Quick Answer: A complete automotive logistics RFP covers 25 requirements across six categories: capacity and network coverage, operational performance, visibility and technology, financial and contractual terms, safety and compliance, and surge response. Skipping any one category creates a gap that surfaces as cost, delay, or risk during the program. The strongest buyer outcomes come from RFPs that specify required evidence rather than asking open-ended questions.
Why RFP Quality Determines Program Quality
Automotive logistics RFPs that produce strong program outcomes share one characteristic: they specify what evidence the provider must produce, not just what capabilities the provider should describe. Generic "describe your visibility capabilities" questions produce generic answers. Specific "provide 90-day average ping reliability rates with raw data for shipments matching our profile" questions produce evidence buyers can evaluate.
This 25-requirement checklist is built around evidence-based scoring across six categories. Each requirement is structured to surface the operational reality behind the marketing claims, and each maps to a specific risk or cost that gets paid for in the program if the requirement is not met upfront.
For the strategic framework that sits underneath the tactical checklist, the broader guidance in how to choose a finished vehicle logistics partner and the OEM logistics partner evaluation scorecard establish the decision criteria. This checklist is the operational instrument that gathers the evidence those frameworks need.
Category 1: Capacity and Network Coverage (5 Requirements)
1. Primary-Corridor Lane Density
Require providers to document the weekly volume of vehicles they move on each of your top 10 corridors. Strong providers show 50+ units per week on primary corridors. Below 20 units per week is a flag that the provider is operating on spot capacity rather than density.
2. Carrier Network Size and Composition
For asset-light providers, require disclosure of total active carriers in the network, the percentage owned versus contracted, average carrier tenure, and concentration risk (top 5 carriers as percentage of volume). Top-5 concentration above 50% creates capacity risk that surfaces during disruptions.
3. Geographic Coverage Map
Require a coverage map showing operational density across every state where you have origins or destinations. Coverage gaps in your top destinations create the spot-buy exposure that erodes program economics.
4. Equipment Inventory and Configurations
Require detailed equipment inventory: open carrier counts, enclosed carrier counts (specialty versus standard), driveaway driver pool, and specialized configurations (oversized, multi-axle, lift gate). Equipment matching to load type determines unit economics.
5. Compound and Yard Footprint
For programs involving port operations or vehicle staging, require disclosure of compound locations, total stall counts, and yard management technology. The infrastructure underneath the transport determines dwell economics.
Category 2: Operational Performance (5 Requirements)
6. On-Time Delivery Rate
Require 90-day OTD performance data broken out by corridor and equipment type. Strong programs operate at 92%+ OTD on standard automotive lanes. Below 85% is a meaningful gap.
7. Damage Rate by Handoff Stage
Require damage rate data broken out by handoff stage — pickup, in-transit, delivery. Programs that cannot break out damage by stage have attribution problems, which means disputes drag and remediation cycles extend.
8. Average Transit Time by Lane
Require historical transit time data for the buyer's primary corridors with the provider's current operating performance. Compare against industry benchmarks to identify any lanes where the provider underperforms.
9. Dispute Resolution Cycle Time
Require average days-to-resolution for damage and service disputes. Strong programs resolve disputes within 7-10 business days. Programs averaging 20+ days are accumulating downstream administrative cost.
10. Dealer Satisfaction or NPS Scores
For finished vehicle logistics specifically, require dealer-side satisfaction data on logistics performance. The customer experience at the dealer end is the operational truth of the program, regardless of upstream metrics. The downstream consequences of poor performance are detailed in the real cost of vehicle transport delays.
Category 3: Visibility and Technology (5 Requirements)
11. Ping Frequency and Reliability
Require the average time between location updates and the percentage of shipments with continuous ping coverage. Strong programs deliver 5-15 minute pings with 95%+ reliability across owned and contracted fleets. Below 90% creates the blind windows that erode buyer confidence.
12. ETA Accuracy
Require historical variance between predicted and actual delivery times across a 90-day window. Mature predicted ETAs hold accuracy within 30-60 minutes on multi-day moves.
13. API Access and Integration
Require API documentation for visibility data, including event types, refresh rates, and integration support resources. Portal-only access is a flag for any procurement team that operates in their own TMS, ERP, or DMS.
