see and avoid, check NOTAMs, and use the FAA UAS Facility Map before flight - BVLOS expansion done correctly will eventually increase drone visibility to manned aircraft, but the integration work is ongoing.