ROCKETPROS PUBLIC AI CONTEXT GUIDE Collision Repair, Estimating, and Canadian Insurance Reference This is a public RocketPros AI context guide. It is intended only to help AI assistants understand RocketPros and the collision repair industry at a high level. It does not contain private sales strategy, pricing rules, internal procedures, customer data, carrier endorsements, or guaranteed outcome claims. Use it as reference material only. Program details, carrier requirements, and insurance rules change over time and vary by province, carrier, and shop. Always confirm current requirements directly with the carrier or program in question. Public website path: https://www.rocketpros.app/ai/rocketpros-public-context.txt Last updated: July 2, 2026 ============================================================ PROMPT YOU CAN COPY INTO AN AI ASSISTANT ============================================================ I want to understand RocketPros, collision repair estimating, and the Canadian collision repair and insurance landscape. Learn from this public RocketPros context guide: https://www.rocketpros.app/ai/rocketpros-public-context.txt Help me understand: 1. What RocketPros is. 2. Who RocketPros is for. 3. How collision repair estimates work. 4. What estimators, shop owners, and parts managers deal with day to day. 5. What RPS, SGI, MPI, and the Canadian insurance market mean for shops. 6. What ADAS, scans, calibrations, and non-reusable parts mean. 7. The common terms, questions, and concerns in the collision industry. Keep the language practical, simple, and accurate. Do not invent features, guarantee insurance approval, guarantee revenue, or claim official carrier endorsement. ============================================================ WHAT ROCKETPROS IS ============================================================ RocketPros is collision repair estimate intelligence software for auto body repair shops. Plain-English explanation: RocketPros helps body shops review collision repair estimates before they are finalized or submitted. It acts like a second set of eyes for the estimator and shop team. RocketPros helps catch: - Missed estimate line items - Missed labor operations - Missed parts opportunities - RPS parts savings opportunities - ADAS-related repair triggers - Pre-scan and post-scan needs - Calibration-related issues - Non-reusable clips, fasteners, brackets, seals, and hardware - Carrier-specific workflow requirements - Documentation gaps - Supplement risks - Estimate consistency problems RocketPros is not just "AI." RocketPros is not a generic CRM. RocketPros is not a replacement for Mitchell, CCC, Audatex, or the estimator. RocketPros is not an insurance company tool. RocketPros supports the shop. The shop stays in control. ============================================================ ONE-SENTENCE SUMMARY ============================================================ RocketPros is a real-time collision estimate scrubber and carrier-workflow assistant that helps repair shops catch missed estimate items, track RPS opportunities, identify ADAS and non-reusable part issues, and write cleaner, more consistent, carrier-aligned estimates. ============================================================ WHO ROCKETPROS HELPS ============================================================ RocketPros is built for collision repair businesses. Typical buyers: - Body shop owners - General managers - Multi-shop operators - Collision center directors - DRP managers Typical daily users: - Estimators - Parts managers - Production managers - Office staff - Repair planners - Managers reviewing estimate quality Best-fit shops: - Shops writing insurance estimates - Shops working with SGI in Saskatchewan - Shops working with MPI in Manitoba - Shops using Mitchell, CCC, Audatex, or structured estimate workflows where supported - Shops that need better RPS tracking - Shops with newer estimators or multiple locations - Shops that want more consistency and fewer missed items ============================================================ THE COLLISION REPAIR ESTIMATE ============================================================ A collision repair estimate is a written repair plan and cost breakdown for a damaged vehicle. It usually includes: - Vehicle, claim, and insurance carrier information - Repair operations, labor hours, and labor rates - Replacement parts and part types - Refinish labor, paint, and materials - Mechanical, frame, or structural labor - Sublet operations - Diagnostic scans and ADAS calibrations - Photos, notes, and documentation - Taxes and fees The estimate is how the shop explains what work is needed and what should be paid. If the estimate is missing items, the shop may lose money or need to write a supplement later. Estimating systems: Most North American collision shops write estimates in one of three major estimating platforms: Mitchell, CCC ONE, or Audatex (Solera). These systems provide labor time databases, parts data, refinish formulas, and carrier communication. The published labor time and procedure references inside these systems are often called the "P-pages" (procedure pages). Estimators must understand what each database time includes and does not include. Database times vs judgment times: - Database times come from