SaaS vs Custom

4-bay suburban tyre shop (45 employees, $850k annual revenue). Current workflow: customer walks in ("I need new tyres"). Salesman: "what vehicle?" Customer: "2016 Toyota Corolla." Salesman: unclear fitment (Corolla comes in multiple trim levels, tyre sizes vary: 195/65R15 vs 205/60R16). Salesman guesses: "let's try 195s" (pulls Kumho 195/65R15 from shelf, $320 per tyre). Customer buys 4 ($1.28k). Customer drives home (feels slightly off). Next week: customer returns ("tyres rubbing, they feel wrong"). Salesman checks: "oh mate, your Corolla is a Sportivo, needs 205/60R16, the 195s were too narrow." Refund: $1.28k (margin lost $280). Customer goes elsewhere. Current POS system (Tyrelife): tracks inventory (quantity of 195/65R15 in stock), processes payments, generates invoices. Does NOT do: fitment lookup (still guess via customer description), alignment booking (customer books at competitor), brake inspection (manual, unsystematic), rotation reminders (zero automation = one-time customer, never returns). Annual pain: (1) margin loss on wrong-size refunds (5–10 per month × $280 avg margin = $1.4k–$2.8k monthly = $16.8k–$33.6k annually), (2) rotation revenue left on table (50 customers per month, 50% recall rate = 25 rotations, $180 per rotation = $4.5k monthly = $54k annually [if 100% recall]), (3) wheel alignment lost (customer books at competitor, $300 per alignment × 10/month = $3k monthly = $36k lost annually), (4) brake inspection risk (no systematic checks, customer safety risk, shop liability if brake failure post-sale, insurance premiums rising), (5) fleet contract chaos (one fleet customer, 30 vehicles, 3-month rotation needs, managed via email + spreadsheet = 10 hours admin/month = $800 labor cost, error-prone, recurring revenue fragile), (6) Tyrelife cost ($700/month = $8.4k/year), but doesn't solve core problems. Owner calculates: annual friction = $33.6k margin loss + $54k rotation revenue forgone + $36k alignment revenue lost + $8.4k Tyrelife cost + $9.6k fleet admin burden = **$141.6k total friction**. Owner researches: custom tyre shop software. Owner finds: fitment lookup via vehicle registration (VIN decoder + fitment database), integrated wheel alignment booking, brake inspection checklist with photos, SMS rotation reminders (automated 6-month cycles), fleet B2B portal (fleet manager self-service), supplier ordering automation. Owner evaluates: "$12k custom build + $1.5k/year ops = $13.5k year 1 investment." Owner projects: year 1 value = margin loss prevention ($16.8k, half the annual worst-case), rotation revenue uplift ($27k, 50% of $54k potential), alignment revenue recapture ($18k, half of $36k potential), fleet admin labor savings ($4.8k, partial 50%), minus $13.5k investment = **$52.9k year 1 net value**. Year 2+: $52.9k recurring (investment amortized). Owner approves: custom build (8-week timeline). Month 3: system launches. First customer: 2016 Toyota Corolla owner (reg JC16 VGV). Workflow: customer arrives. Salesman: "reg?" Customer: "JC16 VGV." Salesman enters: system looks up (2016 Toyota Corolla Sportivo, fitment = 205/60R16, load index 91 [H, passenger vehicle], speed index H [210 km/h]). System displays: "Corolla Sportivo fitment: 205/60R16, recommended tyre = Michelin Primacy 4, $385/tyre, or Kumho Solus, $320/tyre." Salesman shows customer (fitment confirmed, price options clear). Customer buys: Michelin Primacy 4 (4 × $385 = $1.54k, shop margin $380). Installation: technician logs in (customer ID, tyre batch). Wheel alignment: included (technician performs 4-wheel alignment, 45 mins, system logs time). Brake inspection: technician photographs brake pads (wear %), customer shown (transparency). System calculates: pads 60% worn, due 6 months. SMS scheduled: "Corolla JC16 VGV — tyres due rotation in 6 months [2026-12-13]. Click to book [link]." Job completes: customer pays $1.54k (tyres) + $150 (alignment included) = $1.69k total. 6 months later: customer receives SMS reminder (2026-12-13). Customer clicks: books rotation (2026-12-15). Technician rotates: 4 tyres (cross-pattern, balanced wear). Customer pays: $180 rotation fee. Year 1 recap: 4-bay shop, 20 customers/month. Month 3 launch: 10 customers booked (fitment lookup used 10/10 times, zero wrong-size refunds). Alignment revenue: 10 alignments × $150 = $1.5k (captured). Fleet contract (month 4): "LogisticsCo" (24 vehicles, Hiace vans, 3-month rotation). Fleet manager: logs into B2B portal. Portal shows: 24 vehicles, rotation schedule (Vehicle #1 due 2026-08-01, Vehicle #2 due 2026-08-10, etc.). Manager orders: batch rotation (24 vehicles × 4 tyres = 96 changeovers). System calculates: cost $6.4k (system wholesaler API). Invoice generated: net 30 (fleet terms). Shop schedules: 96 changeovers, 2 technicians, 5 days (20 per day). Fleet manager billed: $6.4k (invoice auto-sent). Rotation scheduled: recurring, every 3 months ($6.4k × 4 cycles = $25.6k annual fleet revenue, predictable). Brake inspection: 24 vehicles checked, 5 need brake pads (upsell $180 each = $900 additional). Admin burden: 30 mins per quarter (vs 10 hours before = 9.5 hours freed per quarter = $760/quarter = $3k annual labor savings). Month 6 metrics: (1) 30 individual customers served, zero wrong-size refunds (fitment lookup prevented 3–5 potential refunds = $840–$1.4k margin saved). (2) Rotation reminders: 18 customers received SMS (month 3 launches + 3-month lag = 18 SMS at month 6), 15 booked rotation (83% recall rate vs 10% manual = +$2.7k rotation revenue month 6 = +$5.4k incremental annualized). (3) Alignment revenue: 30 alignments × $150 = $4.5k (recaptured, vs $0 competitor loss). (4) Fleet rotation: 1 contract, 96 changeovers month 4 + 96 changeovers month 5 + 96 changeovers month 6 = 288 changeovers × $150 labor + parts margin = $43.2k revenue, locked recurring. (5) Brake sales: 8 customers upsell brake pads ($180 × 8 = $1.44k margin). (6) Admin labor: fleet contract now 30 mins/quarter (vs 10 hours = 9.5 hours freed = $760 quarterly = $3k annual). System payback: month 6 shows $52.9k year 1 value (margin prevention + rotation uplift + alignment recapture + admin savings) vs $13.5k investment = **300% year 1 ROI, payback in 8 weeks**. **Value: fitment lookup eliminates wrong-size refunds (registration-based = zero guessing), rotation reminders drive recurring revenue (SMS automation = 83% recall rate vs 10% manual = $54k annual uplift potential), alignment integration captures lost services (customer stays in-house, +$36k annual), fleet B2B portal locks recurring contracts (automatic billing, 3-month cycles = predictable revenue).**

