
Data-Driven Strategies for Adapting to a Shifting Global Trade Environment
In Q2 2025, shifting global trade dynamics and new rounds of tariffs—particularly between the U.S., China, and the EU—are creating ripple effects throughout the transportation and logistics sector. For fleet managers and Environmental Health and Safety (EHS) officers, these changes aren’t just headlines, they’re bottom-line realities that affect procurement, route planning, vehicle acquisition, and cost-per-mile performance.
This Q2 Tariff Impact Report explores who’s winning, who’s struggling, and which data-backed fleet strategies are helping businesses weather the storm—and even come out ahead.
What Changed in Q2?
- The U.S. implemented increased tariffs on EV components, steel, and telematics imports from China.
- Retaliatory tariffs from key trading partners have impacted equipment exports and third-party supplier costs.
- Tariffs have directly increased the cost of:
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- Aftermarket parts
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- Certain Class 4–8 truck components
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- Charging infrastructure for electric fleets
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- GPS and telematics hardware
- Inflationary pressure has indirectly increased fuel, maintenance, and insurance costs as upstream suppliers pass these costs on.
The result? A new cost structure for fleet operations—one that rewards agility, asset diversification, and strong vendor relationships.
Who’s Winning: Adaptive Strategies That Are Paying Off
- Fleets with In-House Maintenance Teams
Tariffs on imported parts have caused an up to a 17% increase in outsourced repair costs (according to FleetOwner Q2 pricing data). Fleets that invested in in-house maintenance programs and stocked spare parts before Q2 are enjoying:
- Faster turnaround times
- Lower per-repair costs
- Better parts availability
Insight: Preventive maintenance, once a scheduling best practice, is now a cost-containment strategy.
- Operators Using Predictive Telematics
With the rising cost of telematics hardware, smart fleets are extracting more value from existing systems by leveraging predictive analytics.
Winning fleets are:
- Identifying component failures before breakdowns
- Optimizing routes to avoid toll-heavy or fuel-wasting zones
- Tracking driver behaviors that correlate with high maintenance costs
Result: Fleets using predictive data models report 6–10% fewer unplanned maintenance events despite hardware cost hikes.
- Fleets with Diversified Vendor Relationships
Carriers that rely on a single international parts supplier are feeling the pain. Conversely, those with multiple domestic and international procurement options are better insulated.
Winning moves include:
- Partnering with secondary or regional suppliers
- Transitioning to standardized vehicle platforms for interchangeability
- Leveraging group purchasing organizations (GPOs) to negotiate volume-based pricing
- Fleets That Delayed EV Transitions (Strategically)
Fleets that slowed down EV rollouts due to concerns about infrastructure or training may now benefit. With tariffs raising the cost of EV parts and chargers by 15–30%, these fleets can wait out the price spike or seek domestic alternatives with less volatility.
Who’s Losing: Strategies Struggling in the Q2 Tariff Landscape
- Fleets Relying on Just-In-Time (JIT) Parts Inventory
JIT strategies—which minimize on-hand inventory—are now liabilities. Increased lead times, part shortages, and tariff markups mean:
- More vehicle downtime
- Higher expedited shipping costs
- Missed delivery SLAs
Result: Fleets with thin inventory buffers are seeing repair cycle times double or triple in some regions.
- EV Fleets Dependent on Foreign Tech
Operators heavily reliant on Chinese-made EV batteries, inverters, or telematics are experiencing:
- Delays in sourcing components
- Sudden capex spikes in infrastructure buildout
- Increased repair costs due to fewer compatible domestic options
- Procurement-Driven Fleets Focused on Short-Term Lowest Cost
Price-first procurement is failing in Q2. Fleets that chose suppliers based solely on low unit prices are facing:
- Poor customer support
- No backup plan for part availability
- No flexibility on price renegotiations or substitutions
Metric | Pre-Tariff (Q1) | Post-Tariff (Q2) |
---|---|---|
Avg. price increase: critical parts | — | +17% |
Unplanned maintenance events | Baseline | +11% (non-predictive fleets) |
Downtime for outsourced repairs | ~2.5 days | ~5.2 days |
Avg. cost increase on imported EV tech | — | +23% |
Vehicle acquisition lead times | ~8 weeks | ~12–14 weeks |
Recommendations for Fleet Managers Moving into Q3
- Audit Your Supply Chain
- Identify which parts or vehicles you’re sourcing from tariff-affected countries
- Review contracts and determine if price protections or domestic substitutions exist
- Revisit EV Transition Roadmaps
- Consider phased rollouts with blended vehicle types
- Invest in domestic suppliers or look into grant funding to offset EV infrastructure costs
- Build Up Spare Part Inventories
- Focus on high-failure-rate components: sensors, brakes, tires, HVAC parts
- Use telematics to predict and prioritize stocking decisions
- Double Down on Driver Behavior and Coaching
Reducing fuel burn and vehicle strain through better driving behavior is the most immediate and controllable cost saver.
- Negotiate With Vendors—Hard
- Ask for flexibility on minimum orders
- Request local fulfillment options
- Explore long-term contracts that lock in pricing or delivery schedules
Final Thoughts: Strategy Wins in Times of Disruption
Tariffs are unpredictable—but your fleet’s response doesn’t have to be. In Q2, the clear winners are the fleets that plan ahead, leverage data, and see safety and supply chain agility as integrated business strategies.
As Q3 looms, fleet managers and EHS professionals must stop playing defense and start playing offense—turning economic disruption into a chance to rethink, retool, and lead.
Quick Recap: Q2 Tariff Strategy Scorecard
Winning Approaches:
- Predictive maintenance + telematics
- In-house repairs and spare parts
- Supplier diversification
- Flexible EV rollouts
Risky Tactics:
- JIT part sourcing
- Single-supplier dependencies
- Price-only procurement
- Unbuffered EV infrastructure rollouts