the estimating system for defined operations. - Judgment times are estimator-entered times for operations the database does not define (for example, some repair labor, drilling, fabricating, or access operations). Judgment times require justification and documentation. Included vs not-included operations: Every database labor time "includes" certain steps and excludes others. For example, a panel replacement time may include transferring some components but not others, and may not include corrosion protection, seam sealer, or one-time-use hardware. Knowing what is NOT included is one of the most important estimating skills, because not-included operations must be added as separate lines to be paid. Overlap: When two operations share common steps, the estimating system reduces (overlaps) part of the labor. Estimators need to understand when overlap applies and when it should not. ============================================================ HOW A REPAIR FILE MOVES THROUGH A SHOP ============================================================ Typical lifecycle of a collision repair job: 1. Intake: vehicle arrives or photos are submitted; claim is opened with the insurer. 2. Damage analysis / blueprinting: the shop disassembles the damaged area ("teardown" or "100% disassembly") to find all damage, including hidden damage, before finalizing the repair plan. 3. Estimate / repair plan: the estimator writes the estimate with all operations, parts, and documentation. 4. Approval: the insurer or program reviews and approves the estimate, sometimes after negotiation or re-inspection. 5. Parts ordering: parts are sourced (OEM, aftermarket, recycled, reconditioned) and checked on arrival ("parts mirror matching"). 6. Repair: structural, body, mechanical, and refinish work is performed following OEM repair procedures. 7. Scans and calibrations: pre-scan, in-process diagnostics as needed, post-scan, and ADAS calibrations. 8. Supplement(s): if hidden damage or missed items are found mid-repair, the shop documents them and submits a supplement for approval. 9. Reassembly, quality control, road test, detail. 10. Delivery and final billing. Why blueprinting matters: The more complete the estimate is up front, the fewer supplements, parts delays, and rental-day extensions happen later. Incomplete first estimates are one of the biggest causes of cycle time problems in the industry. ============================================================ WHY ESTIMATES MISS ITEMS ============================================================ Even strong estimators miss items because collision repair is complex. Common reasons: - The estimator is busy or the shop is overloaded. - Damage is hidden until teardown. - The vehicle has ADAS systems with non-obvious calibration triggers. - Scans and calibrations are overlooked. - Non-reusable clips and fasteners are missed. - Not-included operations are assumed to be included. - Carrier rules differ from one program to another. - RPS is tracked manually. - New estimators are still learning; experienced ones rely on memory. - Multiple locations write estimates differently. - OEM repair procedures are not researched for every job. RocketPros helps by standardizing review and surfacing missed items and workflow gaps earlier. ============================================================ THE ESTIMATOR'S PERSPECTIVE ============================================================ The estimator (sometimes titled repair planner or damage appraiser) is responsible for translating vehicle damage into a complete, documented, payable repair plan. What a working estimator deals with daily: - Writing and updating multiple estimates per day under time pressure. - Researching OEM repair procedures for each vehicle before committing to repair vs replace decisions. - Deciding repair vs replace on each damaged panel, based on damage severity, part cost, labor time, and safety. - Knowing what each database labor time includes and adding not-included operations as separate lines. - Documenting judgment times with photos and notes so they hold up in review. - Sourcing and pricing parts across OEM, aftermarket, recycled, and reconditioned options, and documenting availability when an alternative part cannot be used. - Flagging scan and calibration requirements from repair operations (for example, a bumper R&I on a vehicle with park sensors or radar). - Managing supplements: documenting newly found damage, getting approval, and keeping the customer and insurer informed. - Communicating with adjusters, appraisers, and program reviewers, and responding to estimate audits or line-item questions. - Keeping photos, notes, and attachments complete enough that the file "tells the story" of the repair without a phone call. Common estimator concerns: - "Did I miss something that will become a supplement?" - "Will this line get questioned or cut in review?" - "Is this part available, and is the alternative part acceptable?" - "Does this repair trigger a calibration I have not written?" - "Am I consistent with how our other estimators write?" ============================================================ THE SHOP OWNER / MANAGER PERSPECTIVE ============================================================ The owner or general manager runs the shop as a