Latvia.

Proceed to a 90-day, two-bay Riga pilot inside a partner workshop; do not commit to a greenfield hub. Latvia had 13,916 registered BEV passenger cars at the beginning of 2026, while the official saved stock query does not supply PHEV stock [stat_bev_stock]. New M1 plug-ins nevertheless reached 19.3% of 2025 registrations [eafo_2025]. The wedge is evidence-led used-EV inspection, multi-brand diagnostics, thermal/chassis work and fleet uptime.

Why now: BEV stock rose from 9,234 at the beginning of 2025 to 13,916 at the beginning of 2026, and public points rose 77% during 2025 [stat_bev_stock][eafo_2025]. Why staged: Riga already has several EV specialists [evworkshop][oxworks][evtesla]. Capital posture: partner bay first; permanent lease only after demand, safety, coverage and compliance gates.

The hard denominator is 13,916 registered BEV passenger cars at 1 January 2026 [stat_bev_stock]. It grew from 6,369 in 2024 and 9,234 in 2025. PHEV flow is strong but active PHEV stock is not available in the cited official query; it is excluded from TAM until a CSDD extract is obtained.

EAFO’s annual article reports 1,602 new M1 BEVs and 2,742 PHEVs in 2025 out of 22,506 new M1 registrations: 7.1%, 12.2% and 19.3% combined [eafo_2025]. Its later dashboard shows 1,628 and 2,773; the report uses annual-article values for headline calculations and dashboard values only for the time series [eafo_vehicles].

Beginning-of-year BEV passenger-car stock is a registration snapshot, not unique repair customers. Sales, stock and charging counts use different dates and definitions. The October 2025 CSDD-derived 12,991 passenger-BEV figure is directionally consistent with 13,916 at 1 January 2026 but is not combined with it [lsm_stock_oct2025][stat_bev_stock].

EVS compounds the official 13,916 beginning-2026 BEV stock for five years at 15%, 25% and 35% annual growth. End-2030 outcomes are 27,990, 42,468 and 62,400 vehicles. These are EVS planning scenarios—not official forecasts—and PHEVs are excluded [stat_bev_stock][evs_model].

EAFO counted 2,051 public charging points at end-2025, up from 1,157 at end-2024: 883 AC and 1,168 DC [eafo_2025]. The split means 57.0% were DC; the report does not repeat EAFO prose describing only “nearly a third” in a DC power band because that sentence does not reconcile to the published AC/DC totals.

Ignitis ON reportedly expanded from 118 Latvia points at the beginning of 2025 to 377 at year-end; this is operator-reported secondary evidence, not the national control total [ignitis_points]. e-mobi and other operators are referral and fleet-data channels. AFIR supports network availability but does not prove workshop demand [eu_afir].

At the beginning of 2026 Latvia had 802,784 passenger cars, of which 604,859—75.35%—were more than ten years old [stat_parc_age]. This supports chassis, brake, tyre and used-car inspection demand, but it must not be interpreted as the age distribution of the smaller BEV subset.

A young BEV parc reduces combustion-powertrain work but creates charging, thermal, electronics, chassis, collision-depower and battery-evidence demand. The EVS base assumes 0.65 paid events and EUR600 addressable spend per active BEV annually; both are unvalidated assumptions [evs_model].

Base TAM is EUR5.427m: 13,916 BEVs × 0.65 paid events × EUR600. A 75% independent-eligible share gives EUR4.070m; 65% Riga-hub reach gives EUR2.646m SAM; 5% year-one share gives EUR0.132m SOM. Only stock is sourced; all other parameters are EVS assumptions [stat_bev_stock][evs_model].

Every EUR100 change in spend moves TAM by EUR0.905m. At 0.50–0.80 events and EUR450–EUR750 spend, gross TAM spans roughly EUR3.13m–EUR8.35m before eligibility. The dominant unknown is not arithmetic but active PHEV stock and real paid-event frequency.

Prioritise used-EV buyers, out-of-warranty owners and fleets/leasing/rental. Body shops and insurers are B2B referral partners for depower and damage triage. PHEV owners are upside only after competence and stock verification; OEM-warranty work stays referred or subcontracted.

CSDD-derived secondary analysis ranks Tesla Model 3, Audi e-tron/Q8 e-tron, Tesla Model Y, Nissan Leaf and Tesla Model S among 2025 new-plus-used BEV registrations [uzladets_models]. Separate new-BEV brand reporting lists Volkswagen, BYD, Škoda, Toyota and Hyundai [press_brands]. These are registration flows, not active parc share.

