Robotic Trace Detection & Onboard Analysis

TS600

The TS600 system combines stand-off detection with trace-level sensitivity in a robotic platform designed for operation in complex and high-risk environments. By performing onboard explosive trace analysis directly on the robot, the system enables remote inspection of subterranean spaces, tunnels, and large structures while supporting safer and more efficient operations.

Key Features & Highlights

Built for Real-World Detection Challenges

Non-Contact Detection

Detects airborne explosive particles without the need for surface swabbing or physical contact, reducing operator exposure and enabling safer inspection

Extremely High Sensitivity
Identifies trace-level explosive particles, including emissions from concealed, shielded, or otherwise inaccessible explosive material
Rapid Confirmation
Clear, actionable results delivered within seconds to support immediate decision-making
Portable & Rapid Deployment
Compact and lightweight system designed for quick deployment and effective use across a wide range of operational scenarios
Effective in Complex Environments
Maintains detection capability in cluttered, enclosed, and hard-to-access environments where traditional methods are limited

Missions

Precision Detection in High-Risk Areas

GAL enables security teams to extend detection capabilities across a wide range of operational scenarios, improving coverage and effectiveness.

Inspection of Vehicles, Rooms, and Suspicious Objects
car
Complementary Confirmation Layer (Post Scan Validation)
SECTOR2
Detection of Concealed Explosives
INDUS
Area Coverage at Close Range
INDUS

Operational Profile

Primary Mission

Close-range detection and confirmation of explosive threats

Platform

Portable handheld system

Detection Method

Active sampling of airborne explosive particles

Operational Environment

Rooms, vehicles, confined and cluttered spaces

Stand-off Distance

Short-range stand-off (non-contact operation)

Weight

Lightweight, portable device for field use

Sensitivity

Nanogram-level detection

Operational Advantage

Provides close-range confirmation and enhances detection confidence, particularly for concealed or hard-to-detect threats

FAQ

Things You Need To Know

Does GAL require physical contact with the inspected object?

No. GAL operates using non-contact air sampling, detecting airborne explosive particles without the need for swabbing or direct interaction

What types of threats can GAL detect?

GAL is designed to detect a wide range of explosive materials, including those associated with IEDs, based on their airborne particle emissions

Can GAL detect concealed or hidden explosives?

Yes. Due to its extremely high sensitivity, GAL can detect trace airborne particles emitted from concealed, shielded, or otherwise inaccessible explosive materials

How does GAL integrate with the BEN system?

GAL serves as a close-range confirmation layer, complementing the BEN system by providing additional verification and increasing detection confidence, particularly for concealed or difficult-to-locate threats

What processing speed can I expect?

Yes. GAL is designed for rugged environments and reliable performance under operational stress