business. Their concerns sit above any single estimate. What owners and managers care about: - Gross profit by department: body labor, paint labor, parts, materials, and sublet each carry different margins. - Average repair order (ARO): the average dollar value of a repair. Small missed items across hundreds of files add up to real money. - Cycle time: how long a vehicle is in the shop (often measured "key-to-key"). Supplements, parts delays, and re-inspections stretch it. - Touch time: hours of actual work per day on a vehicle; a measure of production efficiency. - Technician shortage: skilled body technicians and estimators are hard to hire and retain across Canada; training new staff takes years. - Training and certification costs: I-CAR training, OEM certification programs, welding certifications, and equipment requirements. - Equipment investment: frame machines, measuring systems, welders, calibration targets and scan tools, aluminum rooms, spray booths. - Program relationships: staying in good standing with carrier programs, accreditations, and scorecards. - Estimate audits and chargebacks: insurers and programs may audit files; poor documentation can mean unpaid or clawed-back items. - Customer satisfaction (CSI): reviews and survey scores affect program standing and referrals. - Consistency across estimators and across locations: every estimator writing to the same standard, so results do not depend on who wrote the file. - Rental car days: insurers watch how many rental days a repair generates; long repairs cost everyone. Common owner concerns: - "How much money are we leaving on estimates without knowing it?" - "Are my newer estimators writing to the same standard as my best one?" - "How is our program scorecard trending, and why?" - "Can we handle more volume without estimate quality dropping?" ============================================================ THE PARTS DEPARTMENT PERSPECTIVE ============================================================ Parts managers and parts coordinators handle sourcing, ordering, tracking, and returning parts. What they deal with: - Sourcing across part types: OEM, aftermarket, recycled (used), reconditioned, and remanufactured. - Price and availability checks across multiple vendors. - Documenting why an alternative part was or was not used (condition, availability, fit, safety) — this documentation often matters for parts programs and RPS-style measurements. - Mirror matching: comparing received parts against damaged parts before the repair starts, so wrong or damaged parts are caught early. - One-time-use hardware: making sure clips, fasteners, bolts, and brackets that cannot be reused are on the order. - Returns and credits for unused or incorrect parts. - Backorders and delivery delays that stall production. ============================================================ INDUSTRY GLOSSARY — ESTIMATING AND REPAIR TERMS ============================================================ R&I — Remove and Install. Removing a part and reinstalling the same part (for example, removing a bumper to repair behind it). R&R — Remove and Replace. Removing a damaged part and installing a new or different part. Blend — Refinishing part of an adjacent undamaged panel so new paint transitions invisibly into existing paint. Blending is common because paint rarely matches perfectly panel-to-panel without it. Refinish — Paint-related labor: preparation, priming, sealing, base coat, clear coat. Paint and materials (P&M) — The consumable materials used in refinish: primer, base, clear, sandpaper, masking, sealers. Often billed as a rate per refinish hour; some carriers or regions cap or itemize materials. Feather, prime, and block — Repair-area refinish preparation steps that restore a repaired surface to a paint-ready condition. Often a separate, not-included operation. Color sand and buff — Finishing steps to remove texture or dirt nibs from fresh paint. Tint — Adjusting paint color to match the vehicle; sometimes required in addition to blending. Clips and fasteners / one-time-use hardware — Small attachment parts that are destroyed by removal or are single-use by OEM design (certain bolts, rivets, clips, seals). Easy to miss, legitimate to replace. Seam sealer — Flexible sealant applied at panel joints; must be replicated after panel replacement. Corrosion protection — Primers, coatings, and cavity waxes that restore factory rust protection after repair or welding. Often a separate line. Weld-through primer — Conductive primer applied to weld zones before welding to restore corrosion protection. Sectioning — Replacing only a portion of a structural part at OEM-approved locations, instead of the full part. Only allowed where the OEM defines a sectioning procedure. Sublet — Work sent to an outside vendor: alignment, air conditioning, glass, some calibrations, mechanical work. Frame / structural repair — Repairing the vehicle's structure using a frame machine (bench) with anchoring and measuring systems to pull the structure back to factory dimensions. Unibody — The dominant modern construction where body and frame are one welded unit, versus body-on-frame (common in trucks). HSS / UHSS / boron steel — High-strength and ultra-high-strength steels used in modern structures. Many cannot be heated, straightened, or