Reliable Transportation Across Owen Sound

Residents need dependable transportation connecting work, school, shopping, health care, education, recreation, and community life throughout the week. This plan combines reliable existing service, weekday evening service until 10 p.m., Sunday service from 9 a.m. to 3 p.m., and later expansion toward a 6 a.m. to midnight service span.

Owen Sound needs low-floor access for everyday service and enough winter capability to keep buses moving through heavy snowfall. The plan moves toward City-owned, locally maintained accessible buses while connecting transit with cycling, walking, schools, mobility devices, regional transportation, and visitor destinations. Residents can receive better hours before a City-owned fleet arrives: service expansion and fleet localization proceed in parallel.

Municipally owned buses • Evening and Sunday service • Shared street stewardship

Reliable service

Audit the fleet, enforce performance standards, and publish results for riders and residents.

Useful hours

Expand service through full-year phases with ridership, cost, reliability, accessibility, and public-support reviews.

Local capacity

Test minibuses, purchase a suitable City fleet, and develop local maintenance, training, parts, and repair capacity.

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One connected implementation timeline

This is the earliest practical schedule if each phase reaches its targets at the first annual review. Service expansion and fleet transition proceed together, but May 2027 is a target rather than a guaranteed launch date. It depends on an approved budget, operator capacity, accessible specialized service, spare vehicles, and the legal mechanism available under the existing contract.

Conditional service expansion and fleet transition timeline
Period	Service expansion	Fleet and maintenance transition	Decision or evidence required
November 2026 to April 2027	Publish ridership data, obtain quotations, confirm specialized-service requirements, and prepare Phase 1.	Audit the fleet and contract, issue the vehicle RFI for AWD accessible vehicles and true-low-floor AWD minibuses, obtain lease options, and prepare demonstrations.	Confirm the Phase 1 budget, contract-amendment requirements, fleet capacity, and apparent August 2027 contract deadlines.
May to August 2027	Target the launch of weekday evening service until 10 p.m., subject to vehicle capacity and an approved contract arrangement.	Conduct dry-road full-load hill tests, accessibility tests, ground-clearance and drivetrain-protection checks, and shortlist the Gamechanger and any qualifying AWD low-floor vehicle for winter testing.	Approve a flexible bridge operating agreement before the apparent August 2027 contract decision.
September 2027 to April 2028	Continue the Phase 1 full-year pilot and publish quarterly results.	Lease finalists and conduct comparative traction and accessibility trials during actual snowfall from November through April, publishing weather, route, load, and tire conditions beside each result.	Complete the Phase 1 gate review and publish the vehicle scorecard.
May 2028 to April 2029	Add Sunday service from 9 a.m. to 3 p.m. if Phase 1 qualifies.	Select the preferred vehicle family, authorize procurement, prepare facilities, and begin mechanic training.	Complete the Phase 2 gate review and confirm fleet procurement.
May 2029 to April 2030	Fill remaining gaps toward 6 a.m. to 10 p.m. service seven days a week if Phase 2 qualifies.	Receive and test the City fleet, target late 2029 for entry into service, and begin staged local maintenance.	Complete vehicle acceptance and the Phase 3 gate review.
May 2030 to April 2031	Extend service from 10 p.m. to midnight if Phase 3 qualifies.	Refine municipal, non-profit, or worker co-operative maintenance and evaluate the operating model.	Publish a full transportation and fleet evaluation.

Meeting the applicable ridership, reliability, budget, accessibility, and public-support gate allows the following phase to proceed. A developing phase receives an additional six-month refinement period. Operational preparation can occur during the current phase, while spending commitments remain subject to the completed gate review and Council approval. Grants or unusually strong results may accelerate the schedule after a public report; fleet shortages, accessibility requirements, procurement timelines, or reliability problems may delay it. Publish any change with its evidence and revised target date.

Costs, funding, and accountability

The adopted 2026 Mayor’s Budget lists $1,415,538 for transit contract services and $172,000 for fuel. It reports approximately $1.85 million in gross costs and approximately $1.18 million in net cost after grants and other revenue. Fuel is already largely outside the contractor-service line and should not be counted as an automatic saving from changing operators.

Expansion figures below are preliminary gross planning estimates before fares and grants. Expected fare revenue is shown separately, followed by the expected net municipal cost. Existing baseline grants, competitive or project-specific grants, municipal matching funds, and continuing operating costs after a grant ends must be identified separately. Potential grants could reduce the municipal share, but no new grant is included until a programme or commitment is identified.

Phased Transit Service Expansion

More available service can create ridership: residents can begin relying on transit for work, shopping, appointments, and community life when buses are present at the times they need them. Full-year pilots with published targets test that opportunity without asking today’s limited service to demonstrate demand for hours when no buses operate.

The table below is the authoritative phase summary. Conventional passenger productivity and fare revenue are calculated from conventional vehicle-hours; Mobility Transit vehicle-hours and passenger results are reported separately.

