// Autonomous Systems

Autonomous Systems
for Contested Environments

Resilient ISR platforms and distributed swarm defence architecture engineered for mission-level autonomy.

Explore ISR Systems Air Defence Layer Request Capability Brief

// Autonomy is no longer optional.

// Product Architecture

The Complete Stack for
Mission-Level Autonomy

Most platforms sense. Ours decide. TRL Drones builds the full autonomy stack — from AI-driven ISR planning to autonomous intercept — so every system acts the moment it needs to — not when the link allows.

AI-Driven Mission Planning
GNSS-Denied Resilience
Full Engagement Autonomy
🇪🇺 European Technology Base
// ISR — Intelligence, Surveillance, Reconnaissance

Persistent Autonomous Surveillance

Fixed-wing ISR platforms autonomously monitor large areas, detecting and tracking objects of interest — even in electronically contested, communications-degraded environments.

Explore ISR Systems
// C-UAS — Autonomous Counter-UAS Defence

Intercept. Eliminate. Protect.

When a hostile drone penetrates protected airspace, interceptors launch autonomously from ground stations — guiding and eliminating threats with full onboard autonomy.

Explore Air Defence Layer
ISR — Intelligence, Surveillance & Reconnaissance
ISR MAPPER / ISR VTOL
// ISR Platform Family

TRL ISR Systems

Two platforms. Common architecture. Scalable across tactical and extended operational requirements.

ISR Mapper
// Fixed-Wing Tactical ISR UAV
ISR Mapper
1.5+ hr
Flight Time
50 km
Datalink
100+ km
Flight Range
EO + IR
Camera
< 4 kg
MTOW
100×100 km
Brigade-level ISR — 100 km² coverage
1 operator
Man-portable — individual deployment
ISR VTOL
// VTOL Extended Range ISR UAV
ISR VTOL
4+ hr
Flight Time
Satcom
Independent Datalink
400 km
Flight Range
EO + IR LR
Long Range Camera
< 25 kg
MTOW
Satcom
Remote camera control & comms via satellite
< 5 min
Operational ready — VTOL deploy
// Tasking & Analytics Intelligence Platform

Real-time, map-based intelligence

AI-driven system integrating automated object detection, activity monitoring, segmentation and intelligence reporting. Built for operational tempo.

● EO/IR — AI DETECTION ACTIVE
CONF ≥ 0.78 | 4 CLASSES
⚠ GNSS DENIED — VIO
48°51'N 031°14'E | ALT 214m
ISR Analytics
C-UAS — Autonomous Air Defence Layer
MATES / MILADA
// Counter-UAS Architecture

Autonomous Air Defence Layer

Radar detects. Command core evaluates. Interceptors stand ready. The operator makes a single, clear decision — the system handles everything else.

// Engagement Sequence

01
Radar & Sensor Detection
Multi-layer passive/active sensor fusion — radar, EO, RF — identifies and tracks inbound UAS. Operates through jamming environments.
EW-Resilient · Multi-Sensor · Passive Mode
02
GCS Command Station
Containerised Ground Control Station — mobile, hardened, deployable anywhere. AI fuses the operational picture and provides the operator with threat classification and asset allocation. One operator. Full situational awareness.
Containerised · Mobile · AI-Fused
03
Interceptor Launch
Launches from a mobile, remotely-operated launcher that can be repositioned rapidly. No fixed infrastructure required. The launcher is controlled from the GCS at a safe distance — personnel never need to be at the launch site.
Mobile Launcher · Remote Operation · Rapid Reposition
04
Onboard Autonomous Guidance
Terminal phase is fully autonomous onboard. The AI processor continuously recalculates the intercept point using predictive trajectory modelling. If guidance is disrupted, the system re-engages automatically.
⚡ Predictive Intercept · Auto Re-engage · Contested Environments
05
Elimination & Early Intercept
Interceptor delivers kinetic or payload intercept at the engagement point. For long-range threats, that means threats are neutralised far outside the protected zone, not at its edge. Every engagement is logged, attributed, and reported automatically.
MILADA: Early Intercept · 200+ km · Kinetic Payload up to 10 kg
// Defence Platforms

Designed for cost efficiency,
built to scale.

Manufactured in Czechia

MATES
// Fixed-Wing Interceptor · Hand Launch / Rail Launch
MATES
Manual FPV Semi-Autonomous Full AI
60 km
Intercept Range
75 m/s
Max Speed
up to 600 g
Payload
MILADA
// Long-Range Jet Platform · Speed Dominance
MILADA
Air Interception Middle Strike Ground Targeting
200+ km
Range
140+ m/s
Max Speed
up to 10 kg
Payload
// Command & Control Interface — Air Defence GCS

Unified Operational Picture

AI-driven target classification with automatic threat scoring and asset allocation recommendations. Multi-sensor data fusion delivers a single, real-time operational picture — day or night.