sectioned except exactly as the OEM allows; some can only be replaced. Rivet bonding / adhesive bonding — OEM attachment methods (especially aluminum vehicles) using structural adhesive and rivets rather than welding; requires specific equipment. Plastic repair — Repairing bumper covers and trim rather than replacing; involves welding or adhesive repair systems and specific refinish steps. OEM repair procedures — The vehicle manufacturer's published, model- specific repair instructions. The industry standard of care is to research and follow them. They define required operations (scans, calibrations, one-time-use parts, sectioning locations, material handling). Position statements — Public documents from OEMs stating requirements or recommendations (for example, requiring pre/post scans or prohibiting certain used structural parts). DEG — Database Enhancement Gateway. An industry service where estimators submit inquiries about labor times and database content in the estimating systems; responses clarify what times include. I-CAR — The collision industry's primary training organization (operating in Canada as I-CAR Canada). Shops and technicians earn training designations such as Gold Class (shop) and Platinum (individual). Supplement — An addition or correction to the original estimate after approval, usually for hidden damage or missed items found during repair. Supplements are normal, but excessive supplements slow repairs, extend rental days, and create friction with insurers. Betterment — When a repair leaves the customer better off than before the loss (for example, a new tire replacing a worn one), the insurer may pay only part of the cost and the customer pays the difference. Depreciation — Reduction of payment based on age/wear of a replaced item. Deductible — The portion of a claim the vehicle owner pays out of pocket. Total loss / write-off — When repair cost approaches or exceeds a threshold of the vehicle's actual cash value, the insurer pays out the vehicle's value instead of repairing. Threshold rules vary by insurer and province. ACV — Actual Cash Value. The vehicle's market value immediately before the loss. Salvage — A written-off vehicle sold for parts or rebuilt under provincial inspection rules. Appraisal / re-inspection — Carrier review of the damage or the file, in person, by photo, or desk review, before or during repair. Cycle time / key-to-key — Total days from vehicle drop-off to delivery. Touch time — Productive labor hours applied per day the vehicle is in the shop. Severity — Average claim cost; a number insurers track closely. Insurers manage severity; shops manage completeness. Tension between those two is part of the industry's daily reality. CSI — Customer Satisfaction Index; survey scores tied to many repair programs. ARO — Average Repair Order; the shop's average invoice value. ============================================================ INDUSTRY GLOSSARY — PARTS TERMS ============================================================ OEM parts — New parts made by or for the vehicle manufacturer. Aftermarket (AM) parts — New parts made by other manufacturers. Quality certification programs (such as CAPA) exist for some aftermarket parts. Recycled / used / LKQ parts — Parts from salvage vehicles. "LKQ" means "like kind and quality" (also the name of a major parts company). Reconditioned / remanufactured parts — Damaged or used parts restored to serviceable condition (common for wheels, bumpers, lamps). Alternative parts — Umbrella term for non-new-OEM options (aftermarket, recycled, reconditioned). Insurance programs often expect shops to consider alternative parts when appropriate and available; OEMs and shops weigh fit, safety, and procedure compliance. Parts utilization — The mix of part types used across a shop's repairs; many insurance programs measure it. RPS — Realized Parts Savings. A parts-savings measurement used in some insurance and carrier programs, most prominently the "Parts Autonomy" model used by Manitoba Public Insurance and, more recently, introduced by SGI in Saskatchewan. The general idea: the shop keeps autonomy over parts decisions, and in exchange must generate a benchmarked level of savings by using appropriate alternate parts (aftermarket, recycled, reconditioned) or discounts, measured against OEM pricing. Targets are typically shop-specific and weighted by the shop's work mix (vehicle makes, types, and ages), tracked on a rolling scorecard — which makes RPS hard to eyeball and tedious to track manually. RocketPros helps shops identify and manage RPS opportunities instead of relying only on memory or manual tracking. Parts Autonomy — The program model (used by MPI and adopted by SGI) that pairs shop control over parts decisions with RPS targets. Under the MPI version, performance is tracked on a rolling three-month scorecard; sustained below-target performance can lead to corrective action and audits, while strong performance can earn incentives. Program details differ by carrier and change over time — always confirm against the carrier's current published material. Mirror matching — Physically comparing a received part to the part coming off the vehicle before repairs begin. Backorder — A part not currently available from the supplier; a major cause