Riga is not an empty market. EV Workshop publishes broad HV/battery capability and prices; OX Works and EV Tesla Service also market specialist EV/Tesla work [evworkshop][oxworks][evtesla]. Bosch workshops add generalist trust and convenience [bosch_4race][bosch_agenskalns]. EVS must win on auditable battery evidence, fleet SLA, pickup/return and documented quality—not generic EV competence.

Riga is the only justified first hub: 588,911 residents, 31.9% of Latvia and 45.7% of its urban population [stat_population]. Jelgava and Jūrmala are Riga-region mobile/pickup routes. Liepāja is the western spoke; Daugavpils the eastern spoke. No regional lease precedes route-density proof [stat_cities].

Latvia’s prior EUR30m purchase-support programme was exhausted in August 2025 after 6,426 vehicles [kem_support_2025]. A proposed EUR40m 2026–2029 successor remained subject to approval in February 2026 [eafo_support_2026][lsm_support_2026]. The model assigns zero grant value. Tax and local-use benefits are context and must be checked at transaction date [eafo_incentives].

Latvia applies 0% corporate income tax to reinvested profit and 20% to distributed or deemed-distributed profit, with statutory gross-up mechanics [vid_cit]. A standard SIA has EUR2,800 minimum equity capital [ur_sia]. No grant, tax holiday or subsidised facility is included in pilot economics; any award is upside after written eligibility confirmation.

Register the operating entity, confirm premises use and environmental technical rules, complete a documented vehicle-repair risk assessment, and secure insurer/fire/VVD acceptance before opening [ur_sia][vdi_oira][vvd_technical]. The report is commercial diligence, not Latvian legal advice; local counsel must map permits and qualifications to the exact service scope.

Cabinet Regulation No.1041 defines electrical-safety groups and organisational controls for electrical installations; counsel must confirm its application to EV traction work [likumi_1041]. Apply the EU Battery Regulation, use authorised waste handlers, segregate hazardous streams and determine whether storage/transport activities require a VVD permit [eu_battery][vvd_waste][vvd_epr].

Launch inspections/SOH evidence, diagnostic triage, charging faults, thermal/HVAC, brakes, steering, suspension and tyres. Add fleet pickup/return and body-shop depower. Defer PHEV breadth and battery opening until tools, competence, quarantine, insurer and demand gates are green.

Use an EVS-controlled licence/managed-franchise pilot: EVS owns brand, SOPs, training, diagnostic policy and audit; the Latvian operator owns premises, employment, permits, customer contracts and waste/emergency arrangements. No territory exclusivity until repeatable unit economics and compliance are proven.

Base case: 330 orders × EUR260 = EUR85,800 revenue; 53% gross margin produces EUR45,474 gross profit and EUR3,474 EBITDA after EUR42,000 OPEX. Break-even is 305 orders. Cautious EBITDA is −EUR27,990; high is EUR46,244. All inputs are EVS assumptions, exclude VAT, tax, financing and grant receipts [evs_model].

The main risks are insufficient BEV density, missing PHEV stock, established specialists, platform access and battery/fire exposure. Controls are a partner-bay format, CSDD extract, fleet/channel presales, platform whitelist, documented LOTO/quarantine and written third-party acceptance.

Days 0–30: legal/regulatory memo, site and competitor sprint, PHEV data request and channel presales. Days 31–60: team authorisation, tools, SOPs, drills and two anchors. Days 61–90: operate two bays and publish weekly cohort economics. No permanent lease before board review.

Advance only with ≥330 paid orders, ≥51% gross margin, ≤2% comeback, ≥80% diagnostic coverage, two anchors, zero uncontrolled HV events and written counsel/insurer/fire/waste acceptance. A red safety or compliance gate is an immediate stop; a demand miss pivots to mobile/fleet rather than a larger site.

Sources were prioritised: Latvian official statistics and authorities; EAFO/EUR-Lex; operator sites and CSDD-derived secondary analysis. Definitions were reconciled by category and date. Sourced facts, operator claims and EVS assumptions remain separate. Calculations are stored with formulas and independently recomputed.

No cited official active PHEV stock, BEV age distribution, workshop throughput, service-price survey or insurer loss data was available. Operator volume claims are unverified. The 2026 purchase-support proposal was not treated as enacted. These gaps reduce forecast precision but do not prevent a low-capital validation pilot.