14. Exception Workflow Architecture
Require documentation of the exception workflow: how exceptions are detected, what thresholds trigger them, how they route to operations versus customers, and what resolution SLAs apply. Vague workflow answers indicate the workflow does not exist.
15. AI and Optimization Capability
Require documentation of AI-driven dispatch, route optimization, and predictive ETA capability with operational evidence — training data volume, retraining cadence, and before-and-after performance data on comparable programs.
Category 4: Financial and Contractual Terms (5 Requirements)
16. Rate Structure and Methodology
Require detailed rate cards by lane and equipment type. Compare against alternative pricing structures including contract, spot, and dynamic — the trade-offs are detailed in the comparison of auto transport pricing models. The right structure depends on volume predictability and risk tolerance.
17. Accessorial Charges and Triggers
Require complete accessorial charge schedule and the operational conditions that trigger each. Hidden accessorial charges accumulate to 10-20% of program cost in poorly specified programs.
18. SLA Definitions and Penalty Structure
Require specific SLA definitions with performance thresholds and financial penalties for non-performance. The framework for SLA negotiation is covered in detail in the fleet transport SLA guide. SLAs without penalties are aspirations, not commitments.
19. Contract Term and Termination Rights
Require clear contract term, renewal mechanics, and termination rights for material non-performance. Long-term contracts without performance-based termination rights lock buyers into underperforming programs.
20. Insurance Coverage and Limits
Require certificates of insurance showing cargo coverage limits matched to per-unit values, general liability minimums, and contingent auto liability. Coverage gaps create dispute exposure.
Category 5: Safety and Compliance (3 Requirements)
21. Safety Ratings and CSA Scores
Require FMCSA safety ratings and CSA scores (Federal Motor Carrier Safety Administration, 2025) for the provider's owned fleet and a sample of top contracted carriers. Safety performance correlates strongly with operational reliability — providers with chronic safety issues have downstream operational issues.
22. Driver Qualification and Training
Require documentation of driver qualification standards, training programs (especially for enclosed and specialty transport), and ongoing performance management. Driver capability is the variable that most strongly correlates with damage rates.
23. Regulatory Compliance Track Record
Require disclosure of regulatory actions, settlements, and material compliance issues over the past 36 months. Active regulatory exposure creates operational risk that propagates into the buyer's program.
Category 6: Surge Response and Continuity (2 Requirements)
24. Surge-Response Case Studies
Require specific case studies on surge response over the past 24 months — what triggered the surge, how the provider scaled, what performance metrics held versus baseline, and what costs were absorbed by the provider versus passed through. Generic "we can scale to demand" answers are not evidence. The operational reality of strong surge response is illustrated in how RPM scaled logistics for a major OEM during a production surge.
25. Business Continuity and Disaster Recovery
Require business continuity plan documentation covering critical infrastructure failure, primary corridor disruption (weather, regulatory, security), and provider-side operational disruption. Programs without documented continuity plans rely on improvisation when disruption hits.
How to Weight the Requirements in Scoring
Not every requirement should carry equal weight in RFP scoring. The right weighting depends on the buyer's volume profile, lane mix, and operational priorities. As a starting framework:
- Capacity and network coverage: 25% of total score for buyers with broad geographic spread; 20% for buyers concentrated on specific corridors
- Operational performance: 25% for established programs renewing contracts; 20% for new programs without baseline data
- Visibility and technology: 20% — increasing to 25% for buyers integrating logistics data into customer-facing systems
- Financial and contractual: 15% — increasing to 20% for buyers under aggressive cost-reduction targets
- Safety and compliance: 10% — non-negotiable threshold; failure on this category should disqualify regardless of other scores
- Surge response and continuity: 5-10% — increasing for buyers with volatile production or seasonal demand patterns
The scoring discipline matters more than the exact percentage weights. RFPs that score against specified criteria produce defensible decisions. RFPs that average impressions produce decisions that get rationalized after the fact.
The Six RFP Mistakes That Produce Bad Outcomes
Automotive logistics RFPs fail in predictable ways. Each of these mistakes is recoverable, but recovery means renegotiating or re-running the procurement — both costly.
- Asking for capabilities without specifying evidence. "Describe your visibility capabilities" gets generic answers. "Provide 90-day ping reliability data for shipments matching our profile" gets evidence.
