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Hadrian X® by FBR

Autonomous robotic bricklaying system

World's first mobile robotic blocklaying machine that constructs structural walls autonomously using Dynamic Stabilisation Technology for precision outdoor construction.

$14.3M raised 🏢 Established

Founded 1994 • PulteGroup (major US homebuilder), CRH Ventures partnership, demonstration projects in Australia and USA

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Why This Tool Exists

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The Problem

Construction industry faces severe skilled bricklayer shortage and manual wall construction takes weeks for large buildings. Weather delays, quality inconsistencies, and high labor costs impact project schedules and profitability.

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The Solution

Hadrian X® robot autonomously lays up to 360 blocks per hour using CAD designs and Dynamic Stabilisation Technology. Operates 24/7 in variable weather conditions with precision placement, reducing wall construction time from weeks to days.

How You Use It

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Delivery Method

Desktop App

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Integrations

CAD software (generic) BIM workflows

Disciplines

Construction, Architecture

Project Phases

Construction Administration

Project Types

Residential, Commercial, Mixed-Use

Data Transparency

Exactly what this tool uses and how

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Input

What it needs

Required: CAD wall designs, Block specifications, Site conditions

Optional: Building codes, Material preferences, Project schedule

Formats: CAD files, Block metadata, Site survey data

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Output

What you get

Format: Constructed structural walls with precise block placement

Fields: Wall progress status, Block placement accuracy, Construction time metrics, Quality verification

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Algorithm

How it works

Model: Dynamic Stabilisation Technology (DST®) - proprietary real-time stabilization system

Accuracy: Claims precision placement within millimeters using DST® technology

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Privacy

How your data is protected

Retention: Not publicly specified (project-based implied)

Training: Not publicly specified

Compliance: Australian Privacy Act 1988, Australian Privacy Principles

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API

Integration

Endpoint: Contact vendor for integration details

Method: Not publicly documented

Use Cases

• Automated wall construction for residential housing developments
• Commercial building structural wall installation
• Multi-story building construction (up to 3 floors)
• Large-scale construction projects requiring speed and precision
• Construction in challenging weather conditions

Pricing

Free

Not available

Pro

$7.8M AUD base price plus specifications

Enterprise

Wall-as-a-Service (WaaS) licensing model available

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📚 Research Sources & Data Quality Last verified: 2026-02-01

Data Sources (7)

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Verified Data (10)

problem, solution, deliveryMethod, yearFounded, customerBase, fundingTotal, pricing, algorithm-approach, maturityStage, privacy-policy

❌

Not Found (5)

specific-api-documentation, detailed-integrations-list, data-retention-periods, compliance-certifications, detailed-accuracy-metrics

Our Commitment: We only include verified data from official sources. If information isn't publicly available, we mark it as "Not publicly specified" rather than guessing.