DRONE SQUAD
COMMANDO

Full 6DOF flight model with navigation, hover, vertical and lateral movement. Physics-informed response curves create realistic inertia and handling, reflecting real operator skill requirements.

Energy depletion tied to low-battery states, simulating the real operational constraint of drone endurance under sustained suppression tasks. Forces triage decisions on resource allocation.

Reduced responsiveness and control fidelity beyond operational signal range. Trains operators to maintain line-of-sight discipline and understand real-world RF communication limits.

Drone health reduced by sustained fire and hazard exposure. Structural integrity affects handling and creates mission-failure pressure, training operators on asset preservation under threat.

Animals react and flee based on threat proximity triggers. Behavior trees drive emergent civilian-hazard scenarios requiring real operator situational awareness.

Animals follow the drone to designated safe zones. Operators must manage escort routing under active hazard conditions, balancing speed with asset protection.

Animals reach and register at designated safety zones. Validates successful escort completion and triggers next-phase scenario logic when subjects are confirmed safe.

Safe zone integrity degrades when subjects remain in hazard areas beyond threshold. Drives escalation and mission-failure consequence within the scenario progression framework.

Sequential mission escalation across three terrain zones — Forest, Farm, Town. Each zone unlocks as prior objectives are met, creating a structured difficulty arc that mirrors real incident spread.

Mission-based objective tracking with completion logic and state transitions. Gives operators measurable goals that drive training focus and create clear success/failure evaluation criteria.

Single-carry mechanic for supply drops requiring operators to prioritize which resources to retrieve under active threat conditions. Enforces real-world constraint logic around asset triage.

Game-over conditions and failure triggers tied to critical thresholds — drone loss, zone breach, or time expiry. Creates genuine training consequence and drives operator accountability.

Real-time drone telemetry display covering battery level, signal strength, and structural integrity. Gives operators continuous situational awareness of asset status without breaking immersion.

Dynamic health bars updating in real time to reflect each zone's containment status. Communicates compound threat levels at a glance and drives operator prioritization decisions.

On-screen contextual prompts and alerts that surface based on in-mission events. Delivers critical information at the moment it's needed without requiring operators to break focus.

Voice feedback lines triggered by in-game events to reinforce scenario narrative and operator guidance. Adds an audio layer of training authority that mirrors real command communication.

Tactical overhead map tracking drone position and zone status in real time. Provides spatial awareness beyond the FPV camera view and supports multi-zone priority management.

Particle and VFX systems activate and deactivate based on drone proximity to reduce GPU overhead. Keeps frame rates stable in dense fire scenarios without sacrificing visual fidelity at close range.

Three-tier quality system (Low / Medium / High) adapts particle density, shadow resolution, and post-processing to match available hardware. Ensures the simulation runs on training lab machines, not just high-end rigs.

Multi-system Niagara FX layering with controlled interaction behaviour between fire, ember, smoke, and heat effects. Manages particle budget across concurrent emitters without visual or logic conflicts.

Invisible boundary volumes and NavMesh tuning that constrain movement to valid operational areas. Ensures AI entities and the drone respect scenario boundaries and training zone logic.

Drone deployment cinematic built in Sequencer with rotor-wind vegetation simulation, flying embers, atmospheric heat distortion shaders, and mission-context briefing flow before HUD activation.

End-mission cinematic and debrief transition that closes the scenario loop. Provides narrative closure and sets the stage for post-mission performance review.

HUD elements suppressed during the cinematic intro and activated on a timed trigger once gameplay begins. Prevents UI clutter during the briefing sequence and creates a clean mission-start moment.