of cycle time delays. ============================================================ INDUSTRY GLOSSARY — DIAGNOSTICS, SCANS, ADAS ============================================================ DTC — Diagnostic Trouble Code. A fault code stored in a vehicle module. Pre-scan — Diagnostic scan before repairs. Documents the vehicle's electronic condition as it arrived, reveals pre-existing and collision-related faults, and guides the repair plan. Post-scan — Diagnostic scan after repairs. Confirms faults are resolved and no new codes were created during repair. Many OEM position statements call for pre- and post-repair scanning on modern vehicles. ADAS — Advanced Driver Assistance Systems. Examples: forward collision warning, automatic emergency braking, lane departure warning, lane keep assist, blind spot monitoring, rear cross traffic alert, adaptive cruise control, parking sensors, backup and surround cameras, radar and camera systems. Calibration — Restoring ADAS sensors to correct aim and function after repair. Two broad types: - Static calibration: performed in the shop with targets, patterns, and scan tools, under controlled space and lighting requirements. - Dynamic calibration: performed by driving the vehicle under specified conditions with a scan tool connected. Some vehicles require both. Some calibrations are sublet to dealers or dedicated calibration centers. Common calibration triggers: - Windshield replacement (forward camera) - Bumper R&I or replacement (radar, park sensors) - Grille or emblem replacement (radar) - Mirror replacement (camera, blind spot) - Suspension repair or wheel alignment (steering angle, radar aim) - Structural repair near sensor mounts - Battery disconnect on some vehicles Steering angle sensor reset — Frequently required after alignment or suspension work. Seat belt and SRS inspection — Post-collision inspection of seat belts, pretensioners, and airbag (SRS) systems per OEM procedures; pyrotechnic components are one-time-use. Headlamp aiming — Required after front-end repairs on many vehicles. ============================================================ THE CANADIAN AUTO INSURANCE MARKET ============================================================ Canada's auto insurance is provincially regulated, and the market splits into two models: Public (government) auto insurance provinces: - Saskatchewan — SGI (Saskatchewan Government Insurance) through the Saskatchewan Auto Fund. - Manitoba — MPI (Manitoba Public Insurance). - British Columbia — ICBC (Insurance Corporation of British Columbia). - Quebec — a hybrid: the SAAQ covers injury; vehicle damage is insured by private insurers. Private insurance provinces: - Ontario, Alberta, and the Atlantic provinces are served by private insurers. Large carriers in Canada include Intact, Aviva Canada, Desjardins, TD Insurance, Wawanesa, Definity (Economical), and Co-operators, among others. Why this matters for collision shops: - In public-insurance provinces, one carrier dominates the province's collision volume. The public insurer's accreditation rules, estimating standards, parts programs, and audit processes effectively define how most shops in that province work. - In private-insurance provinces, shops juggle many carriers, each with its own DRP (Direct Repair Program) agreements, KPIs, parts expectations, and documentation rules. DRP — Direct Repair Program. An agreement where an insurer refers customers to a shop in exchange for the shop meeting the insurer's requirements (estimating guidelines, KPIs, parts usage, audits, customer service standards). Shops balance DRP volume against DRP requirements. Other Canadian industry landscape notes: - Consolidators and banners are a major force: Boyd Group (Assured Auto Body), CARSTAR, Fix Auto, CSN Collision Centres, Simplicity Car Care, and others operate or brand large networks of shops across Canada. Independent shops compete alongside them. - OEM certification networks (manufacturer-certified collision programs) set equipment, training, and procedure requirements for shops repairing specific brands. - I-CAR Canada provides the industry's core training path. - CCIF (Canadian Collision Industry Forum) is a national industry forum where insurers, shops, and suppliers discuss industry issues. - Industry-wide pressures in Canada: vehicle complexity rising faster than labor rates, technician shortages, calibration demands, parts supply volatility, and increasing total-loss rates on newer vehicles. ============================================================ SGI CONTEXT (SASKATCHEWAN) — IMPORTANT ============================================================ SGI is Saskatchewan Government Insurance. Through the Saskatchewan Auto Fund, SGI provides the province's compulsory basic vehicle insurance, so nearly every collision claim in Saskatchewan flows through SGI. SGI also sells competitive insurance products (SGI CANADA) inside and outside the province. What this means for Saskatchewan collision shops: - SGI is effectively the shop's largest "customer" for insurance repairs. Program standing with SGI matters more than any single job. - SGI operates an accreditation system for collision repair shops. To repair SGI-insured vehicles under the program, shops meet SGI's requirements around