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Managed Capacity

Managed capacity built around procurement discipline and lane control.

We structure managed capacity around recurring freight demand, carrier governance, routing discipline, and continuous performance review before service failures become normal operating noise. Across Canada, the United States, and Mexico, this is the operating path for shippers that need more control than one-off load coverage but do not need a fully embedded dedicated fleet model.

Mode Overview

Managed capacity is built around governance, not one-off load coverage.

This model is used when recurring freight needs procurement control, lane strategy, routing-guide discipline, and KPI-led exception ownership across ongoing volume. The goal is not to book the next load faster. It is to govern the network better over time.

Managed capacity overview showing transportation planning and control

For Managed Capacity

Why SSP

For Managed Capacity

01

Carrier strategy and lane governance are structured together

We align procurement, routing decisions, service expectations, and carrier accountability inside one operating framework so recurring freight is not left to a reactive mix of tenders, expedites, and unmanaged exceptions.

02

Execution issues are reviewed as network signals, not isolated misses

Tender failures, accessorial drift, service inconsistency, and expedite patterns are treated as indicators of planning weakness that need correction at the lane and carrier level, not just load-by-load reaction.

03

Improvement cadence stays attached to the program

Performance reviews, KPI reporting, and operating adjustments remain tied to the live freight program so service reliability and cost control improve through governance rather than through periodic procurement resets alone.

Freight Fit Guide

Managed-capacity fit should be confirmed before the network is handed over.

Use this guide to confirm that the freight profile truly needs ongoing procurement and execution governance. If another service should define the operating model, we should route it early.

How It Works

Managed capacity should be governed before disruption becomes normal.

Managed-capacity programs perform best when the network, carrier mix, failure points, and KPI expectations are aligned before the freight rhythm drifts into reactive execution. This is the sequence We use to structure the program.

01

Baseline the network and recurring failure points

We review lane map, mode mix, carrier behavior, tender acceptance, service volatility, accessorial exposure, and expedite drivers so the real control problem is defined before changes are made.

02

Build the carrier and routing governance model

Carrier strategy, routing-guide logic, escalation rules, reporting cadence, and KPI targets are aligned so execution runs through a repeatable operating structure instead of ad hoc load coverage.

03

Run daily execution against the program rules

Once the program is active, we manage tenders, exceptions, mode decisions, and carrier follow-through against the agreed governance model and not as disconnected shipment events.

04

Refine the network through recurring review

Lane performance, cost variance, service misses, and recurring accessorial patterns are reviewed in cadence so the program gets stronger over time rather than merely staying busy.

Managed Capacity FAQs

The questions that matter before building a managed-capacity program.

These are the qualification questions that usually determine whether managed capacity is the right operating path and what we need to structure the program cleanly.

It qualifies when the freight pattern is recurring enough that procurement, carrier strategy, routing discipline, KPI reporting, and exception ownership need to be governed as a program rather than handled load by load.

Assess the network fit

Qualify the managed-capacity program before the network drifts further.

Share the lane map, mode mix, service pain points, and performance expectations. We will confirm whether managed capacity is the right operating path, define the governance model early, and structure the program for stronger control over cost and service.

Assess the network fit