TS600

TS-600 Long Endurance, Comprehensive Explosive Scanning

The TS600 extends explosive trace detection into environments that are difficult or hazardous to access. Integrated on a ground robotic platform, the system combines stand-off operation, trace-level sensitivity, and onboard analysis to enable safer and more effective assessment of tunnels, subterranean spaces, large structures, and other high-risk environments.

Key Features & Highlights

Designed for Deep Exploration & Autonomous Sensing

Designed for Deep Exploration & Autonomous Sensing
Inspect high-risk environments while personnel remain at a safe distance.
Onboard Detection & Analysis
Processes chemical fingerprints directly on the move.
Long Endurance Scanning
Support extended inspection and thorough assessment of large and complex areas
Platform-Agnostic Integration
Highly optimized modular design compatible with a wide range of UGVs

Missions

Extended Reach into Denied Environments

TS-600 enables unmanned exploration and real-time threat analysis across subterranean, confined, and high-hazard spaces, expanding tactical capabilities.

Tunnel & Subterranean Threat Assessment
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Pre-Entry Reconnaissance & Structural Scouting
SECTOR2
Counter-IED Operations
INDUS
Confined Space Inspection
INDUS
Inspection of Vehicles, Rooms, and Suspicious Objects
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Complementary Confirmation Layer (Post Scan Validation)
SECTOR2
Detection of Concealed Explosives
INDUS
Area Coverage at Close Range
INDUS

Operational Profile

Primary Mission

Long Endurance, Comprehensive Indoor and Subterranean Scanning

Platform

Ground Robotic Platforms (such as quadruped "robot dogs" or UGVs)

Detection Method

Active airborne particle collection with onboard threat analysis

Operational Environment

Operational Environment Tunnels, subterranean spaces, bunkers, and confined/collapsed structures

Stand-off Distance

Deep exploration stand-off (operator remains entirely outside the danger zone)

Weight

Ultra-optimized payload weight integrated without compromising robotic agility or battery life

Sensitivity

Laboratory-grade (nanogram-level) Ultra-High-Sensitivity

Operational Advantage

Enables remote explosive threat assessment in complex and high-risk environments without exposing personnel to potential hazards

Frequently Asked Questions

On what types of robotic platforms can the TS-600 be mounted?
The TS-600 is designed with a platform-agnostic architecture and can be integrated with a wide range of ground robotic platforms, including wheeled, tracked, and legged systems. Its compact and modular design enables straightforward integration with EOD robots, tactical UGVs, quadruped robotic platforms, and other unmanned ground systems used in security, defense, and public safety operations.
Does the robot need to return to the operator to deliver results?
No. The TS-600 performs explosive trace detection and analysis directly on the robotic platform. Detection results are generated onboard and transmitted to the operator, enabling rapid threat confirmation without interrupting the mission or requiring the robot to return for sample analysis.
What types of threats can the TS-600 detect?
Utilizing Tracense’s patented electrochemical fingerprinting technology, the TS-600 detects a broad spectrum of commercial, military, and homemade explosives (HMEs), including IED precursors and concealed residues.
How does the TS-600 complement the GAL and BEN systems?

The GAL, BEN, and TS-600 address different mission requirements. GAL supports close-range detection, BEN provides UAV-based stand-off assessment, and TS-600 enables robotic inspection and onboard analysis in complex environments. Together, they deliver a comprehensive and layered explosive trace detection capability.

Is the system suitable for extreme subterranean conditions?
Yes. The TS-600 is specifically designed to support operations in challenging environments such as tunnels, underground passages, confined spaces, and other complex structures. Its robotic deployment capability allows operators to assess potentially hazardous areas remotely while performing explosive trace detection directly on the platform.