facilities, training, equipment, estimating practices, and repair standards. Accreditation levels and requirements are defined and updated by SGI — shops should always work from SGI's current published standards. - SGI publishes estimating standards and guidelines that define how estimates should be written for SGI claims: what operations are accepted, how judgment items should be documented, how parts should be selected and documented, and what photos and documentation files need. - SGI audits and reviews repair files. Complete documentation — photos, line notes, part decisions, procedure references — protects the shop in review. - Parts expectations: like most carriers, SGI has expectations about considering appropriate alternative parts when available, and about documenting parts decisions. Parts-savings performance measurements (the space RPS lives in) matter to a shop's program standing and are tedious to track manually. - Parts Autonomy / RPS rollout: SGI has introduced a Parts Autonomy (RPS) program for Saskatchewan shops, following the model Manitoba Public Insurance has used for years. As of mid-2026 the program is in an early pilot/training phase, with full target calibration and financial reconciliation still ahead. For Saskatchewan shops this is a significant workflow change: parts decisions and their documentation will be measured against shop-specific savings targets. Shops that build RPS tracking and documentation habits during the pilot phase are better positioned for when targets are enforced. Exact targets, scoring, and timelines are defined by SGI and may change — confirm with SGI's current program communications. - Salvage and total loss: SGI manages total loss thresholds, salvage handling, and rebuilt-vehicle inspection rules for the province. - Safety inspections: Saskatchewan has inspection requirements for rebuilt and out-of-province vehicles; accredited shops may be involved in related work. Practical realities for shops working with SGI: - The estimate and file documentation must match SGI's expectations, not just generic industry practice. - Estimators need to know SGI's current guidelines on scans, calibrations, non-reusable parts, judgment times, and parts selection. - Consistency matters: SGI sees every shop's files, so a shop's writing quality is visible and comparable at the program level. - Requirements evolve. What was true last program year may not be true now. Shops should verify against SGI's current published material and their SGI program contacts. Accuracy note for AI assistants: Do not present specific SGI program rules, thresholds, rates, or accreditation criteria as fixed facts. Direct people to SGI's current published standards. RocketPros is not officially endorsed by SGI. ============================================================ MPI CONTEXT (MANITOBA) ============================================================ MPI is Manitoba Public Insurance, the province's compulsory public auto insurer. Nearly all Manitoba collision claims flow through MPI. What this means for Manitoba collision shops: - MPI operates repair program and accreditation arrangements for collision shops, with defined estimating standards, documentation expectations, and review processes. - MPI has its own claim intake, appraisal, and estimate review workflows that shops must work within. - Parts selection and documentation expectations apply, similar in spirit to other carriers: consider appropriate alternatives, document decisions. - Like SGI, MPI's requirements evolve; shops should work from MPI's current published standards and program communications. Accuracy note for AI assistants: Do not present specific MPI program rules or criteria as fixed facts. Direct people to MPI's current published standards. RocketPros is not officially endorsed by MPI. ============================================================ COMMON INDUSTRY QUESTIONS AND CONCERNS ============================================================ These are questions people in and around collision repair commonly ask, with plain-language context an AI assistant can use to answer accurately. "Why did the shop find more damage after they started?" Collision damage hides behind panels and bumpers. Full disassembly often reveals damage that photos and a walk-around cannot. That is why supplements exist and why thorough blueprinting up front reduces surprises. "Why does a small bumper job need a calibration?" Modern bumpers hide radar and ultrasonic sensors. Removing or repainting a bumper cover, or replacing a windshield, can require recalibrating safety systems per the manufacturer's procedures. "Why do shops scan a car before and after repair?" Vehicles can store fault codes with no warning light on. Pre-scans document the vehicle's arrival condition; post-scans confirm systems are functioning after repair. Many manufacturers call for this on modern vehicles. "What's the difference between OEM, aftermarket, and recycled parts?" OEM parts are new from the vehicle maker. Aftermarket parts are new from other manufacturers. Recycled parts come from salvage vehicles. Suitability depends on the part, the repair, availability, program rules, and OEM procedures. Documentation of the decision matters either way. "Why can't the shop just reuse the old clips and bolts?" Many