The Gannet Glide Drone (GGD) is a 1.6kg air-launched extended-range precision payload delivery system, capable of deployment at the dismounted combat level. 

Launching from manned or unmanned platforms such as the Cerberus UAS, the GGD is designed with a modular payload bay that accepts electronic warfare systems, communications nodes, parachutes, and kinetic effects. 

The system can be integrated into any aerial platform to provide a cost-effective swarmed effects solution, with a 10:1 glide ratio to extend the standoff distance to a target. The range of delivery varies depending on launch altitude. Launched from the Cerberus UAS, the GGD can deliver effects on target out to 1-3km from the launch platform and 3-5km from the operator. 


 A high-grade MEMS Inertial Navigation System will provide minimal drift for operations in GPS-denied environments. Stealth operations are also possible with an acoustically silent design and RF silent option. 

Skyborne CEO Dr Michael Creagh says, “The initial phase of the GGD program is almost complete and will culminate in a series of flight trials in Q3 and Q4 2021. We’re excited to expand the Cerberus system’s utility and expand our product lineup. The adaptable nature of the GGD system being modular in payload and launch vehicle agnostic lends itself to a multitude of mission profiles and capabilities.” 

Adrian Dudok, Skyborne’s CBO, adds, “The GGD extends tactical and operational reach remaining outside of range of enemy sensors and weapon systems. Defence require a relatively low cost and scalable Air Launch Effects system that can deliver non-kinetic and kinetic mission effects against multiple threats.”

Stealth Operations

Acoustically silent and optionally RF silent for a true fire and forget capability.

EW Resilience

A high-grade MEMS INS and advanced filtering provides operational capability in GPS-denied environments with minimal loss of precision.

Swarming Mesh Capability

The Gannet Glide Drone is intended to operate as a single unit or as a swarm to deliver effects synchronously or in accordance with a pre-planned mission profile.

Terminal Profile Modularity

Designed with a modular payload bay that can incorporate electronic warfare systems, communications nodes, parachutes, and kinetic effects, the system can be integrated into any unmanned or manned aerial platform to provide cost-effective payload delivery solutions.

Artificial Intelligence Capable

The flight control computer contains a state of the art GPU to enable future artificial intelligence integration. This enables the Gannet Glide Drone to automatically alter a mission profile if collateral damage estimates do not comply with the Rules of Engagement.

Preliminary Specifications

1.6 kg (0.6 kg payload)


  • Electronic warfare
  • Communications nodes
  • RF nodes
  • Kinetic effects

Altitude dependent – glide ratio 10:1

Glide Velocity
90 – 110 km/h

Terminal Velocity
150 km/h+

Dimensions – Stowed
Width: 120 mm
Length: 577 mm

Dimensions – Flight
640 mm
Length: 577 mm

Precision (CEP)
1.5 m

Launch Method
Air launch from UAS or manned platforms

Up to 2 can be carried by Cerberus

AI Edge Processing
Under development – Athena AI application

By Press