Six Features Custom Tyre Shop Software Delivers

1. Vehicle Registration Fitment Decoder — VIN/Reg Lookup, Tyre Size, Load Index, Speed Rating, Fitment Type (Sedan/SUV/Truck)

Current: customer says "I have a 2016 Corolla." Salesman unsure (Corolla trim varies: base Ascent [195/65R15], mid-spec [205/60R16], Sportivo [205/55R17], GR [215/50R17]). Salesman guesses: "let's try 195s" (wrong). New system: customer provides registration (JC16 VGV). System queries: vehicle registration database (linked to RMS / transport authority). System returns: 2016 Toyota Corolla Sportivo, fitted tyre = 205/60R16 (OEM specification). System looks up: fitment database (205/60R16 = load index 91 [H, 210 km/h speed rating, passenger vehicle class]). System recommends: (option A) Michelin Primacy 4 (comfort, $385/tyre), (option B) Kumho Solus (budget, $320/tyre), (option C) Continental PremiumContact (premium, $415/tyre). Salesman shows customer (fitment verified, price options clear). Customer confidence high (tyre size is right for their car). Wrong-size refund risk: eliminated (system confirms before sale). Truck example: UTE (UP16 VVV, 1994 Toyota Hilux). Registration lookup: fitment = LT285/75R16 (heavy-duty load index 126 [F], speed S [180 km/h], truck class). System recommends: (option A) Bridgestone AT881 (all-terrain, $980/tyre, recommended for ute), (option B) Goodyear Wrangler (on-off road, $850/tyre). Salesman: "these are the right size for your heavy-duty Hilux, load rating 126 supports your payload." Customer buys Bridgestone (4 × $980 = $3.92k). Installation confirms: system logs tyre size installed, batch number, customer vehicle, timestamp. Fitment verification: system flags mismatches (if technician tries to install 285/70R16 instead of 285/75R16, system alerts: "fitment mismatch, proceed?"). Error prevention: typo avoided (prevents wrong tyres shipped to customer before installation). Compliance: ECE tyre marking (European standard, Australia adopts ECE-R30, speed/load rating must match vehicle). System logs: fitment database aligned with ECE requirements (if customer orders wrong-speed tyre, system flags: "tyre speed rating S [180 km/h] lower than vehicle performance capability, customer liability note required"). **Value: registration lookup eliminates wrong-size sales (prevents refunds, margin loss eliminated), customer confidence high (verification builds trust), compliance tracking automatic (ECE marking verified per fitment).**

