Cape Canaveral Space Force Station in Florida is preparing to deploy a laser-based system designed to destroy unauthorized drones.
The directed-energy weapon will form part of a broader security network covering the major US launch site. Officials say the upgrade is intended to protect personnel, launch facilities and sensitive national security payloads.
The system will join existing detection and tracking capabilities. Space Launch Delta 45 has not identified the weapon or announced when it will become operational. The planned deployment comes as unauthorized drone activity increases across the Cape Canaveral region.
Cape Canaveral supports a high volume of commercial and government launches. SpaceX, United Launch Alliance, Blue Origin and Relativity Space use facilities in the area. The site also handles spacecraft and national security systems that can require years of development and billions of dollars in investment.
Laser Defense Takes Shape
Space Launch Delta 45 said its security modernization program will combine surveillance, tracking and defensive technologies. The goal is to give security personnel a clearer picture of low-altitude activity around restricted areas. Directed energy will provide another response when an aircraft is identified as a threat.
Col. Brian Chatman, commander of Space Launch Delta 45, told Florida Today that the new system can deliver a kinetic kill against unmanned aircraft.
In simple terms, that means the weapon can physically disable or destroy a drone rather than merely interfere with its communications. Florida Today reported that the Air Force Research Laboratory had tested the system and confirmed its ability to bring down drones safely.
Officials have not named the system selected for Cape Canaveral. The Space Launch Delta 45 spokesperson also declined to provide an operating date. It is not yet known how many units will be installed or how much territory each system will cover.
The choice of a laser is linked to the unusual environment of a launch facility. Traditional counter-drone equipment can use radio-frequency jamming to break the connection between a drone and its operator. Chatman said using large amounts of radio-frequency energy near spacecraft presents potential technical problems.
A laser takes a different approach. It concentrates energy directly on a target and does not rely on broad radio-frequency interference to turn off the aircraft. This gives security teams an additional option around sensitive launch equipment.
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Drone Activity Draws Attention
Unauthorized drone flights have become a wider issue around Cape Canaveral. Space Launch Delta 45 said the station has experienced numerous incursions but did not immediately provide a total or confirm how many occurred during launch operations. The nearby Port Canaveral recorded 500 unauthorized drone flights in 2025, according to Port Canaveral CEO Capt. John Murray.
A separate incident involved NASA’s Kennedy Space Center, located across the Banana River from Cape Canaveral Space Force Station.
On September 18, Chinese tourist Xiaodong He pleaded guilty to a federal misdemeanor after flying a drone in restricted airspace over the center in late July. Federal documents said the aircraft recorded the facility and approached within 1.56 miles of Launch Complex 39B.
Launch Complex 39B is expected to support the next crewed lunar flight in 2028. The incident showed how an unauthorized aircraft can approach a sensitive launch facility despite airspace restrictions. Officials are still determining whether the planned Cape Canaveral laser system will also protect airspace over Kennedy Space Center.
Cape Canaveral Space Force Station covers roughly 25 square miles along Florida’s Atlantic coast. Its open terrain and long shoreline create multiple routes for small aircraft to approach. The site’s physical layout makes persistent monitoring important.
Protecting Launch Operations
Security concerns extend beyond surveillance. Rockets at the site contain large quantities of propellant, while spacecraft and national security payloads can represent years of work and major financial investments. An unauthorized aircraft entering a restricted zone can therefore create risks even without striking a vehicle.
A drone can also disrupt operations by forcing personnel to suspend activity until the airspace is cleared. Such delays can affect tightly scheduled launches and related ground operations. For national security missions, interruptions may also affect wider operational planning.
The planned laser will operate within a layered defense system rather than work alone. Sensors first identify aircraft, tracking systems follow their movement, and security personnel determine whether an engagement is necessary. The directed-energy weapon then physically stops the aircraft.
The US military is expanding similar capabilities elsewhere. During an operation called Ardent Vanguard, troops from the Joint Task Force-Southern Border used an Army Multipurpose High Energy Laser system against three hostile unmanned aircraft.
The military said the drones were considered hostile because they supported activities that posed a physical threat to US military personnel and Customs and Border Protection partners.
The Pentagon is also testing directed-energy counter-drone systems at five military installations. Fort Huachuca in Arizona, Fort Bliss in Texas, Naval Base Kitsap in Washington, Grand Forks Air Force Base in North Dakota and Whiteman Air Force Base in Missouri were selected for a pilot program required by the Fiscal Year 2026 National Defense Authorization Act.
The program will evaluate advanced systems in different environments. Two of the selected bases, Fort Huachuca and Fort Bliss, are near the southern border. Cape Canaveral adds a different operating environment because its defenses must function around launch vehicles, spacecraft and active aviation areas.
Lasers Face Practical Limits
Laser weapons do not provide unlimited protection. Their performance depends on maintaining a clear line of sight to the target, which can become difficult during heavy clouds, rain or other poor weather. Florida’s coastal conditions will therefore be an important factor in their operation.
Heat is another limitation. Repeated laser shots generate thermal loads that the system must manage before sustained firing can continue. Available electrical power can also restrict how long the weapon can operate at full capacity.
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Coverage presents a separate challenge. A laser is generally a point-defense weapon with a limited engagement range, not a system that protects an entire installation from one location. A large site such as Cape Canaveral may therefore require several units to cover important launch areas and possible approach routes.
These limitations explain why directed energy is being developed alongside other counter-drone tools. Detection and tracking remain necessary even when a laser is available. Different systems can also provide alternatives when weather, distance or other conditions prevent a laser engagement.
Domestic Safety Questions Remain
Using directed-energy weapons inside the US presents additional safety and legal questions. Operators must consider nearby aircraft, personnel, civilian airspace and other infrastructure before engaging a drone. These requirements differ from those faced by military units using similar weapons in combat zones.
A February incident in southwest Texas illustrated the challenge. The US military used AeroVironment’s LOCUST directed-energy system against a Customs and Border Protection drone. The mistaken engagement led to expanded airspace restrictions around Fort Hancock that remained in place for four months.
The same system had been used two weeks earlier against suspected Mexican cartel drones crossing into Texas. That operation resulted in a major airspace closure and raised questions about the practical use of counter-drone weapons in domestic airspace. The incidents also added to concerns the Federal Aviation Administration previously raised about such deployments along the border.
US Northern Command officials had previously indicated that domestic use of kinetic counter-drone weapons required careful consideration. A weapon that physically destroys a drone can create additional hazards from falling debris or unintended effects. Those risks make operating procedures and engagement authority important parts of any deployment.
Details of the Cape Canaveral system remain limited. Officials have not said how many units will be installed, how they will connect with existing sensors or whether every engagement will require human authorization. The answers will help determine how the system fits into the spaceport’s wider security structure.
The deployment reflects the broader US push to develop directed-energy defenses against small unmanned aircraft.
At Cape Canaveral, the technology is being introduced in an environment where radio interference, aircraft safety and launch operations require particular care. Its performance will provide further information as the US military evaluates lasers for use at other critical installations.
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