LTL Terminal Dimensioning

LTL Cross-Dock In-Motion Pallet Dimensioning & Density Rerating Engine

Industrial automation that captures overhead LiDAR measurements, recalculates NMFC density class in real time, and automatically corrects W&I billing for LTL carriers running Truckmate, McLeod, or TMW.

Strong Tower Consulting has spent more than 16 years helping asset-based LTL carriers and hybrid 3PL fleets extract maximum value from their transportation management systems. One of the largest, yet least automated, revenue leakage points in an LTL cross-dock remains manual freight measurement and the resulting freight class disputes. Our terminal automation architecture replaces slow, error-prone manual cubing stations with overhead in-motion LiDAR dimensioners, high-resolution imaging, and a real-time density rerating engine that writes corrected records directly into your TMS.

The Business Case for Automated Pallet Dimensioning

LTL carriers routinely accept shipments based on shipper-declared class. When actual measured density deviates from the declared value, the carrier is entitled to a freight class adjustment under NMFC rules. Without automation, most of these opportunities are never identified. When they are caught manually, the process creates detention, driver settlement disputes, and strained shipper relationships.

An in-motion dimensioning and rerating solution typically delivers:

  • 6-11% increase in recovered linehaul revenue
  • Elimination of 45-90 seconds of dwell time per pallet
  • Complete photographic chain-of-custody for every disputed shipment
  • Automated EDI 210 generation with corrected charges
  • Direct updates to fuel surcharge, accessorial, and driver settlement calculations
Typical LTL Terminal Performance Before and After In-Motion Dimensioning
Metric Manual Process Automated In-Motion System Improvement
Pallets measured per hour 28-35 180-240 +550%
Average measurement accuracy ±1.5 in ±0.25 in (NTEP) 6x better
Revenue recovery from density rerates 1.2% 7.8% +6.6 pts
EDI 210 correction cycle time 3-7 days < 4 minutes 99% faster
Driver settlement disputes per month 47 6 -87%

Technical Architecture Overview

The solution is built around three core subsystems that integrate with your existing TMS environment (Truckmate, McLeod, TMW, or custom SQL-based systems):

  1. Overhead LiDAR / Laser Dimensioning Array - NTEP-certified volumetric sensors mounted 18-22 feet above conveyor or forklift paths. Units capture length, width, height, and irregular shape factors while freight moves at normal operational speed. High-resolution cameras trigger simultaneously to create timestamped proof-of-measurement images stored in SQL Server with binary BLOB or Azure blob references.
  2. Real-Time Density & NMFC Classification Engine - A high-performance SQL stored procedure or .NET service receives the dimensional payload, calculates cubic feet and density (lbs per cubic foot), then applies current NMFC density brackets to assign the correct freight class. Business rules for exceptions (stackable, nested, density qualifiers) are maintained in configurable lookup tables.
  3. Automated Rerating & EDI Workflow - When the recalculated class differs from the shipper-declared class, the engine writes an updated record to the shipment, rating, and billing tables. It then generates an EDI 214 status update followed by a corrected 210 invoice. Driver settlement records are adjusted for any new accessorial or W&I charges. All changes are fully auditable for revenue accounting and fuel tax (IFTA) purposes.

Integration Points with Core Carrier Systems

The rerating engine is deliberately vendor-neutral. It communicates through standard interfaces:

  • Direct SQL Server inserts/updates to load, stop, shipment, and billing tables
  • RESTful web service endpoints for modern TMS platforms
  • EDI 204/214/210 transaction sets for legacy or broker-connected systems
  • Event-driven triggers that update ELD/HOS telematics records when detention is assessed

Because Strong Tower Consulting and Exspeedite LLC are separately organized sister companies under common ownership, carriers retain complete flexibility. You never have to license our software. We design the architecture, select or validate hardware partners, write the integration specifications, and provide post-implementation SQL data mining and process optimization.

Independent by design.
Strong Tower Consulting, LLC and Exspeedite LLC are separately organized sister companies under common ownership (separate EINs; liability firewall). Carriers are never required to purchase or license software from either entity. Our role is strictly advisory, architectural, and integration-focused.

Implementation Roadmap

A typical engagement follows our proven business process optimization methodology:

  1. Terminal audit and data mining of the past 12 months of shipment records to quantify current leakage
  2. Hardware vendor evaluation and site-specific LiDAR placement design
  3. SQL schema review of your TMS (Truckmate, McLeod, TMW) to map integration points
  4. Development of the density rerating stored procedures and exception rules engine
  5. EDI 210 workflow automation and testing with key shippers
  6. Training, parallel testing, and go-live with continuous monitoring via our SQL data mining dashboards

Carriers also leverage our expertise in carrier rate matrix optimization, ELD and EDI integration, and transportation accounting integration to ensure the dimensioning project delivers enterprise-wide value.

Ready to Stop Leaving Density Revenue on the Dock?

Schedule a no-obligation terminal automation assessment with the team that has been optimizing LTL and truckload operations since 2008. We will analyze your current shipment data, identify revenue opportunities, and deliver a vendor-neutral architecture tailored to your TMS environment.

Start Terminal Assessment → Speak with Scott Elliott at 763-244-1373

Frequently Asked Questions

How does in-motion overhead LiDAR dimensioning improve LTL terminal throughput?

Overhead LiDAR systems mounted above powered conveyor or forklift travel paths capture volumetric measurements at full speed without stopping freight. This eliminates the 45-90 second manual measurement bottleneck per pallet, enabling terminals to process 300-500% more freight per shift while generating NTEP-certified cubic footage for accurate density-based NMFC class assignment.

What is the financial impact of automated density rerating on LTL carriers?

Most LTL carriers lose 4-9% of linehaul revenue annually due to shipper-declared freight classes that do not match actual measured density. An automated rerating engine that recalculates NMFC class in real time and generates corrected 210 EDI invoices typically recovers 6-11% of revenue while reducing disputes and driver settlement adjustments related to weight and inspection (W&I) charges.

Can this system integrate with Truckmate, McLeod, or TMW TMS platforms?

Yes. The dimensioning and rerating engine is designed for real-time integration via SQL Server stored procedures, REST APIs, or EDI 214 status updates. Measured dimensions, calculated density, new freight class, and supporting high-resolution images are written directly to the carrier's load and shipment tables. This triggers automated 210 invoice correction workflows and updates driver settlement calculations for accessorial charges.

Do we have to purchase software from Strong Tower Consulting to implement this solution?

No. Strong Tower Consulting, LLC and Exspeedite LLC are separately organized sister companies under common ownership. We provide architecture, integration, and process optimization services. Carriers may select any certified dimensioning hardware vendor and any compatible rerating logic. Our role is to ensure the solution is vendor-neutral, integrates cleanly with your existing TMS (Truckmate, McLeod, TMW), and delivers measurable ROI without locking you into proprietary software.