2. Wheel Alignment Booking + Service Integration — 4-Wheel Alignment, Suspension Diagnostics, Booking Linked to Tyre Sale, Service Included in Package

Current: tyre customer (just bought tyres). Salesman: "want an alignment?" Customer: "hmm, where?" Salesman: "there's a guy down the street, or you can call NRMA." Customer goes elsewhere (shop loses $300 alignment fee). New system: tyre sale + alignment bundle. Customer buys tyres (Corolla, 4 × $320 = $1.28k). System prompts: "alignment recommended after tyre install? $150 add-on." Customer clicks: yes. System schedules: alignment appointment (same day, after tyre install, 45-minute slot). Technician workflow: tyre install (30 mins per vehicle = 2 hours for 4 wheels, alignment takes another 45 mins). Alignment service: 4-wheel alignment (laser alignment machine, measures camber/caster/toe, adjusts suspension). Suspension diagnostics: technician photographs suspension (ball joints, tie rods, shocks). System shows customer: "suspension wear estimate = 2–3 years remaining, no immediate action." Customer approves: alignment completes (system logs time, completion). Service payment: bundled with tyre price (transparent, no surprise). Wheel alignment frequency: system tracks. Customer receives: SMS reminder (1 year post-alignment: "Corolla suspension due check, book alignment [link]"). Fleet alignment example: TruckCo Fleet (40 vehicles, mixed HiLux/Ford). Fleet manager: vehicles due alignment (system flags every 12 months or 20k km). Fleet manager orders: "alignment batch [10 vehicles]." System schedules: 10 alignment slots (30-min intervals per vehicle, 7.5 hours technician time). Shop capacity: 4-bay = can do 2 vehicles at once (alignment machine in bay 1, tyre install in bay 2–4). Fleet manager billed: $150 × 10 = $1.5k (invoice sent). Alignment recurring: every 12 months (contract locked, predictable service). **Value: alignment integration captures lost service revenue (+$300 per customer × 20 customers/month = +$6k monthly = +$72k annual), customer stays in-house (vs competitor), suspension diagnostics add upsell opportunity (shock replacement, ball joint service).**

3. Brake Inspection Checklist + Photo Evidence — Wear %, Condition Photos, Customer Transparency, Safety Compliance, Upsell Pads/Rotors

Current: tyre installation (technician installs tyres, doesn't look at brakes). Customer drives away (brakes age 2–3 years, customer unaware). 6 months later: customer has brake failure risk. Shop liability: if accident occurs, customer sues shop ("why didn't you warn me?"). Insurance: premium increases. New system: brake inspection checklist (mandatory, every tyre job). Workflow: tyre install complete (technician removes wheels). Brake inspection: technician visually inspects brake pads (measures wear %, photographs front/rear pads). System captures: photo, wear percentage (e.g., "front pads 60% worn, rears 40% worn"). System calculates: life remaining (60% worn = 2 months remaining @ current driving, if customer double the wear rate = 1 month). System estimates: "pads due 2026-08-13." Transparency: technician shows customer (photos, wear percentage). Customer sees: brake condition (builds trust, makes informed decision). Upsell: system suggests: "brake pads replacement now? $180 [parts + labor]." Customer approves: pads replaced (additional margin $85). System logs: pads replaced 2026-06-13, next inspection 2026-12-13 (6-month recall). Brake rotor check: technician measures rotor thickness (system logs). If rotors near minimum: system flags ("rotors at 2mm minimum thickness, recommend replacement, $280 per axle"). Compliance: safety audit trail (every tyre job includes brake inspection, photos logged = shop demonstrates duty of care). Insurance benefit: shop shows auditor ("we inspect brakes on every customer visit, we photograph wear, we educate customers") = reduced liability claim risk. High-liability scenario: customer involved in accident (brakes fail). Customer sues shop ("brakes were bad, you didn't warn me"). System shows: "brake inspection 2026-06-13, photos show pads 60% worn, customer notified, customer declined pad replacement, technician noted." Audit trail proves: shop duty fulfilled, customer negligence. Insurance claim: reduced (shop documented care). **Value: brake inspection checklist adds safety compliance (liability reduced, insurance premiums lower), photo evidence builds trust (customer shown wear %), upsell opportunity adds margin (+$180 × 10 customers/month = +$18k annual), warranty protection (audit trail defends against claims).**

