TBG International has expanded its research and development portfolio to include remotely delivered effects and one-way attack effectors. The programme, led by the company’s UK-based engineering team, is developing novel munitions and payloads designed for delivery by unmanned platforms across multiple domains.

The rapid evolution of unmanned systems has created both a threat and an opportunity. While much of the defence sector’s attention has focused on countering hostile drones, the offensive potential of unmanned platforms to deliver precise, affordable, and scalable effects is transforming how allied armed forces think about strike, suppression, and area denial. TBG International’s programme is focused on the munitions and payloads that make that capability real.

The company’s approach draws on its core expertise in warhead design, terminal ballistics, and energetics to develop effects that are optimised for the weight, volume, and delivery characteristics of current and emerging unmanned platforms. Every product is designed from first principles for manufacturability, operational fielding, and production at the scale that operational demand requires.

TBG International owns all intellectual property generated through the programme. The company’s R&D model is built around developing products that move rapidly from concept to qualification and into the hands of the forces that need them, avoiding the prolonged development cycles that have characterised traditional acquisition.

“Drone delivered effects are not a future capability. They are a current operational reality, and the demand for effective, affordable, and producible munitions is growing faster than the market can supply. TBG International is building the engineering capability and the product portfolio to meet that demand from the United Kingdom.” – Ryan Hutchinson, Chief Operating Officer at TBG International

The company’s broader unmanned systems capability spans both offensive and defensive applications, positioning it across the full spectrum of the unmanned challenge.