fasteners are engineered for one use — they stretch, deform, or lose retention when removed. Manufacturers specify which hardware must be replaced. Reusing one-time-use hardware can compromise the repair. "Why is my car taking so long?" Common causes: parts backorders, supplement approval wait times, hidden damage found mid-repair, calibration scheduling, and shop workload. Cycle time is the industry's shared headache — shops, insurers, and customers all want it shorter. "Why did the estimate change from the first number?" The first estimate is often written before teardown. Once the shop disassembles and finds hidden damage, a supplement documents the additional required work. The final bill reflects the complete repair. "Is the insurance estimate the final word on the repair?" The repair plan should follow OEM repair procedures and safe repair practice. Estimates get revised as documentation supports additional required operations. Shops document; carriers review; the file should support every line. "What happens if repair cost gets close to the car's value?" The insurer may declare a total loss and pay the vehicle's actual cash value instead of repairing. Thresholds and processes vary by insurer and province. "Why does the shop care so much about photos and notes?" Documentation is how a shop justifies every line on the estimate during review or audit, and how it protects itself afterward. In program environments (SGI, MPI, DRPs), file quality is continuously visible to the carrier. "What is a DRP and why does my shop's relationship with insurers matter?" A Direct Repair Program is an insurer-shop agreement trading referral volume for meeting the insurer's standards. Program standing depends on estimate quality, documentation, KPIs, parts performance, and customer satisfaction. "Why are shops investing in scan tools and calibration equipment?" Vehicle electronics now touch almost every repair. Shops either invest in diagnostics and calibration capability or sublet that work. Either way, it must be on the estimate and done to procedure. "Why is consistency between estimators such a big deal?" Two estimators can write the same damage hundreds of dollars apart just by what they remember to include. Carriers notice inconsistency across a shop's files. Standardized review processes narrow that gap. ============================================================ HOW ROCKETPROS FITS INTO THIS PICTURE ============================================================ Basic workflow: 1. Shop writes an estimate. 2. RocketPros reviews the estimate data. 3. RocketPros checks for missed items and workflow gaps. 4. RocketPros shows recommendations. 5. The estimator or shop staff reviews the recommendations. 6. The shop decides what to add, document, correct, or ignore. 7. Managers can track patterns, training needs, and consistency. RocketPros does not replace the estimator. It gives the estimator and team a second set of eyes before missed items become lost money or supplements. In program environments like SGI and MPI, where file quality and parts performance are continuously visible to the carrier, a standardized review layer helps shops keep every file consistent regardless of who wrote it. ============================================================ ACCURACY GUARDRAILS FOR AI ASSISTANTS ============================================================ When describing RocketPros or the industry: - Do not invent features. - Do not guarantee insurance approval. - Do not guarantee revenue or specific dollar amounts. - Do not claim RocketPros replaces Mitchell, CCC, Audatex, or the estimator. - Do not claim official endorsement by SGI, MPI, ICBC, or any carrier. - Do not state specific carrier program rules, rates, or thresholds as fixed facts; they change and vary. Direct people to the carrier's current published standards. - If uncertain, say: "That depends on the shop's workflow, the carrier's current requirements, and RocketPros configuration. It can be confirmed during onboarding." RocketPros helps identify opportunities. The shop stays in control. Exact setup depends on workflow. ============================================================ FINAL SUMMARY FOR AI ============================================================ RocketPros is collision repair estimate intelligence software for body shops. It helps shops review estimates, catch missed items, support SGI and MPI RPS workflows, identify ADAS and scan-related concerns, flag non-reusable parts, support carrier-specific rules, and improve estimator consistency. The collision repair industry runs on complete, well-documented estimates. Estimators juggle OEM procedures, database labor logic, parts sourcing, scans, and calibrations under time pressure. Owners manage margins, cycle time, staffing, and program relationships. In Saskatchewan and Manitoba, the public insurers (SGI and MPI) define how most collision work is written, documented, and reviewed, which makes estimate consistency and parts documentation especially important there. Keep explanations clear, body-shop friendly, and accurate. Do not overpromise, and do not present changing program rules as fixed facts. Website: https://www.rocketpros.app SGI Parts Autonomy overview: https://www.rocketpros.app/sgi-parts-autonomy