Autonomous Mobile Robot
Engineered for Smart Assembly Lines & Intralogistics
Safe • Intelligent • Efficient • Human-Centric
Trusted by Global Leaders
Mobile Robot
Solutions Deployed
Enterprise
Customers
Patents
Robot Travelled
Globally
What is
Novus Carry AMR?
Built
in-house
(hardware + software)
Works
alongside
humans
Adapts
easily
to layout changes
Key Capabilities
Human-Centric Safety
360° sensing, safety scanners, visual & audio alerts for collaborative environments
Software-Defined Control
Centralised fleet management, workflow orchestration, and analytics via Novus software stack.
Autonomous Navigation
Natural navigation with real-time obstacle avoidance—no markers required.
Modular & Multi-Task Ready
Supports lifting, tugging, conveyor transfer, and frame transport through plug-and-play attachments.
Assembly Line
Challenges
Solutions
Rigid, conveyor-based setups
Fixed layouts cause downtime during changeovers and limit flexibility
Flexible, mobile automation
Replace fixed conveyors with autonomous, layout-agnostic AMRs
Limited support for product variants
Multiple SKUs on a single line slow operations and increase errors
Multi-variant ready workflows
Handle diverse SKUs on the same line with minimal downtime
High manual handling dependency
Labor-intensive movement reduces efficiency and raises safety risks
Human-centric, safe operations
Autonomous navigation with 360° safety sensing for shared environments
Difficult to scale or reconfigure
Expansion requires heavy infrastructure changes and high costs
Software-driven scalability
Reconfigure or scale operations through software, not infrastructure
Low visibility into material flow
Lack of real-time data makes optimization difficult.
Real-time insights & analytics
Monitor, optimize, and reroute material flow dynamically
What You Get
Reduced downtime
Modular production flow
Flexible line reconfiguration
Intralogistics
Challenges
Solutions
Inefficient material movement
Bottlenecks in storage, retrieval, and internal transport slow operations
Autonomous material transport
AMRs move pallets, trolleys, and kits efficiently across warehouse floors
Workplace safety risks
Human operators face hazards when handling forklifts, trolleys, and heavy loads
Safety-centric AMR design
360° sensing, collision avoidance, and e-stops enable safe human–robot collaboration
Scalability constraints
Operations struggle to scale throughput without adding headcount or equipment
Scalable fleet operations
Easily expand or redeploy AMRs to meet changing throughput demands
Limited real-time visibility
Lack of data makes workflow optimization and predictive planning difficult.
Real-time tracking & analytics
Live visibility into movement, utilization, and performance
Integration challenges
Disconnected systems fail to communicate across warehouse workflows
Seamless system integration
Interoperable with WMS, ERP, and factory systems for accurate inventory flow
What You Get
Optimized throughput
Improved safety
Data-driven operations
Our Range of AMRs
Platform Autonomous Mobile Robots
Low Height Autonomous Mobile Robots (LHT AMR)
Forklift AMRs
Automated Guided Vehicle (AGV)
Automotive
Automotive
Pharma
Pharma
3PL
3PL
Solar
Solar
Retail
Retail
FMCG
FMCG
Electronics
Electronics
Construction
Construction
Automation that adapts
as fast as your operations
Understand the technology, specifications, and deployment models behind Novus Carry AMRs.
3D LiDAR-based
localization
VDA 5050
compliant
6–10 hours
active runtime
100 kg to 1500 kg
payloads
Attachments &
Modular Capabilities
Tunneling
Tugger
Lifter
Control Every Move.
See Every Insight.
Introducing Intelligent Fleet Control & Analytics
Fleet Management System (FMS) orchestrates task allocation, routing, and fleet-level control in real time
Novus Analytics turns operational data into actionable insights for optimization and planning
Why leading enterprises choose Novus Carry
Built end-to-end in-house and proven globally, Novus Carry delivers flexible, safe, and scalable AMR automation across industries
Automate Smarter with Novus Carry
Redefine your factory and warehouse with next-gen Autonomous Mobile Robots.
