How Much Does a Hunter-Catcher Drone Cost?

Published on June 17, 2026 | Written by Alec Pow
This article was researched using 22 sources. See our methodology and corrections policy.

The 2026 FIFA World Cup has pushed the Fortem DroneHunter into the public spotlight. A March 2026 Reuters equipment comparison placed the reusable interceptor near $100,000. That is an aircraft estimate, not the bill for protecting a stadium, team base, fan festival, or city airspace.

Fortem announced a multimillion-dollar World Cup order in February 2026 but did not publish an exact contract value, interceptor count, or per-venue total. The package covers a wider chain of equipment that can include DroneHunter aircraft, TrueView radar, SkyDome command software, launch facilities, operator support, spare payloads, and communications links.

Pricing can be measured per interceptor, per protected site, or per multi-year government contract. Radar count, venue footprint, threat volume, mobile deployment, training, replacement nets, and legal authority can move the final quote far beyond the aircraft estimate.

TL;DR: A hunter-catcher drone is estimated near $100,000, but a fielded World Cup counter-drone package can run into several million dollars.

How Much Does a Hunter-Catcher Drone Cost?

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The closest public aircraft-only figure places a Fortem DroneHunter at about $100,000 (equivalent to 1.7 work-years at $30 per hour, or about $40,000 in 1990 dollars). That is a reported market estimate, not a Fortem price sheet, but it is supported by recent counter-UAS spending analysis. One European equipment dealer displays the DroneHunter F700 at €99,999. The same catalogue assigns that amount to several Fortem products, so the dealer-listed figure is better treated as a rough sales marker than a firm quote.

• DroneHunter interceptor near $100,000. This is the strongest public estimate for the net-capture aircraft used in Fortem’s World Cup package.
• Older TrueView radar at $25,500 per unit. An FAA-supported technology survey lists Fortem’s TrueView R20 or DAN-C at $25,500. The World Cup order uses the newer R30, so the survey price should be treated as a lower-spec proxy.
• Four-radar proxy near $102,000. Fortem says four TrueView radars can provide full 360-degree coverage. Four older R20 units at $25,500 each equal $102,000. A current R30 installation may cost more because the World Cup radar model has greater processing and ground-surveillance capability.
• Basic Fortem hardware proxy near $202,000. One $100,000 DroneHunter plus four older-radar proxies totaling $102,000 produces $202,000. SkyDome software, spare interceptors, net payloads, installation, communications, training, and field support remain outside that figure.
• Echodyne radar at $45,000. Kansas City’s World Cup network uses Echodyne radar technology, though the announced deployment does not name the model. A 2025 government purchasing schedule lists an EchoGuard radar at $45,000, giving a credible radar price proxy.
• AirHub assessment at $9,500. Airspace Link lists an AirHub Portal assessment at $9,500. That published service amount does not cover the complete software subscription, sensor integration, command-center work, or tournament staffing.
• DroneShield venue model near $514,000 per site. DroneShield values the stadium and event-venue market at $3.6 billion across 7,000 locations. Dividing those figures produces an implied $514,286 per venue. This is a company planning model, not the disclosed Kansas City price.
• Federal World Cup counter-drone funding marker: $365 million across technology investment and host-area grants, according to the reported funding total.
• Kansas City regional grant: $14.24 million awarded to Missouri through the federal counter-drone program.
• The DroneHunter F700. A recent equipment comparison places the reusable DroneHunter interceptor at about $100,000. This is an estimated aircraft price, not a Fortem quote for the radar, SkyDome software, NetGun payloads, installation, or support included with a deployed system. The figure appears in the Reuters counter-drone comparison.
• The Counter-UAS System. A January 2026 Pentagon purchase paid $3.5 million for two DroneHunter F700 systems, producing an implied contract value of about $1.75 million per deployed system. The purchase covered systems for two military installations, so the calculation should not be treated as the price of one interceptor aircraft. The contract and system count were reported by Air & Space Forces Magazine.
• Fortem calls its 2026 FIFA World Cup order a multimillion-dollar contract but has not released the exact amount or equipment count. The order includes DroneHunter interceptors, TrueView R30 radar units, and SkyDome command software. The disclosed wording places the order in the millions, but it does not support a precise per-stadium or per-aircraft figure. The package details appear in the Fortem World Cup announcement.

