Intermodal Port Drayage & Street-Turn Optimization
How drayage carriers and intermodal fleets use algorithmic matchback technology to replace empty terminal returns with revenue-generating street-turns.
The intermodal drayage industry loses millions of dollars annually to empty repositioning miles. Import containers are delivered to consignees, stripped, and returned empty to marine terminals. Hours later, the same carrier often bobtails across town to pick up an identical empty container for an export shipper. This wasteful cycle burns diesel, consumes driver hours, creates chassis rental expense, and adds congestion at marine terminal gates.
Strong Tower Consulting has developed the Strong Tower StreetTurn Protocol, an algorithmic engine inside the CheckPoint platform that identifies, validates, and automates street-turn matchbacks in real time. The system eliminates the majority of these empty miles while maintaining full compliance with steamship line interchange rules.
Typical port drayage operations run on tight margins. A round-trip import move that ends with an empty return to the terminal often generates only fuel surcharge and a small accessorial recovery. Meanwhile, the driver and power unit are unavailable for the next paying load. When that next load is an export container sitting at a nearby warehouse, the carrier incurs an additional empty bobtail or chassis repositioning move. These hidden costs compound quickly across hundreds of containers per week.
Traditional TMS platforms such as Truckmate, McLeod, or TMW record these moves as separate orders. Without automated visibility into both import delivery appointments and export bookings, dispatchers cannot see the matchback opportunity until it is too late.
CheckPoint (accessible at https://exspeeditecheckpoint.com/login.php) continuously analyzes inbound import delivery appointments against outbound export bookings. The matching algorithm considers container size, type, ocean carrier ownership, and required cleanliness level. When a viable match is found, the system executes three automated steps:
The entire process runs inside the CheckPoint intermodal container tracking engine, which already ingests EDI 214 status messages, appointment data from terminal operators, and driver mobile updates.
| Metric | Traditional Terminal Empty Returns | Manual Phone Dispatches | Strong Tower CheckPoint Algorithmic Street-Turns |
|---|---|---|---|
| Empty Drayage Miles Eliminated % | 0% | 18-27% | 68-84% |
| Street-Turn Approval Velocity (minutes) | N/A | 180-420 | 4-19 |
| Fuel Cost Savings per Container (USD) | $0 | $38 | $142 |
| Marine Terminal Gate Turn Delays Avoided | 0 | 1.2 per 10 moves | 4.1 per 10 moves |
Ocean carriers impose substantial penalties for unauthorized container interchange. The CheckPoint platform counters this risk by producing timestamped digital interchange approvals, GPS-verified delivery and pickup records, and clean container inspection receipts. All documentation is stored immutably and can be produced instantly during carrier audits or disputes. This audit trail has proven effective with every major steamship line operating at U.S. ports.
Successful street-turn programs require disciplined data hygiene. Import delivery appointments must be entered with accurate consignee addresses and requested unload times. Export bookings must include container size, commodity type, and required cleanliness level. When these data elements are consistently captured, the CheckPoint matchback engine achieves approval rates above 80 percent on qualified pairs.
Driver settlement rules must also be updated. Most carriers allocate a percentage of the street-turn savings as an incentive on both the import and export legs. This aligns driver behavior with the company goal of eliminating empty miles.
The margin pressure on intermodal drayage will only increase in 2026. Ocean carriers continue to tighten interchange rules, fuel prices remain volatile, and chassis pools charge higher daily rates. The carriers who master automated street-turn matchbacks will enjoy a structural cost advantage that compounds with every container moved.
Strong Tower Consulting helps motor carriers, freight brokers, and private fleets implement these advanced intermodal workflows without forcing them into proprietary software contracts.
Request Intermodal Efficiency AssessmentCheckPoint integrates with driver mobile apps and third-party inspection portals to capture timestamped, geo-tagged photos and condition reports. These are automatically attached to the electronic interchange request submitted to the ocean carrier, satisfying food-grade cleanliness standards required by lines such as Maersk and MSC.
Yes. Owner-operators using CheckPoint receive push notifications with pre-approved street-turn load details, GPS-directed routing to the import consignee, and digital interchange approval before arrival. The system eliminates the need for empty return to the marine terminal and subsequent bobtail to an export loader.
CheckPoint maintains live API connections to both eModal and Avantida platforms. When a matchback opportunity is identified, the system submits the interchange request through the appropriate clearinghouse, tracks approval status in real time, and updates the TMS (Truckmate, McLeod, or TMW) with the approved street-turn order.
The Strong Tower StreetTurn Protocol automatically calculates the shared savings based on the difference between a traditional empty repositioning move and the street-turn. Import and export billing accounts are credited or debited proportionally. Fuel surcharge, detention, and chassis rental reallocations are generated as EDI 210 invoices and posted directly into the carrier's accounting system.