TrueDefence.
TrueDefence is an elite training solution powered by the industry-leading TrueClay engine — specifically engineered to bridge the gap between traditional marksmanship and the evolving demands of Unmanned Aerial Systems (UAS) interdiction.
By leveraging high-fidelity ballistics and kinetic modeling, TrueDefence prepares operators to neutralize drone threats using shotgun platforms across a spectrum of complex, real-world engagement profiles.
Engineered alongside international UAS taskforces.
Developed in direct collaboration with international UAS Taskforces, ensuring every training module reflects current frontline tactics, techniques, and procedures (TTPs).
Surgical kinetic modeling.
Built upon an unparalleled physics engine delivering frame-accurate pellet distribution and realistic target deformation, providing instant feedback on hit probability.
Agile to high-velocity assets.
A comprehensive array of UAS profiles simulating varied velocities, altitudes, and erratic flight behaviors — from agile consumer multi-rotors to high-velocity fixed-wing reconnaissance drones.
Zero-margin environments.
Train for high-stress engagements in urban environments and critical infrastructure where collateral damage must be zero.
Every round. Every range.
Accounts for varied ammunition types — birdshot, buckshot, and specialised anti-drone rounds — calibrating lead distance and effective kinetic energy at range for each engagement.
Single and dual-screen setups for every angle of engagement.
TrueDefence supports both standard single-screen configurations and purpose-built dual-screen setups — designed specifically to simulate true overhead engagement. Training overhead trajectories demands a fundamentally different field of view, and our custom dual-screen rigs deliver exactly that, placing operators in the correct postural and visual position to track and neutralize threats from above.
Quantifiable
Readiness.
"TrueDefence transforms the shotgun from a traditional tool into a sophisticated kinetic interceptor, providing the muscle memory required to hit small, fast-moving targets under operational pressure."
Generates granular performance analytics, allowing instructors to track time-to-neutralization and shot-to-hit ratios with surgical precision.