DroneShield has not released the Kansas City SentryCiv subscription rate. The company describes SentryCiv as having no upfront purchase charge, with customers paying through a recurring service model that includes software updates. That means the Kansas City detection layer may appear in budgets as an operating expense rather than a single hardware purchase. 

Why World Cup drone hunters are in the news

World Cup security planners must protect far more airspace than the area above the pitch. The operational map includes stadium approaches, team hotels, training grounds, fan festivals, parking areas, transit corridors, and temporary restricted zones. A small commercial drone can cross a fence or vehicle checkpoint in seconds, which changes the work required from police and federal teams. The possible incident may involve a spectator seeking video, a media operator entering restricted airspace, a protest flight, attempted surveillance of team training, or an aircraft carrying a harmful payload.

Directly destroying a drone above a packed venue can create falling debris, and signal jamming may affect legitimate communications or fail against an autonomous aircraft. Net-equipped interceptors offer another response. They pursue the target, capture it, and move it toward a planned landing area. That distinction matters. The World Cup story has also drawn attention because the security network crosses city and agency boundaries, so detection data and response authority must move quickly between local police, federal departments, venue teams, and aviation officials.

The phrase “hunter-catcher” gained traction through reporting on England’s Kansas City base. England, Argentina, the Netherlands, and Algeria established bases in the region, bringing team privacy and training surveillance into the same security plan as public safety.

What this is in plain terms

A hunter-catcher drone is a reusable counter-UAS aircraft built to chase another drone and disable it through physical capture. Fortem’s F700 uses radar guidance and launches expanding nets through NetGun payloads. A smaller target may be towed toward a selected location. A larger aircraft can be slowed with a net and parachute-style device so that its descent is less abrupt.

The interceptor is one component of a defended site. The DroneHunter F700 description identifies an autonomous, radar-guided aircraft designed to operate alone or with other units. It is different from a detection-only sensor, a handheld jammer, or an explosive interceptor. The aircraft can return. Recovery, inspection, charging, and a replacement capture payload may prepare it for another launch, depending on damage and mission conditions.

Two World Cup-linked buying cases

Case one, temporary event protection. A World Cup package must cover defined dates and locations, then shift with match schedules and public events. The buyer may need radar near a stadium, another sensor near a fan zone, portable command equipment, interceptor launch points, field technicians, and coordination with police aviation units. The primary cost driver is geographic movement. Equipment that serves one static installation may need transport cases, mobile power, secure data links, and repeated setup when used across several event sites.

Case two, military installation coverage. The purchasing pattern changes when the same technology protects Army sites for several years. A three-year Army award lists $18 million (about $7,200,000 in 1990 dollars), equal to $6 million per year if spread evenly, and reports a first order near $4 million. The notice also points to a separate multimillion-dollar World Cup award. The military case is driven by extended support and worldwide sites. The event case is driven by crowd safety, short deployment windows, and rapid relocation. Neither contract reveals a clean retail price for one DroneHunter.

These are procurement cases, not consumer sales. A private stadium operator cannot assume it can buy and deploy every mitigation function without federal participation or statutory authority.

Public price signals behind the deployment

The most useful public figures answer different questions. The aircraft estimate near $100,000 (about $40,000 in 1990 dollars) indicates the possible scale of one reusable interceptor. Fortem’s World Cup announcement confirms that a complete venue order reaches the multi-million-dollar class. The Army award shows how equipment and support can build into an eight-figure contract. None provides a published menu showing radar price, software fee, net reload cost, or technician rate.

