Counter-UAS systems, proven where it matters

Detection, electronic warfare, remote weapon stations, interceptors and autonomous platforms. A broad and expanding range of hardware and software, developed in-house and iterated in the field.

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Long-range detection and electronic warfare head on its mast
Long-range detection & EW station 100 km radius

Detect early. Deny the link. Intercept what is left.

One portfolio covers the full engagement chain, from first radio-frequency contact to physical neutralisation, on land and at sea. Systems are modular, so a customer can start with one layer and add the rest as the threat picture develops.

01 Detect

Detect early

Wide-area RF and video detection, networked so one control centre watches a whole sector.

Long-range detection and electronic warfare head on its mast

In service

Long-range detection & EW station

Wide-area RF and video detection with high-power jamming. Networked units cover a front-line sector from one control centre.

Radius
100 km
Video denial
40 km
Setup
≤ 10 min
Wideband detector units with antenna and cabling

Wideband SDR detectors

Fixed PoE and handheld wideband detectors with video interception and a browser interface.

Band
100–6000 MHz
Range
up to 2 km

02 Deny

Deny the link

One detection-to-response core in six form factors, from a man-portable kit to armoured-vehicle and unmanned-platform integration.

Directional jamming antenna arrays

In service

Directional jamming array

Tripod and semi-fixed directional arrays for sector suppression at longer jamming ranges.

Scan
5–7 km
Jamming
≥ 2 km
Man-portable SIGINT kit with display

Man-portable SIGINT kit

Man-portable SIGINT, paired with an EW unit for automatic or confirmed suppression.

Range
2–4 km
Classify
1–2 s
Weight
3.5 kg
Roof-box EW configuration for a vehicle

Vehicle & platform EW

Armoured-vehicle, covert roof-box and unmanned-platform configurations of the same EW core.

Detection
from 3 km
Deployment
25 s

03 Defeat

Intercept what is left

Kinetic defeat where the link cannot be denied: stabilised weapon stations and launched interceptors.

Remote weapon station emplaced in a field

Field trials

Remote weapon station

Remote weapon station with machine vision and gyro-stabilised mount. Detection is automatic; firing stays with the operator.

Mass
~15 kg
Control
1.5 km
Duty
24/7
Fixed-wing interceptor airframe on its launch rail

In field use

Fixed-wing interceptor

Composite flying-wing interceptor for kinetic kill, launched automatically and guided to terminal intercept.

Speed
270 km/h
Endurance
20–40 min
Span
1470 mm
High-speed interceptor prototypes on a bench

Prototype

High-speed rotary interceptor

High-speed rotary-wing interceptor with a rocket-body fuselage and folding rotor cross, warhead kill.

Speed
320 km/h
Range
15 km
Warhead
0.4 kg

04 Operate

Platforms on land, air and sea

Unmanned systems built on the same EW-resistant control, telemetry and video channels.

Strike-reconnaissance UAV in flight above clouds

Available

Strike-reconnaissance UAV

Strike-reconnaissance unmanned aviation complex with EW-resistant control, telemetry and video channels.

Range
400 km
Endurance
150 min
Ceiling
4,000 m
Tracked unmanned ground vehicles in a field

In service

Tracked ground platform

Tracked UGV for logistics, evacuation and reconnaissance, with EW, SIGINT and weapon modules.

Payload
200 kg
Radius
25 km
Endurance
48 h
Three unmanned surface vehicles at sea

TRL 2 concept

Unmanned surface vehicles

Autonomous surface vehicles in 1.5 t, 4 t and 10 t classes on one shared architecture.

Range
to 2,500 km
Payload
to 1,700 kg
Endurance
to 7 days
Operators at a command and control station with map displays

More than hardware.

Our systems are powered by continuously evolving software and integration expertise, validated in real battlefield conditions and adaptable to local operational requirements, infrastructure and mission needs.

How the software works

A large selection today, and more in development

System families in the range
8
Configurations and mission modules
20+
Hardware and software engineering
In-house
New systems under development
Ongoing

Built in the EU, shaped around each partner

Production runs on EU territory through a joint-venture entity registered in Estonia, with practices aligned to EU and NATO defence-industry norms. Cooperation models are shaped around each partner, from supply through to local production and a phased transfer of sub-systems, software integration and know-how.

Production & technology transfer

Tell us what you need to protect.

Evaluation, procurement, local assembly or technology transfer. Describe the requirement and an engineer will answer directly.

Request information info@titandefence.eu