The repair stage is where the claimant's experience is made or broken. Managing a network of bodyshops requires rigorous SLA tracking, quality oversight, and clear communication so that vehicles are repaired correctly, on time, and to a standard that satisfies both the customer and the insurer.
For accident management companies, the bodyshop repair is the longest single phase of most claims. A repair that takes 14 days instead of 7 means an additional week of credit hire charges that the AMC must fund and recover. It means a claimant who is without their own vehicle for twice as long, generating dissatisfaction and complaints. And it means a case that sits open on the books, consuming handler time and delaying the recovery process.
Most AMCs do not operate their own bodyshops — they rely on networks of independent repairers, manufacturer-approved bodyshops, and national repair chains. This creates a management challenge: the AMC is commercially responsible for the repair outcome but does not directly control the repair process. Without robust SLA tracking, quality auditing, and communication protocols, AMCs have limited visibility of what is happening to their customers' vehicles once they enter the bodyshop.
Quality failures compound the problem. A repair that does not meet the required standard under the Consumer Rights Act 2015 (which requires services to be performed with reasonable care and skill) can result in complaints, re-work, and even legal claims. Vehicle manufacturers increasingly require that repairs follow specific methods and use approved parts to maintain warranty cover. The British Standard BS10125 for vehicle damage repair provides a quality framework, but adherence across the independent sector is inconsistent.
Effective repair network management connects work allocation, repair tracking, quality assurance, and customer communication into a single workflow. The AMC should have real-time visibility of every vehicle in the repair process — where it is, what stage the repair has reached, whether it is on schedule, and when it will be ready for collection.
Work allocation itself should be data-driven rather than relationship-driven. Route repairs to bodyshops based on their current capacity, historical SLA performance, geographic proximity to the claimant, and capability for the specific repair type (e.g., manufacturer-approved methods, aluminium repair, ADAS calibration). This optimises both speed and quality.
Quality management must be proactive rather than reactive. Regular audits of bodyshop premises, processes, and completed repairs — combined with systematic tracking of re-work rates, customer feedback, and SLA compliance — enable the AMC to identify problems before they affect customers and to make evidence-based decisions about network membership.
Follow these steps to create a repair management process that delivers quality repairs on time, keeps claimants informed, and gives the AMC control over a key operational stage.
Establish clear criteria for bodyshops joining your network. These should include: BS10125 certification or equivalent quality management system, appropriate insurance cover, facility standards (spray booth, jig equipment, ADAS calibration capability), capacity commitments, and geographic coverage. The SLA terms should specify key-to-key targets by repair complexity, communication requirements, and quality standards.
Replace manual or relationship-based allocation with a system that routes repairs based on objective criteria. The allocation algorithm should consider: bodyshop current capacity and workload, historical key-to-key performance, geographic proximity to the claimant (minimising inconvenience), capability for the specific repair (manufacturer approvals, specialist equipment), and the bodyshop's re-work rate. Provide handlers with a ranked list of suitable bodyshops rather than relying on memory or preference.
Define the key milestones in the repair process and require bodyshops to update status at each stage: vehicle received, damage assessed, parts ordered, parts received, repair in progress, paint stage, quality check, repair complete, vehicle ready for collection. Each milestone should trigger an SLA timer and an automated status update to the claimant. Delays at any milestone should generate alerts to the AMC handler.
Not every vehicle that enters the bodyshop should be repaired. If the repair cost is likely to exceed the vehicle's pre-accident value, the vehicle is an economic total loss. The workflow should flag potential total losses based on the initial damage assessment and route them for engineer inspection before repair work begins. Early identification avoids wasted repair costs and reduces the credit hire period.
Parts delays are the most common cause of extended repair times. The workflow should track parts orders placed by the bodyshop, expected delivery dates, and any back-order situations. When parts delays occur, the system should record the reason (for use in defending the hire period) and prompt the handler to explore alternatives — equivalent parts, manufacturer priority orders, or transfer to another bodyshop with the parts in stock.
Implement a structured audit programme that reviews bodyshop quality on a regular cycle. Audits should cover: facility standards, equipment calibration records, adherence to manufacturer repair methods, completed repair quality (using independent inspections), customer feedback, and complaint history. Score each bodyshop and use the results to inform work allocation weighting and network retention decisions.
Configure automatic updates to the claimant at each repair milestone: vehicle received by the bodyshop, repair started, expected completion date, repair complete, and vehicle ready for collection. Proactive communication dramatically reduces inbound calls asking for updates and improves customer satisfaction. Include a direct contact number for the AMC handler in case the claimant has questions.
Key-to-key time measures the total period from when the vehicle enters the bodyshop to when it is returned to the customer. This is more meaningful than repair-only time because it includes assessment delays, parts waiting time, and collection logistics. It also directly correlates with credit hire duration. Track and benchmark key-to-key times by repair complexity category.
Modern vehicles — particularly those with advanced driver assistance systems (ADAS), aluminium construction, or high-strength steel — require specific repair methods to maintain structural integrity and safety system function. Ensure your network bodyshops follow manufacturer repair procedures and have the necessary equipment. A repair that does not follow approved methods can void the vehicle's warranty and create liability issues.
A repaired vehicle may be worth less than an identical unrepaired vehicle — this is diminution in value (DIV). Claimants have a right to claim DIV from the at-fault insurer, and AMCs should advise claimants of this right. Some AMCs handle DIV claims as part of their service, which adds value for the claimant and can generate additional recoverable revenue.
When a completed repair does not meet the required standard, the AMC needs a documented escalation process. This should include: immediate notification to the bodyshop with specific defects identified, a deadline for rectification, an independent re-inspection after rectification, and a formal process for removing bodyshops from the network if quality failures persist. The Consumer Rights Act 2015 gives the customer the right to have the service performed again at no additional cost if it was not carried out with reasonable care and skill.
Allocation is data-driven rather than based on handler preference or relationships.
Vehicle received, assessed, parts ordered, repair started, painted, QC passed, ready for collection.
Independent inspections of completed repairs supplement bodyshop self-assessment.
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See how SwiftCase helps accident management companies allocate repairs intelligently, track key-to-key times, and maintain quality standards across their bodyshop network.