The federal funding pool is broader still. In January 2026, the Department of Homeland Security announced a $115 million technology investment tied to the World Cup and America250 security work. That amount should not be divided by stadium count and labeled a DroneHunter package price. It can fund varied detection and mitigation tools, federal program work, testing, deployment preparation, and equipment from several suppliers. A buyer seeking a usable estimate should separate aircraft quantity, radar coverage, software integration, field support, and contract duration before comparing any two awards.

What World Cup security buyers are purchasing

At a stadium, the buyer is paying for a chain that starts with low-altitude detection, passes through identification and command approval, and ends with a lawful response that does not drop dangerous debris into a crowd. Radar detects movement. Classification tools help separate a drone from birds or other clutter. Command software displays the track, records decisions, and sends tasking to an interceptor or another response system.

Fortem’s World Cup configuration includes TrueView R30 and SkyDome alongside DroneHunter aircraft. Quantity changes the quote. One radar may not cover blocked sightlines, adjoining training grounds, and a fan zone at the same time. Several interceptors may be needed when one aircraft is charging, being inspected, carrying a replacement net, or positioned at another location. Buyers also pay for mounting hardware, power, secure networking, control stations, visual cameras, installation testing, and staff instruction. This system framing resembles the difference between one air vehicle and the larger package described in an MQ-9 Reaper system.

Net reloads, radar, software

The recurring bill starts after delivery. NetGuns and larger capture payloads must be inspected and replaced after use. Batteries lose available capacity over repeated cycles. Propellers, motors, landing gear, sensors, and airframes can require repair after a hard recovery or contact with a target. A site may keep a spare aircraft ready so that one repair does not remove its interception capability.

Fortem’s technical material says the F700 can carry multiple NetGuns, use a Drogue Chute against larger targets, and relaunch in less than three minutes under stated conditions. It also describes fixed installations using weather-protected hangars that keep aircraft charged. Those interceptor support components add hardware, power, maintenance, and site-work costs beyond the flying unit.

A worked public-contract benchmark

A 2023 Ukrainian purchase provides a rare package-level reference. Ukrainians raised $4.08 million and bought six “Shahed Hunter” systems, according to the published fundraising account. Dividing $4.08 million by six produces a blended figure of about $680,000 per system.

Public benchmark	Arithmetic	Result
Ukraine package	$4.08 million divided by six systems	$680,000 per system
Army contract ceiling	$18 million divided by three years	$6 million per year
World Cup order	Aircraft, radar, software, and services	Exact total not published

The $680,000 result is package math, not a confirmed F700 aircraft price. The Ukrainian systems included radar and signal-jamming equipment, interceptor aircraft, installation, and operator training. World Cup buyers may need another mix, with denser radar placement, mobile equipment, crowd-safe capture zones, law-enforcement communications, and short-notice technical support. The arithmetic gives a planning reference, but a U.S. venue quote can move in either direction based on coverage area and included services.

The practical buying question is whether the customer needs detection, physical interception, or both. A venue with federal support may use several layers. A private site may be limited to monitoring, alerting police, and following an approved response plan.

Article Highlights

• A public estimate places one DroneHunter near $100,000.
• The U.S. World Cup order is described only as multi-million-dollar.
• A fielded package adds radar, software, launch equipment, training, and support.
• Historical package math lands near $680,000 per system.
• Legal authority can matter as much as hardware availability.

Answers to Common Questions

Can a stadium buy one hunter-catcher drone for $100,000?

The figure is a public aircraft estimate, not a vendor quote. A working stadium deployment also needs detection, command software, communications, operators, approved procedures, and recurring support.

How much is the 2026 World Cup DroneHunter contract?

Fortem has described the order as multi-million-dollar. It has not published the exact value, aircraft count, site count, or per-venue allocation.

Are the Kansas City hunter-catcher drones made by DroneShield?

Public reporting connects DroneShield to Kansas City’s wider detection and response network. Fortem separately announced the net-equipped DroneHunter order tied to U.S. World Cup venues. The two announcements should not be treated as one contract.

Can a private venue capture an unauthorized drone?

Federal law sharply limits active mitigation. A private buyer may purchase detection tools, but capture, jamming, takeover, or destruction can require federal authority and aviation coordination.