Lower operating cost
Reduction of repetitive internal transport cost and better use of operator time.
Autonomous forklifts and AGV robots
Autonomous AGV systems for warehouses and manufacturing
Internal logistics automation built around process stability, safety and measurable ROI.
We design and deploy AGV / AMR systems that automate internal transport and make operating flow more predictable.
Real deployments Manufacturing and warehouse focus Europe
Business value
Why Inovatica AGV
Fast first rollout
A staged launch model designed to show a measurable effect early.
Safety by design
Deployments built around ISO 3691-4, real risk assessment and mixed-traffic rules.
Scalable architecture
A system that can grow with the process instead of becoming a one-off installation.
Offer
Our AGV solutions
HT-15
Autonomous AGV for stable pallet transport on floor-level routes.
TU-4
Compact tugger AGV for regular line supply and multi-stop transport loops.
ST-1430
Storage AGV for repeatable pallet put-away and buffer operations.
CB-2030/2040
Counterbalanced AGV for flexible pallet handling between warehouse and production.
AGV use cases
automated line supply
Regular delivery of components and carriers to stations according to process rhythm.
high-bay warehouse automation
Repeatable pallet put-away and retrieval in racking areas with higher process discipline.
transport between halls
Predictable material flow between separated areas of the plant.
pallet transport between zones
Stable pallet flow between warehouse, buffers and production without manual coordination of each trip.
Where does it fit?
Automotive
JIT, line supply and stable material flow in a high-dynamics environment.
FMCG / Food
High pallet volume, end-of-line logic and pressure on predictable flow.
Logistics and 3PL
Buffer operations, changing workload and regular pallet movement between zones.
Industrial manufacturing
Transport between processes, buffer handling and stable internal logistics.
Contact and ROI
Check where to start the rollout
Right after the use-case overview you can move into a real process conversation. Share the rough flow, zones and site constraints and we will come back with a sensible first rollout recommendation.
Case studies
All case studies Trusted by industry leaders
Case study
AGV deployment in Magna
Deployment of an autonomous internal logistics system in Magna based on a fleet of six ST-1416 / ST-1430 stacker AGVs from Inovatica AGV.
Read case study
Case study
Internal transport automation in an automotive Tier-1 plant
A case study from FicoMirrors Polska: AGV deployment designed around process stability, safety and predictable internal logistics in an automotive Tier-1 environment.
Read case study 
ROI
What can you gain?
AGV automation delivers the strongest effect where the process is repetitive, shift-based and costly to run manually.
first measurable effect built around one critical process
higher flow stability and fewer manual transport decisions
rollout staged around business logic, not only hardware
Rollout
How does an AGV rollout work?
Process analysis
We map pallet flow, bottlenecks, work rhythm and safety conditions to identify the first rational automation scope.
Design
We choose the vehicle type, route logic, drop-off points and traffic architecture matched to the site.
Integration
We connect AGV with WMS, MES or ERP so transport is driven by real process data, not manual calls.
Go-live
We stabilize the first working scenarios, KPIs and escalation rules so the rollout is ready to scale.
News
View all news AGV and intralogistics updates
March 25, 2026
LogiMAT Trade Show 2026 - the scale is impressive
Several halls, hundreds of solutions and one clear impression: intralogistics automation is accelerating faster than many expected.
Read article 
March 11, 2026
Inovatica AGV at the 13th General Assembly of LODZistics Members
As a member of the LODZistics cluster, Inovatica AGV took part in the 13th General Assembly focused on reviewing 2025 activity and setting priorities for 2026.
Read article 
Knowledge base
AGV knowledge base
AGV ROI: how to calculate return on investment in autonomous vehicles
The most important assumptions for AGV ROI calculation: investment cost, labor savings, safety and process throughput.
Read article Pallet recognition system for autonomous forklifts
An example of how a vision-based system can improve pallet pick-up and drop-off performance in environments where pallet position is not always ideal.
Read article