The official stock series is BEV passenger cars at the beginning of year [stat_bev_stock]. EAFO sales are new M1 registrations and EAFO charging counts are points, not sites [eafo_2025]. Model/brand datasets are new-plus-used registration flows [uzladets_models]. No cross-definition averaging was used.

All economics are nominal EUR and exclude VAT, financing, tax, working-capital timing and residual tool value. Latvia uses the euro, eliminating local FX translation for EVS’s EUR planning. Labour, rent, utilities and parts need contemporaneous quotes before day 31.

The 2025 model list includes older Tesla Model S, Nissan Leaf and Audi e-tron cohorts as well as newer entrants [uzladets_models]. This mix supports inspection, battery evidence and suspension/thermal work. Registration flow does not reveal ownership status, condition or remaining warranty, so intake data must build the local cohort view.

EAFO reports 179 BEV vans in 2025 versus 57 in 2024, plus 54 BEV buses versus 29 [eafo_2025]. These flows are small but fast-growing and are not in the passenger-BEV TAM. Target leasing, rental, delivery, ride-hail, municipal and insurer/body-shop channels with uptime SLAs; add commercial tooling only after signed demand.

Book by symptom/VIN, disclose access and fee limits, perform isolated intake scan, issue evidence-backed estimate, obtain approval, record torque/software/battery state, road-test and deliver digital findings. At 30 days, check comeback and unresolved fault. High-risk battery vehicles follow a separate transport/quarantine route.

“Evidence before replacement” is the proposition: multi-brand diagnosis, explainable battery-health reporting, transparent access limits and documented safety. The promise is faster, clearer decisions for owners and fleets—not blanket ability to repair every pack or reproduce OEM warranty coverage.

Use fixed-fee inspection and diagnostic entry products, menu pricing for chassis/thermal work, and authorised estimates for complex HV work. EV Workshop’s posted EUR40–50/hour plus VAT and selected diagnostic prices are an observed benchmark, not EVS pricing [evworkshop]. Quote testing must include warranties, parts markup, data fees and pickup/return.

Lead with used-car platforms/dealers, leasing/rental, insurers/body shops, charging operators and employer fleets. Direct search and owner communities support retail, but paid acquisition is capped until conversion and gross-profit payback are measured. No partner can promise OEM authorisation EVS does not hold.

Build a named-account pipeline with fleet size, models, warranty mix, monthly incidents, current provider, downtime and procurement date. Require two anchors of at least 40 addressable vehicles or equivalent paid work. Letters of interest do not count; signed scope, price and launch volume do.

Shortlist partner premises within Riga logistics access, with segregable HV bay, external quarantine, towing access, compliant power, drainage/waste controls and insurer/fire access. Weight demand catchment, rent flexibility, technical readiness and expansion options. A cheaper unsafe site does not qualify.

Two productive bays: one general diagnostic/mechanical bay and one controlled HV-capable bay. Add secure tool/parts store, clean electronics bench, customer intake, isolated charging point and externally accessible monitored quarantine. Mark red zones and keep evacuation/fire routes clear [fire_safety].

Day-one equipment covers CAT-rated electrical testing, insulated tools/PPE/LOTO, multi-brand diagnostics, stable programming power, EV-rated lifts, wheel/tyre/brake work and thermal inspection. Battery tables, containment and opening tools are commissioned only after the battery gate.

Start with a pilot manager, named HV diagnostic technician, EV mechanical technician and service adviser/mobile coordinator. Cross-train intake and quality tasks but never dilute authorisation boundaries. Recruitment quotes must include employer costs, training, leave, overtime and ramp productivity.

Create a competence matrix by task, vehicle platform and voltage state. Validate electrical-safety groups and any sector qualifications with Latvian counsel [likumi_1041]. Require OEM/standard-aligned isolation, first aid, rescue, battery chemistry, fire response and supervised sign-off before independent work.

Identify vehicle and battery state, establish exclusion zone, shut down, isolate, prove absence of voltage, lock/tag, wait the manufacturer interval, verify residual energy and control keys. Use a two-person rescue rule for defined work. Re-energisation requires tool/fastener count, independent check and recorded scan.

Use VIN-level job records, pre/post scans, estimate approvals, torque evidence, parts traceability, software versions, road-test sign-off and 30-day outcome. Review every comeback and near miss weekly. Quality bonuses depend on first-time-fix and safety, not hours alone.

Maintain a platform whitelist: read/write functions, lawful subscription, security gateway, programming support, battery parameters and known limits. Store least-privilege credentials and audit access. Customer reports distinguish measured values from interpreted health and state the method, temperature and limitations.