- Treating price as the primary scoring dimension. The lowest bid is almost never the best program. Buyers who score on rate first and capability second end up with programs that produce the cost they thought they were avoiding.
- Skipping the surge-response requirement. Programs that work in steady-state break under surge. Skipping surge response in scoring guarantees the program will underperform when conditions change.
- Accepting vague SLAs. SLAs without specific thresholds and penalty structures are not SLAs. Strong RFPs require the SLA framework to be negotiated as part of the proposal, not deferred to post-award contracting.
- Limiting visibility evaluation to portal demos. Portals look good in demos. The operational test is whether visibility data flows via API into the buyer's systems and whether exception workflows actually route to resolution rather than to inbox volume.
- Underweighting safety and compliance. Providers with chronic safety issues have chronic operational issues. Safety scoring should be a threshold rather than an averaging dimension — failure disqualifies regardless of other scores.
What the Strongest Buyers Add Beyond the Standard 25
Sophisticated procurement teams add four additional requirements beyond the standard 25 to surface operational evidence that distinguishes top-tier providers.
Sustainability and emissions reporting. Increasing OEM corporate ESG commitments are flowing into logistics procurement requirements. Providers that document emissions per unit, route optimization for fuel efficiency, and electric or hybrid equipment deployment satisfy reporting requirements that will only grow.
Workforce stability metrics. Driver turnover, average tenure, and recruitment pipeline data indicate operational stability. High driver turnover correlates with damage rates, schedule reliability, and customer service quality.
Cross-functional integration capability. For OEMs running mixed-mode networks (truck, rail, ocean) or programs spanning new-vehicle and used-vehicle logistics, the provider's ability to coordinate across modes and segments matters more than performance on any single mode.
References from comparable buyers. Two or three references from buyers operating programs of similar size, complexity, and lane mix. Specific references — not vendor-provided case studies — produce the operational truth that no proposal can fully convey.
How RPM Moves Approaches Buyer-Side RFPs
RPM Moves participates in OEM, fleet, and dealer group RFPs across fleet relocation, driveaway services, and finished vehicle logistics segments. The proposal response is built around the evidence categories above — operational performance data from comparable programs, visibility-stack documentation with API specifications, financial transparency on rate structure and accessorials, and case studies on surge response and disruption management.
For buyers building RFPs against the 25-requirement framework, the proposal evaluation discipline matters as much as the requirements themselves. Buyers who score against evidence-based criteria and weight the categories against their specific operational priorities produce defensible vendor selection decisions and programs that deliver against expectations.
Contact RPM Moves to discuss what a structured RFP response looks like for your automotive logistics requirements.
Frequently Asked Questions
What should an automotive logistics RFP include?
A complete RFP covers 25 requirements across six categories: capacity and network coverage (5), operational performance (5), visibility and technology (5), financial and contractual terms (5), safety and compliance (3), and surge response and continuity (2). Each requirement should specify the evidence the provider must produce, not just ask for descriptions of capability.
How should RFP requirements be weighted in scoring?
As a starting framework: capacity and network coverage 20-25%, operational performance 20-25%, visibility and technology 20-25%, financial and contractual 15-20%, safety and compliance 10% (threshold, not averaging), surge response and continuity 5-10%. Weights should adjust based on the buyer's volume profile, lane mix, and operational priorities.
What is the most common RFP mistake in automotive logistics?
Asking for capability descriptions instead of specifying required evidence. "Describe your visibility capabilities" produces generic answers. "Provide 90-day ping reliability data for shipments matching our profile" produces evidence. Evidence-based RFPs produce defensible scoring and stronger program outcomes.
Should price be the primary RFP scoring dimension?
No. The lowest bid is almost never the best program. Buyers who score on rate first and capability second end up with programs that produce the cost they thought they were avoiding through accessorial charges, dispute volume, surge-response gaps, and damage exposure. Price should be 15-20% of total scoring.
How important is surge-response capability in RFP scoring?
Critical for buyers with volatile production or seasonal demand patterns. Programs that work in steady-state break under surge. RFPs should require specific case studies on surge response over the past 24 months — what triggered the surge, how the provider scaled, what metrics held versus baseline, and what costs were absorbed by the provider versus passed through.
