Elbit Systems has placed a new order for Duke Robotics' TIKAD Bird of Prey unmanned aerial weapon system on behalf of an unnamed defense customer, with deliveries expected in the fourth quarter of 2026. Duke Robotics, a Florida-based defense technology firm specializing in tethered drone weapon platforms, announced the purchase through its partner Elbit, one of Israel's largest defense contractors with annual revenues exceeding $5.3 billion. The order represents the latest adoption of TIKAD following deployments Duke claims have occurred in active combat zones, though the company has not identified specific militaries or theaters of operation. Duke previously stated that TIKAD units carry a base price between $150,000 and $250,000, varying with payload capacity and sensor packages, though neither Duke nor Elbit disclosed the financial value or unit quantity of this particular order.
TIKAD distinguishes itself from free-flying combat drones through its tethered power and data architecture. The system remains connected to a ground station via a reinforced fiber-optic cable that simultaneously provides electricity and encrypted communication, eliminating battery life constraints and radio frequency vulnerabilities that plague conventional quadcopters. This tether allows TIKAD to maintain station over a target area indefinitely while delivering a stable firing platform for rifles, grenade launchers, or other small arms up to 7.62x51mm NATO caliber. Duke has marketed the system primarily for urban warfare scenarios where operators need to engage targets from protected positions without exposing personnel to direct fire. The tether extends up to 1,000 feet in current configurations, giving operators line-of-sight control while keeping the ground station outside most small arms range. Elbit's involvement as distribution partner provides Duke access to procurement channels and end-user relationships across Europe, Asia-Pacific, and Latin America that would otherwise require years for a small defense startup to establish independently.
Duke Robotics was founded in 2015 by Raziel Atuar, a former Israeli Defense Forces special operations officer, initially targeting the company's product at counterterrorism units and special operations forces. The firm publicly demonstrated TIKAD in 2017, showing the platform firing an M4 carbine at ground targets from 300 feet altitude with what Duke claimed was sub-three-inch groupings at 100 meters. Since then, Duke has diversified TIKAD's payload options to include 40mm grenade launchers, paintball markers for non-lethal crowd control, and sensor packages for intelligence gathering missions where no weapon is mounted. The company has repeatedly stated that multiple militaries have purchased TIKAD systems and used them operationally, but Duke has not named customers or provided verifiable deployment data, citing non-disclosure agreements standard in defense contracting. Elbit Systems, by contrast, is a publicly traded entity on NASDAQ and the Tel Aviv Stock Exchange, reporting $5.32 billion in revenue for fiscal 2025 with major contracts spanning aerial systems, land vehicles, command and control infrastructure, and electro-optics. Elbit's relationship with Duke appears structured as a distribution and integration partnership rather than an acquisition or equity stake, allowing Elbit to offer TIKAD as part of larger force protection packages sold to existing customers.
The appeal of tethered weapon drones lies in operational continuity and reduced electronic warfare vulnerability compared to battery-powered or fuel-powered autonomous systems. Free-flying drones face flight time limitations ranging from 20 minutes for small quadcopters to several hours for fixed-wing platforms, requiring frequent battery swaps or refueling that interrupt surveillance and engagement windows. TIKAD's tether removes this constraint entirely, allowing continuous operation limited only by mechanical wear on motors and the ground crew's endurance. The fiber-optic data link also resists jamming and spoofing attacks that target radio frequency communication, a growing concern as electronic warfare capabilities proliferate beyond traditional near-peer adversaries. However, the tether imposes mobility constraints absent in free-flying systems. TIKAD cannot pursue moving targets beyond its tether radius, cannot operate from moving vehicles at speed, and presents a vulnerable link that, if severed, immediately disables the platform. These tradeoffs make tethered systems best suited for static defensive positions, perimeter security, and urban strongpoint operations rather than mobile armored maneuver or deep reconnaissance missions. Duke's decision to partner with Elbit rather than pursue direct sales reflects the challenges small defense firms face in navigating export licensing, end-user verification requirements, and the multi-year procurement cycles typical in military acquisition.
What to Watch: Duke Robotics has not disclosed whether it will pursue a public listing or additional venture funding in 2026, but the company's repeated announcements of new orders through Elbit suggest growing revenue that could support either path. Monitor whether Elbit integrates TIKAD into larger force protection or counter-UAS systems rather than selling it as a standalone product, which would indicate Elbit views the platform as a component technology rather than a complete solution. Watch for any named customers or verifiable deployment reports, particularly from NATO member states, which would significantly validate Duke's operational claims. Finally, track whether competitors like Anduril Industries or Shield AI introduce tethered weapon variants of their own platforms, which would confirm the operational value proposition Duke has asserted since 2017.