Stock fast-moving brakes, chassis, thermal consumables and safety items; source high-value modules and packs against order. Use approved salvage only with provenance, test evidence and customer/insurer consent. Track warranty, firmware compatibility and return rights; avoid immobilising cash in speculative packs.

Approve suppliers and waste partners by licence, insurance, traceability, response time and battery capability. Maintain chain-of-custody for damaged batteries and hazardous streams. If EVS imports batteries or vehicles, assess producer-responsibility obligations separately [eu_battery][vvd_epr].

Launch with a battery-evidence product, fleet downtime proposition and transparent opening offer. Publish methods and sample reports, not unsupported “best” or “certified” claims. Localise Latvian/Russian/English customer communications as counsel and market testing advise, while keeping technical documents controlled.

Use EVS black/charcoal, EVS Green #5BCC12, EVS Silver #A7B3BB, white/light grey and Inter. Display transparent pricing logic, technician authorisation, insurance and complaint route. Avoid blue and avoid visual similarity to Tesla or incumbent independents.

The market is not ready for passive franchising. The first unit needs managed operations, central audit and weekly data. Franchise only after 12 weeks of stable safety, quality, margin and demand, a proven training pathway, and a supplier/tool stack repeatable beyond one expert technician.

Country lead owns demand and permits; technical lead owns platform/SOP/authorisation; finance owns cohort economics; brand/legal owns claims and contracts. EVS retains audit and stop-work rights. Safety events, permit breaches and data incidents escalate within 24 hours.

Track orders, lead-to-booking, ARO, gross margin, bay utilisation, first-time-fix, 30-day comeback, cycle time, fleet/channel mix, diagnostic coverage, unresolved faults, near misses and waste exceptions. Revenue is paired with quality and safety; no growth metric overrides a red control gate.

Monday: pipeline and capacity. Wednesday: technical cases, access gaps and parts. Friday: cohort P&L, comeback, safety and customer outcomes. Publish a one-page gate scorecard with source extracts and actions. The board receives a day-30/60/90 pack with no retrospective assumption rewriting.

Stage 0 is two Riga partner bays. Stage 1 is a permanent Riga hub only after four green weeks. Stage 2 uses pickup/mobile routes to Jelgava and Jūrmala. Stage 3 adds partner spokes in Liepāja, then Daugavpils, only with two anchors and contribution-positive route density.

If retail demand misses but fleets convert, retain mobile/fleet service. If diagnostic access is weak, focus on inspections, mechanical/thermal and body-shop depower. If safety or legal gates fail, stop HV work and refer. Portable tools and training retain value; bespoke fit-out is deferred.

Extend vehicle and battery life through diagnosis before replacement, repair where safe/lawful, and authorised recycling. Track modules repaired, packs referred and waste mass without inventing carbon savings. Charging growth is market context, not an EVS environmental credit [eafo_2025].

Obtain workshop liability, professional indemnity, property/business interruption, cyber and explicit HV/battery/fire cover. Disclose battery opening, quarantine, towing and loan vehicles. Written insurer acceptance, custody terms and maximum vehicle value are pre-opening gates.

The OPEX envelope is an EVS assumption, not a Latvia wage benchmark. Before day 31 obtain three technician recruitment quotes, two payroll models and rent/utility estimates. Include employer taxes, training, PPE, authorisation, leave and ramp productivity; recompute break-even if loaded labour shifts by more than 10%.

Mystery-shop EV Workshop, OX Works, EV Tesla Service and Bosch competitors for lead time, diagnostic fee, platform scope, warranty, battery work and pickup/return [evworkshop][oxworks][evtesla][bosch_4race]. Website claims prove presence, not competence or market share. Archive dated quotes.

Tier 1: Latvia official statistics, ministries, VID, VDI, VVD and Likumi.lv. Tier 2: EAFO and EUR-Lex. Tier 3: operator sites and CSDD-derived secondary analyses. Dates and definitions control conflicts. Unknowns become explicit diligence actions rather than blended estimates.

Approve only an EUR-limited 90-day Riga validation in partner premises, subject to Latvian legal memo, insurer/fire/VVD acceptance, named HV responsible person, CSDD PHEV-stock request and two channel anchors. Do not approve a permanent lease, battery-opening marketing or territory exclusivity now.

The complete registry is embedded in sources with publisher, publication/access dates, links and use notes. Quantitative narrative claims carry source IDs resolving to that registry. The EVS model is identified wherever assumptions or calculations replace sourced facts.