4. SMS Rotation Reminders + Automated Booking — 6-Month Cycles, 85% Recall Rate, Recurring $180 Revenue per Customer, Booking Link in SMS

Current: customer buys tyres (June 2026). Salesman: "come back in 6 months for rotation." Customer forgets. Shop: zero rotation revenue. Salesman calls customer (3 months later, reminder attempt): customer doesn't answer. 6 months past: customer may drive competitor (rotation done elsewhere). New system: SMS rotation reminders (automated). Customer buys tyres (2026-06-13). System schedules: SMS reminder (2026-12-13, 6 months later). SMS content: "Corolla JC16 VGV — tyres due rotation. Book appointment [link]." Customer receives: SMS (2026-12-13). Customer clicks link: system opens booking page (shows available slots: 2026-12-15 10am, 2026-12-15 2pm, 2026-12-16 9am). Customer books: 2026-12-15 10am. Technician assigned: performs rotation (front-left → rear-right, front-right → rear-left, diagonal pattern, balanced wear). Payment: $180 rotation fee. System logs: rotation complete 2026-12-15. Next reminder: scheduled 2027-06-13 (another 6 months). Customer lifetime value: $180 rotation × 2 per year = $360 annual recurring per customer. 4-bay shop: 100 active customer base (tyre buyers over past 2 years). SMS recall rate: 85% (industry avg: 10% manual recall = much higher with SMS). 100 customers × 85% recall rate × $360 annual = $30.6k annual recurring rotation revenue. Vs manual: 100 customers × 10% recall rate × $360 = $3.6k. Uplift: $27k additional annual revenue. Fleet reminder example: TruckCo Fleet (40 vehicles, 3-month rotation cycle). System schedules: SMS reminders to fleet manager every 3 months (vehicle-specific). Fleet manager (Tom): receives SMS "vehicles #1–10 due rotation." Tom clicks: books batch rotation (40 vehicles × $180 = $7.2k revenue). Recurring: every 3 months (4 cycles/year = $28.8k annual fleet rotation revenue, locked). SMS timing: system can delay or advance reminder based on mileage (if customer says "I only drive 5k km per 3 months, remind me every 9 months"), system respects (customizable per customer). **Value: SMS automation drives 85% recall rate (vs 10% manual = +$27k annual per 100 customers), recurring $180 revenue per customer stabilizes cashflow, no sales effort (reminders self-book), fleet contracts drive bulk rotation revenue ($28.8k recurring per fleet).**

5. Fleet B2B Portal + Recurring Contracts — Fleet Manager Self-Service Ordering, 3-Month Cycles, Automated Invoicing, Bulk Rotation Scheduling

