Qport Logo

Digitizing Wind Turbine Logistics

GPS-verified route intelligence built for wind turbine blades, towers, and nacelles — replacing manual route surveys with a single, reusable source of truth for oversized wind logistics.

Digitise route surveys & planning end to end
Track live truck movement during execution
Gain actionable insights across every route

Tier 1 Logistics Partner

Trusted by industry leaders

See Qport. in Action

Watch how our platform transforms wind turbine logistics—from mobile route surveys to AI-powered navigation for oversized blade and nacelle transport.

Survey once, deliver foreverBuilt for wind energy
Qport wind turbine logistics in action 1Qport wind turbine logistics in action 2Qport wind turbine logistics in action 3Qport wind turbine logistics in action 4

How QPort Works

QPort connects on-ground route surveys, central planning, and live execution into one continuous workflow for wind turbine logistics.

Step 1

Route Survey on Mobile (Field-First)

Surveyors record wind turbine routes directly on their phone, capturing GPS paths, constraints, photos, and notes on the ground.

Surveyor recording wind turbine blade route
Step 2

Route Intelligence on Web (Plan & Control)

Surveyed routes sync to the QPort web platform, where teams analyse routes, review constraints, approve plans, and monitor live truck movement in real time.

app.qport.com/routes
Q
Routes
ROUTE LIST
Wind Farm AReview
Nacelle TransportApproved
app.qport.com/routes/edit/542
Edit Route
Wind Farm A
Distance45.2 km
ClearanceValid
Step 3

Assign Routes to Drivers (Execute with Confidence)

Approved routes are assigned to drivers, who navigate using turn-by-turn guidance while HQ tracks execution live and manages risks proactively.

Driver navigating approved wind turbine route

Complete Wind Turbine Logistics Navigation Solution

From digital route surveys to live movement execution, QPort brings planning, navigation, and visibility together to eliminate delays in wind turbine logistics.

1

Digital Route Survey & Capture

Record wind turbine routes digitally with GPS, constraints, photos, and field inputs captured in one platform.

2

Route Planning & Approval

Plan, review, and approve wind routes centrally, creating a single reusable source of truth.

3

Live Truck Tracking & Execution

Track blade and tower movements in real time with GPS-precise visibility from field to HQ.

4

Project Management & Delay Prevention

Coordinate routes, movements, and teams in one view to proactively avoid delays and execution risks.

5

Insights & Performance Analytics

Analyse route readiness, delays, and execution performance to continuously improve future planning.

6

Offline-Ready Navigation

Navigate wind corridors reliably in remote areas, with automatic sync once connectivity is restored.

Qport. AI Intelligence

Machine learning-powered predictions and optimizations tailored specifically for wind turbine component logistics.

Smart scheduling

Predictive Delivery Times

AI analyzes route complexity, blade dimensions, and historical data to provide accurate delivery estimates.

AI-powered routing

Route Optimization

Machine learning suggests optimal paths based on clearance requirements, traffic patterns, and ODC constraints.

Business insights

Logistics Intelligence

Predictive analytics for vehicle utilization, capacity planning, and wind farm project coordination.

Proactive alerts

Risk Assessment

Automated identification of high-risk route sections, weather impacts, and potential delivery obstacles.

Industries We Serve

Specialized route intelligence solutions for wind energy logistics and heavy cargo transport.

Onshore Wind Farms

Blade & Nacelle Transport

Navigate 60m+ blade trailers and nacelle deliveries through complex rural routes to onshore wind farm construction sites.

60m+ blade lengthRemote site accessTurn radius optimized

Offshore Wind Projects

Port-to-Assembly Logistics

Coordinate ODC transport from ports to assembly yards with precision route planning for massive offshore wind components.

Port logisticsAssembly coordinationMulti-component delivery

Wind Farm Maintenance

Replacement Component Delivery

Deliver replacement blades, gearboxes, and tower sections to operational wind farms with minimal downtime.

Emergency deliveryOperational site accessMinimal disruption

Repowering Projects

Old to New Turbine Logistics

Manage complex logistics for wind farm repowering—removing old components and installing next-generation turbines.

Two-way logisticsSite coordinationProject efficiency

Qport. vs Traditional Wind Turbine Logistics

See how Qport transforms wind turbine component transport compared to traditional ODC planning methods.

ODC Clearance Validation

Qport.Automated validation
TraditionalManual checks

Blade Route Survey

Qport.Mobile app workflow
TraditionalManual scouting

Turn Radius Analysis

Qport.AI-powered calculation
TraditionalGuesswork

Route Approval Workflow

Qport.Web portal review
TraditionalEmail/calls

Wind Farm Delivery Tracking

Qport.Real-time GPS
TraditionalPhone updates

Blade Delivery Failures

Qport.Near zero
Traditional15-20% failure rate

Frequently Asked Questions

Everything you need to know about Qport's wind turbine logistics platform.

How does Qport handle 60m+ blade transport routes?

Qport's mobile survey app captures turn radius, clearance heights, and obstacle data specific to blade trailers. Our AI validates whether routes can accommodate your blade dimensions, and the web portal lets admins review and approve routes before drivers navigate them.

Can we use Qport for remote wind farm sites without cell coverage?

Absolutely. Qport's mobile apps support full offline navigation. Once a route is surveyed and approved, drivers can download it and navigate to remote wind farm sites without any cellular connection—critical for rural renewable energy locations.

What's the route survey to navigation workflow?

Admin creates survey task in web portal → Surveyor receives task on mobile app → Surveyor drives route capturing clearance data → Admin reviews on web portal (merge/edit/split) → Qport AI optimizes route → Admin approves and publishes → Driver navigates with turn-by-turn guidance.

Does Qport validate ODC permit compliance?

Yes. Qport automatically validates height, width, and turn radius against your blade specifications. The platform flags non-compliant route sections and helps you plan alternative paths or obtain necessary permits before delivery.

How long does it take to implement Qport for wind logistics?

Most wind logistics companies are operational within 1-2 weeks. We provide specialized onboarding for ODC operations, surveyor training, driver app setup, and web portal configuration tailored to wind turbine component delivery.

Can Qport integrate with our wind farm project management tools?

Yes. Qport offers API integration with major fleet management, ERP, and project coordination systems. We can sync delivery schedules, component tracking, and route data with your existing wind farm construction workflows.

Book Your Demo

See Qport. in Action

Schedule a personalized 30-minute demo and discover how Qport transforms wind turbine component delivery.

Live product walkthrough
Custom use case discussion
Q&A with our team

No commitment required. See how Qport can transform your wind turbine logistics operations.