Products›Robotics

Autonomous Ground Systems

Defence
Robotics

Unmanned ground systems, EOD robots, autonomous combat platforms, and AI-guided manipulators — engineered for zero-casualty operations in the world's most dangerous environments.

6 types Categories

AI first Autonomy

0 crew Risk to Personnel

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Flagship

UGV-X Combat Platform

6-wheel drive, Level 4 autonomy, 25km range

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EOD

DisruptorOne

Remote ordnance defeat

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Manipulation

ArmBot-7

7-axis precision arm

👁️

Surveillance

SentinelGround

Perimeter AI patrol

⚔️

Combat

IronWolf CRS

Armed autonomous platform

The Case for Autonomous Ground Systems

Remove the soldier from the kill zone — not from the decision loop

The future of ground operations is not unmanned. It is uncrewed. The distinction matters: our robotic platforms are extensions of the human operator's will, executing in environments where human presence means unacceptable risk.

Every Pinnac ground robot is designed around a single principle — keep the human in command of intent while removing them from physical danger.

Zero-casualty entry into CBRN and IED environments

Chemical, biological, radiological, nuclear and IED-contaminated zones are survivable for machines. Our EOD and reconnaissance platforms enter first, report back, and act — before any soldier steps forward.

Persistent surveillance with no fatigue, no shift change

A ground robot does not get tired. It does not lose concentration on hour 18 of a perimeter patrol. It does not make the human errors that occur when soldiers are cold, exhausted, or under stress.

AI-assisted targeting — faster than human reaction, held to human authority

Our combat platforms detect and classify threats at machine speed. But no kinetic action is authorised without explicit human confirmation. Speed of detect. Discipline of engagement.

Core Capabilities

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Autonomous Navigation

GPS and GPS-denied. LiDAR + stereo vision SLAM. Terrain-adaptive path planning in real time.

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AI Threat Detection

Multi-sensor fusion — EO, IR, radar. Classifies humans, vehicles, ordnance. Tracks up to 32 targets simultaneously.

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Mesh Networking

Each platform acts as a communications node. Swarm coordination in GPS-denied, jammed environments.

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Hybrid Power

Electric-primary with internal combustion generator backup. 24h+ continuous operation without resupply.

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Human-Robot Teaming

Operates as a squad member. Understands voice, gesture, and digital commands. Reports status in natural language.

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Encrypted Comms

AES-256 encrypted control link. Anti-jam, frequency-hopping datalink. Self-destruct on capture protocol.

Autonomy Architecture

Four levels. One doctrine — the human stays in command.

Every platform in the Pinnac robotics portfolio is assigned an autonomy level — from fully teleoperated through to mission-autonomous. The level is not fixed in hardware. It is configured per mission, per rules of engagement, per commander's intent.

Tele-Operated

Every movement commanded directly by an operator. Full human control at all times. Used for EOD and sensitive close-range tasks.

Assisted Autonomy

Platform handles obstacle avoidance and path-keeping. Operator commands destination and objective. Used for UGV ground movement.

Mission Autonomy

Platform executes full patrol, reconnaissance, or logistics missions independently. Reports back. Requests authorisation before any consequential action.

Full Autonomy (Non-Kinetic)

End-to-end autonomous operation for non-kinetic tasks. No human input required for navigation, sensing, or reporting. Human authorisation always required before kinetic action.

Defence
Robotics