Current: fleet customer (TruckCo, 30 vehicles). Fleet manager (Tom) emails: "we need tyre rotation next month." Shop manager replies: "which vehicles? dates?" Tom sends: email list (vehicle 1, vehicle 2, ..., vehicle 30). Shop manager: schedules on spreadsheet (error-prone, 10 hours admin labor). Tom calls: "when's vehicle 5 done?" Shop manager: digs through notes (5 min wait). Friction: recurring, no automation. New system: B2B fleet portal. Tom logs in (username/password, fleet account created). Portal shows: 30 vehicles (VIN, rego, fitment size, last rotation date). Tom reviews: vehicles due rotation (system calculates: last rotation 3 months ago = due now). Tom orders: "rotate vehicles 1–15" (1 click). System calculates: 15 vehicles × 4 tyres = 60 changeovers, parts cost $6k (wholesaler API), labor $2.7k (15 vehicles × $180 per rotation). Total: $8.7k. Invoice generated: automatically (net 30 terms, locked). Tom approved to purchase (prepay or net 30). Shop schedules: 60 changeovers (3 days, technicians rotate 20 per day). Tom receives: SMS updates ("vehicles 1–5 complete, vehicles 6–10 in progress, pickup available tomorrow"). Completion: all 15 vehicles done day 3. Tom receives: completion invoice, markings uploaded to portal (proof of rotation). Tom's accounting: invoice received, pays net 30 (settled). Recurring cycle: 3 months later, system reminds (Tom logs in, same 30 vehicles again due rotation). Tom orders: batch 1 (vehicles 1–15) or batch 2 (vehicles 16–30). System handles: scheduling, invoicing, execution. 3-month recurring: $8.7k × 4 cycles = $34.8k annual fleet revenue (TruckCo locked in, predictable). Multi-fleet scaling: system can handle 5 fleet contracts, each with different rotation cycles (Fleet A = 3-month, Fleet B = 4-month, Fleet C = 6-month), each contracted rate (TruckCo = $8.7k per cycle, LogisticsCo = $6.4k per cycle), system manages all. Administrative burden: Tom no emails, shop manager zero manual scheduling (system handles all dates, tech assignments, invoicing). **Value: B2B portal eliminates email back-and-forth (customer self-serves, shop zero admin burden), recurring contracts lock revenue (3-month cycles predictable, $34.8k annual), bulk scheduling optimized (system assigns technicians, maximizes 4-bay capacity), invoicing automated (no collection delays, net 30 settled).**

6. Supplier API Ordering + Cost Locking — Tyreworld/BlackCircles/Repco Wholesale APIs, Real-Time Inventory, Price Locked, Delivery Tracking, Bulk Order Discounts

Current: salesman sells tyres (Corolla 4 × 205/60R16 Michelin Primacy). System recommends: Michelin $385/tyre. Shop manager: manually calls Tyreworld (phone queue, 10-min wait). Manager: "4 Michelin Primacy 205/60R16, what's the price?" Tyreworld: "in stock, $320/tyre wholesale, standard delivery 48 hours." Manager: "locked?" Tyreworld: "locked for 24 hours." Manager: "book it." Tyreworld sends: fax confirmation (slow, error-prone). Delivery: arrives 48 hours (customer waiting). New system: supplier API integration (Tyreworld, BlackCircles, Repco). Salesman sells: Corolla 4 × Michelin Primacy. System opens: Tyreworld API connection. System queries: "205/60R16 Michelin Primacy, qty 4, deliver to shop." Tyreworld API returns: "$320/tyre, stock = 12 units, standard delivery 48 hours, express 24 hours." System locks: price $320 (confirmed, no variance). System submits: PO automatically (no manual phone call). Tyreworld confirms: PO received, delivery 2026-06-14 9am (next day). Shop receives: SMS notification ("Michelin tyres arriving 2026-06-14, 9am, bay 2 reserved"). Customer pays: $1.28k (retail price) + margin $180 (shop's gross margin). Delivery tracking: system shows status (in transit, arriving, delivered). Multi-supplier scenario: salesman considers 2 options. Option A: Michelin Primacy ($320/tyre, Tyreworld, 48-hour delivery). Option B: Kumho Solus ($280/tyre, BlackCircles, 48-hour delivery). System recommends: "Kumho cheaper, same delivery speed, save $160 per customer." Salesman shows customer (price options, spec comparison). Customer chooses: Kumho. System orders: from BlackCircles API. Cost locking: system locks $280/tyre (no price variance even if supply tightens). Bulk discount: fleet customer (30 vehicles). TruckCo needs: LT285/75R16 Bridgestone (all tyres). System queries: Tyreworld (qty 30 × Bridgestone). Tyreworld API: "per-tyre price $980 × 30 = standard rate. Bulk 25+ discount 5% = $931/tyre effective." System applies: bulk discount (system-managed, customer doesn't negotiate). Total: 30 × $931 = $27.93k (locked cost). Shop margin: $180 per tyre (fleet negotiated rate) × 30 = $5.4k margin. TruckCo pays: $27.93k (shop costs inventory, invoices TruckCo, margin captured). Inventory management: system tracks. Supplier A (Tyreworld) stock: system knows in real-time. If Tyreworld stock low (3 × 205/60R16 remaining), system alerts: "Michelin low stock, order more or switch to Kumho?" Shop manager: clicks "order 20 more Michelin 205/60R16." System orders: automatically (recurring order, locked price, delivery 48 hours). Just-in-time stocking: system maintains optimal (3–5 tyres per popular size on hand, no excess inventory tied up). **Value: supplier API ordering eliminates phone calls (automatic, fast), cost locking prevents price surprises (wholesale rate confirmed, no mid-delivery variance), bulk discounts auto-applied (system negotiates on behalf of shop), inventory optimization automatic (no excess stock, just-in-time delivery).**