THREAT MAP
ENGAGEMENT LOG
SENSOR FUSION
SWARM STATUS
GCS Interface
ACTIVE THREATS
TGT-01INBOUND 247°
TGT-02TRACKING
TGT-03IDENTIFIED
INTERCEPTORS
INT-01AIRBORNE
INT-02ON VECTOR
INT-03STANDBY
JET-01READY
RADAR STATUS
RADAR-AACTIVE
RADAR-BACTIVE
EW DETECTJAMMING
LINKENCRYPTED
Day & Night
EO and IR sensor fusion. Full operational capability in all lighting conditions.
C2 Protocols
ASTERIX and SAPIENT protocol support. Ready for integration into allied C2 networks.
Multi-Drone Control
Simultaneous control of multiple assets with swarm coordination from a single operator station.
Platform Technology
Core Capabilities
Every Platform
// Platform Capabilities

What's Inside Every Platform

The engineering standards built into every TRL Drones platform. Not aspirational — operational and field-validated.

GNSS-Denied Navigation
Visual-Inertial Odometry for full autonomous operation when GPS is jammed or spoofed.
AI-Based Perception
Real-time object detection, classification, and segmentation across EO/IR sensor feeds.
Secure Datalink
AES-256 encrypted, frequency-hopping, low-probability-of-intercept communications.
Modular Payload
Hot-swap payload bays for rapid reconfiguration: ISR, EW, SIGINT, or strike roles.
NATO Interoperability
STANAG-aligned data formats and C2 integration for seamless allied force interoperability.
Distributed Autonomy
Full mission execution without GCS link. Each node carries independent mission logic.
Audit-Ready Decisions
All autonomous decision events logged and available for post-mission review.
🇪🇺
European Technology Base
IP, manufacturing, and supply chain under European jurisdiction.
// Mission Solutions

What We Deploy

Seven proven mission profiles — from persistent ISR to autonomous intercept. Select the capability your programme requires.

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// ISR / Recon / Surveillance
Persistent 24/7 Area Coverage
Deploy continuous autonomous surveillance over any defined area, even under RF interference.
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// Relay / Comms Extension
Extend Your Network. Anywhere.
Airborne relay nodes maintain low-latency links over contested corridors under EW interference.
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// C-UAS: Interceptor / EW / Jammer
Autonomous Drone Intercept — 24/7
The intercept layer detects, classifies, and eliminates hostile drones at critical infrastructure.
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// Environmental Monitoring
Landscape & Ecosystem Surveillance
Persistent monitoring of forests, wetlands and protected zones — tracking illegal activity and detect change with AI-classified sensor data.
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// Logistics / Resupply / Medevac
Deliver Where Ground Can't Go
Autonomous resupply and transport cargo to forward positions where ground routes are contested or inaccessible.
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// Attritable / Saturation
Saturate. Overwhelm. Suppress.
Simultaneous multi-vector swarm ingress to degrade adversary air defences. Zero cross-node communication failure across all nodes.
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// Training / Test Range / Doctrine
Build Your Doctrine. Train Your Teams.
Structured UAS training, threat simulation and operator certification for partner nation air defence units — NATO-aligned.
// Validation Status

Wondering which of these missions are already deployed and documented? See test results, environment data, and programme status.

Proven in the Field
// Proven in the Field

Proven Where It Counts.

Real conditions. Documented results. Every capability listed here has been tested outside a lab — in environments designed to break lesser systems.

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Field Testing — Contested Environment
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Harsh Environment — Cold / Dust / Humidity
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Live Flight Testing
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Swarm Deployment — 5 node exercise
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C-UAS Intercept Validation
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Testing & Validating
01
Contested Environment Testing
GPS denial, EW jamming, link disruption, adverse weather — validated in conditions that mirror real deployment. Not a lab. A field.
02
Operational Scenario Validation
Platform behaviour under partial mission degradation is fully documented. Your operator knows exactly what the system does — and doesn't do.
03
Scalable Manufacturing
Production architecture designed for rapid scale. Lead times, unit rates, and surge capacity are established — ready when your programme needs volume.
04
Controlled Supply Chain
European-aligned components throughout. No adversary-associated sources. Export control compliant. Supply chain is a strategic decision, not an afterthought.
// Company

About TRL Drones

Vision

Mission-level autonomy for European and allied defence. We design systems that operate where connectivity is denied, environments are contested, and the cost of failure is operational consequence.

European Technology Base

Developed and engineered in Europe. IP, manufacturing, and supply chain remain under European jurisdiction. Strategic requirement — not a marketing position.

Focus Areas

AutonomyResilienceSwarming InteroperabilityGNSS-DeniedC-UAS
Brno, Czech Republic — HQ