Autonomous Bolt Torquing UGV

AregAI Robotics

ARMBOT

Bolt Tightening & Torquing UGV

Engineered in USA

6-Axis Collaborative Robotic Arm
10–500 Nm Torque Range
AI Bolt Recognition & 3D Vision
Full Fastener Traceability
ARMBOT 6-axis collaborative robotic arm mounted on its all-terrain UGV platform
Key Capabilities

Every bolt torqued and traced. Autonomous.

Autonomous Bolt Tightening

Solar mounts, frames, racking systems, and structural fasteners.

Precision Robotic Arm

16 kg payload, 1713 mm reach, ±0.03 mm repeatability.

AI Bolt Recognition

3D vision + AI-based bolt detection and targeting.

Full Fastener Traceability

Every bolt logged with location and applied torque, fully integrated with ERP.

Full Torque Range

10–500 Nm configurable, M8–M30 interchangeable sockets.

ERP & Task Management

Job scheduling, dispatch, and reporting.

Intelligent Navigation

GNSS + LiDAR + vision fusion.

Digital Twin Monitoring

Real-time tracking and per-bolt torque logging.

OPERATIONAL MODES

Autonomous Torquing
ERP dispatches a task. Robot navigates to the work location, identifies bolt positions using 3D vision, executes the full tightening sequence, logs results, and advances to the next point.
Supervised Operation
Operator monitors execution via ERP and digital twin. Can pause, adjust the sequence, or intervene remotely while the robot handles bolt identification and torque application.
Manual Override
Direct on-site control for precision operation in complex or non-standard fastener scenarios. Physical joystick and arm control fallback.
Operational Highlights
Per-Bolt GPS Traceability
Every bolt tightened is logged with GPS coordinates and applied torque value — creating a complete, ERP-linked structural integrity audit trail for the entire site.
Precision at Scale
±3% torque accuracy across the M8–M30 bolt range with 3D AI bolt recognition — consistent, repeatable results across thousands of fasteners without operator fatigue.
Unmanned Hazardous Access
Fully mobile tracked platform reaches fasteners in difficult, elevated, or hazardous locations where manual access requires PPE, scaffolding, or is operationally impractical.

Torquing Workflow

A fully autonomous torquing workflow from task assignment to verification.

01
Assign

Task dispatched via ERP system

02
Navigate

Autonomous path to the work location

03
Identify

3D vision detects and maps bolt positions

04
Torque

Arm executes the tightening sequence to specified value

05
Verify

Torque logged per bolt with GPS, report generated, advance to next point

Precision Torquing. Anywhere it's needed.

Designed for solar plant construction and structural maintenance, ARMBOT navigates autonomously across the site and tightens every fastener to spec with full per-bolt traceability — no crew required.

6-axis collaborative arm with 16 kg payload and 1713 mm reach, ±0.03 mm repeatability.
3D vision and AI bolt recognition target each fastener automatically across M8–M30.
Every bolt logged with GPS coordinates and applied torque — full ERP-linked audit trail.
6-Axis Robotic Arm
AI Bolt Recognition
Per-Bolt Traceability
ARMBOT tightening structural bolts on a solar racking system — autonomous arm at work in the field with live task dashboard

Built for precise, traceable structural integrity.

ARMBOT tightens every fastener to spec, logs each bolt with GPS and torque value, and reports straight to your digital twin—autonomously, day and night.

Learn more at areg.ai

TARGET APPLICATIONS

Solar Plant Construction
Autonomous tightening of mounting bolts on solar racking, tracker structures, and panel frames across large-scale installations — traceable per bolt from day one.
Solar Plant Maintenance
Periodic re-torquing of structural fasteners to address loosening from thermal cycling, wind loads, and vibration — with a full ERP-linked audit trail per service visit.
Wind Turbine Foundations
Precision torque application on turbine base flanges and tower sections, where accuracy and per-bolt traceability are structural safety requirements.
Industrial Infrastructure
Structural bolt maintenance on bridges, pipelines, steel frames, and heavy equipment where manual access is difficult, hazardous, or operationally impractical.

ARMBOT vs Traditional Methods

Capability ARMBOT Manual Crew
MobilityFully mobile UGVHuman operators
Torque TraceabilityPer-bolt GPS logPaper or manual record
Coverage AreaUnlimited autonomousLimited by crew & shift
Consistency±3% accuracyOperator-dependent
24/7 OperationYes, auto-chargingShift-based
ERP IntegrationFull digital twinManual logging
Hazardous AccessUnmanned operationPPE required

Integrated Operations Platform

All operations. One autonomous system.

All AregAI robots operate within a single unified command loop.

ERP Mission Planning
→
Autonomous Execution
→
Digital Twin Reporting
One system. Full-fleet visibility. Automated from dispatch to report.
Full Technical Datasheet

Get every spec.
Evaluate ARMBOT for your site.

Complete platform and manipulator specifications, torque specifications, control architecture, and deployment guidance — delivered straight to your team.

Request Full Datasheet
ARMBOT autonomous bolt tightening and torquing UGV — 6-axis collaborative robotic arm on an all-terrain tracked platform