Australian Context: VACC Certification, TyreStewardship Program, ECE Tyre Compliance, Fleet B2B Regulations

**VACC Certification** — Victorian Automobile Chamber of Commerce certifies tyre shops (quality assurance, training standards, safety compliance). Certification requires: documented processes (every tyre job logged), qualified technicians (training records), quality audits (batch inspections of past jobs). System support: logs every job (date, technician, customer, fitment, alignment, brake inspection, rotation history) = audit trail ready. Certification renewal (2-year cycle): auditor samples 10 jobs, requires photos + documentation. System exports: audit batch (PDF with 10 job histories, photos, timestamps, technician names) = instant audit prep. **TyreStewardship Program** — Australian tyre industry program (Tyre Stewardship Australia, TSA). Regulations: tyre shops must dispose tyres responsibly (recycling, landfill diversion). System tracks: old tyres removed per job (system logs tyre size, date removed, disposal method recorded). If auditor asks: "where did the 300 tyres go last quarter?" System shows: 300 tyres logged, disposed via TSA-approved recycler (name, date). Compliance audit: passed (zero waste tracking burden). **ECE Tyre Marking** — European standard ECE-R30 (Australia adopts). Tyre marking shows: speed rating (S/T/H/V/W/Y), load index (80–130), size (205/60R16). System compliance: when customer orders wrong-speed tyre (e.g., S-rated [180 km/h] on performance sedan [designed for V-rated 240 km/h]), system flags: "speed mismatch, customer liability note?" Shop shows customer: "tyre speed rating lower than vehicle capability, you accept?" Customer clicks: acknowledged. Liability protection: documented customer choice. **Fleet B2B Regulations** — if fleet customer is commercial (TruckCo hauling freight), regulations apply: driver hours, vehicle maintenance, braking performance. System support: fleet rotation contracts lock compliance (every rotation logged, no missed cycles). If auditor asks: "do you maintain vehicle #5 brakes?" System shows: rotation log (every 3 months, logged with photos, technician names). Compliance audit: passed. **ASIO Screening (optional)** — Australian Security Intelligence Organization. Some fleet customers (government, defense, critical infrastructure) require enhanced screening. System support: logs customer details (ABN, contact, vehicle details), chain-of-custody (every technician involved, timestamps) = compliance trail for audits. **Insurance & Liability** — workshop insurance (public liability covers damage to customer vehicles during service). System evidence: pre-service photos (brake condition before), post-service photos (brake + tyres after installation) = proof of care, reduces insurance claims.

Six FAQs

How does vehicle registration fitment lookup prevent wrong-size sales and refunds?

Current: customer says "I have a Corolla," salesman guesses fitment (195 vs 205 vs 215 tyre widths), sells wrong size, customer returns, margin lost. New system: customer provides rego, system looks up vehicle registration database (RMS/transport authority), system confirms fitment (205/60R16 for Sportivo trim), salesman shows customer verified size, customer buys correct fitment, zero refunds. Wrong-size refund rate (current): 5–10 per month × $280 margin = $16.8k–$33.6k annually. With system: zero refunds (fitment verified upfront). Savings: $16.8k–$33.6k annual margin recovery.

How does SMS rotation reminder automation increase recall rate from 10% to 85%?

Current: salesman tells customer "come back in 6 months for rotation." Customer forgets (no reminder). Shop calls customer (phone unanswered, voicemail left, customer never responds) = 10% manual recall rate. New system: SMS reminder sent (2026-12-13, 6 months post-sale). Customer receives SMS with booking link, clicks, books appointment in 10 seconds. Recall rate: 85% (SMS = pull-through, customer engaged). For 100-customer base: 100 × 85% = 85 rotation bookings per 2-year period (2–3 per customer). 85 × $180 rotation = $15.3k annual rotation revenue. Vs current: 100 × 10% = 10 bookings = $1.8k annual. Uplift: $13.5k additional annual revenue per 100 customers.

How does wheel alignment integration capture lost service revenue?

Current: tyre customer (buys tyres at shop). Shop doesn't mention alignment. Customer books alignment at competitor (shop loses $300 service fee). New system: tyre sale triggers alignment offer ("add alignment? $150"). Customer accepts: appointment booked after tyre install. Alignment completed (system logs service). 20 tyre customers per month × 50% acceptance rate = 10 alignments × $150 = $1.5k monthly = $18k annual. Competitor loss recovered.

How does brake inspection checklist add safety compliance and reduce insurance liability?

Current: tyre installation (technician installs only, doesn't inspect brakes). Customer drives away (brake wear unknown). 6 months later: brake failure, accident. Customer sues shop ("why didn't you warn me?"). Insurance claim filed. New system: brake inspection mandatory (every tyre job, photos taken, wear % logged, customer shown photos). System documents: "customer notified of brake wear on 2026-06-13, customer declined pad replacement, noted in system." If accident occurs: insurance auditor sees "shop fulfilled duty of care, customer negligence." Claim denied or reduced (liability protection). Insurance benefit: lower claim risk = premium reduction (estimated 2–5% annually).

How does fleet B2B portal eliminate manual scheduling and lock recurring revenue?

Current: fleet customer (TruckCo, 30 vehicles, 3-month rotation). Fleet manager (Tom) emails: "rotate vehicles." Shop manager: spreadsheet scheduling (10 hours labor per quarter). New system: Tom logs into portal, clicks "rotate vehicles 1–15," system schedules automatically, invoice generated, payment settled net 30. No email, no spreadsheet, zero manual burden. Recurring: every 3 months (locked contract, $8.7k × 4 cycles = $34.8k annual predictable revenue). Shop admin labor (before): 10 hours × $80/hr = $800 per quarter = $3.2k annually. With system: zero manual labor (system automated). Labor savings: $3.2k annual.

How does supplier API integration lock costs and prevent price variance?

Current: shop manager calls Tyreworld (phone queue, "price for Michelin 205/60R16?" Answer: "$320/tyre, locked for 24 hours"). If delivery delayed (48 hours), price may change. New system: system queries Tyreworld API, receives "$320/tyre locked," system submits PO automatically, price confirmed (no variance even if delivery delayed to day 3). Cost locking: $320 per tyre guaranteed (shop margin protected). Bulk orders: system applies volume discounts automatically (30 tyres = 5% discount, $931/tyre effective). No negotiation needed (system manages on behalf of shop).

The Bottom Line

4-bay tyre shop currently: fitment guessing causes refunds ($16.8k–$33.6k annually), zero rotation reminders leaves $54k revenue on table, wheel alignment lost to competitors ($36k annually), brake inspection unmeasured (liability risk, safety gap), fleet contracts manual ($9.6k admin burden), Tyrelife POS ($8.4k annually) handles inventory but zero fitment logic. Total friction: $124k–$141k annually (excluding liability risk). Tyrelife ($700/month) solves payment processing, but doesn't prevent wrong-size sales, doesn't send reminders, doesn't integrate alignment, doesn't track fleet contracts. Custom tyre shop software ($12k build + $1.5k/year ops) solves: registration fitment lookup (eliminates refunds), SMS rotation reminders (drives 85% recall rate = +$27k annual per 100 customers), wheel alignment integration (captures $36k lost annually), brake inspection automation (liability reduction + upsell margin), fleet B2B portal (locks recurring revenue, zero admin), supplier API ordering (cost locking, bulk discounts). For 4-bay shop, payback: 8 weeks (fitment refund prevention [$16.8k] + rotation revenue uplift [$27k] + alignment revenue recovery [$18k] + brake upsell [$1.44k] + fleet admin savings [$3.2k] + labor efficiency = $66.5k year 1 value vs $13.5k investment). Multi-location scaling: system built once, runs in 2–3 shops (no added software cost, only ops scaling), network effects increase (fleet customers with 50+ vehicles can cycle through multiple locations). Start custom tyre shop software if: your annual wrong-size refunds exceed $10k, rotation reminders are manual or nonexistent (lost recurring revenue), fleet customer management requires spreadsheet work (10+ hours per quarter), or alignment revenue is going to competitors. Reach out: book a time to discuss your shop's fitment workflows and fleet customer base, or check platform pricing for a custom build quote.