Preliminary phase costs after expected conventional fares, with gross costs shown for transparency
Phase	Service provided	Added conventional vehicle-hours	Target	Incremental boardings	Cumulative boardings	Gross operating cost incremental / cumulative	Fare revenue incremental / cumulative	Net municipal cost after fares incremental / cumulative	Cumulative net per household	Grants and quotations
1. Weekday evenings	All four routes approximately hourly until 10 p.m., Monday–Friday, with equivalent Mobility Transit availability.	2,080	8 per conventional revenue vehicle-hour	16,640	16,640	$300,000–$375,000 same cumulative total	$24,960–$33,280 same cumulative total	$267,000–$350,000 same cumulative total	$26.67–$35 estimated municipal cost after fares and before new grants	Includes a preliminary specialized-service planning line. Operator quotation and contract, staffing, fleet, maintenance, dispatch, insurance, accessibility, and spare-coverage review remain required.
2. Sunday daytime	All four routes approximately hourly from 9 a.m. to 3 p.m., with equivalent Mobility Transit availability.	624	6 per conventional revenue vehicle-hour on Sundays while Phase 1 continues at 8	3,744	20,384	$90,000–$110,000 $390,000–$485,000 cumulative	$5,616–$7,488 $30,576–$40,768 cumulative	$83,000–$105,000 $349,000–$454,000 cumulative	$34.92–$45.44	Preliminary rate-based planning range. Grants may reduce the municipal share; operator quotation and Sunday operating review remain required.
3. Through 10 p.m.	Fill remaining gaps to 6 a.m.–10 p.m. service seven days a week, hourly in added periods, with equivalent Mobility Transit availability.	2,236	8 per conventional hour across added periods; each major time block at least 6	17,888	38,272	$330,000–$395,000 $720,000–$880,000 cumulative	$26,832–$35,776 $57,408–$76,544 cumulative	$294,000–$368,000 $643,000–$823,000 cumulative	$64.35–$82.26	Exact gaps and service design require City data, route testing, specialized-service review, and operator quotations.
4. Through midnight	Add hourly service from 10 p.m. to midnight to the 6 a.m.–10 p.m. seven-day span, with equivalent Mobility Transit availability.	1,413	6 per conventional hour in the new late period; Phase 3 target remains 8	8,478	46,750	$210,000–$255,000 $930,000–$1.135 million cumulative	$12,717–$16,956 $70,125–$93,500 cumulative	$193,000–$242,000 $837,000–$1.065 million cumulative	$83.65–$106.64	Preliminary cumulative planning range before new grants and pending final service, fleet, and operator review.

Household equivalents use one consistent campaign planning denominator of approximately 10,000 Owen Sound households. All net figures subtract only estimated conventional fare and pass revenue; specialized-transit passenger revenue is excluded pending reliable data. Grants could reduce the municipal cost further.

Phase 1: Weekday evenings until 10 p.m.

Evening service was the most requested improvement in the City’s transit survey, selected by 71% of respondents when asked which features would encourage them to use transit more. Phase 1 models two conventional buses alternating the existing route cycles, together with equivalent specialized transportation, for a 12-month Monday-to-Friday pilot. The retained conventional-service estimate is $200,000 to $250,000 annually before fares; the combined planning range in the table adds a specialized-service line.

Ontario Regulation 191/11 requires specialized transportation to operate on at least the same days and hours as conventional transportation. The available sources do not allocate the required evening hours within the existing Mobility contract, so the planning formula is conventional-service component + (1,040 specialized vehicle-hours × $98.48–$118.18). The specialized line is approximately $100,000–$125,000, pending an operator quotation, dispatch, maintenance, insurance, accessibility, and contract review. Expanded service should be developed with riders with disabilities and the Grey County Joint Accessibility Advisory Committee.

Phase 2: Sunday service from 9 a.m. to 3 p.m.

Owen Sound currently provides no conventional or Mobility Transit on Sundays or statutory holidays. The City’s 2021 Route Optimization Final Report identified evening and Sunday service as consistently requested improvements. The preferred pilot provides hourly scheduled service across all four routes, plus Mobility Transit, at an incremental gross cost of approximately $90,000 to $110,000 and an expected incremental net municipal cost of approximately $83,000 to $105,000 after conventional fares.

Preferred Sunday pilot: the all-four-routes hourly model offers familiar scheduled service, citywide coverage, and a straightforward one-year test without the cost of maintaining 30-minute Sunday frequency. Route pairing, transfers, driver recovery time, Mobility Transit capacity, and spare-fleet coverage require operational confirmation.

Lower-cost service alternatives considered

Integrated citywide on-demand pilot

The 2021 study modelled integrated Sunday on-demand service from 9 a.m. to 6:30 p.m. at approximately 1,000 annual vehicle-hours, a future planning rate of $70 per vehicle-hour, $70,000 gross annual cost, and $8,000 to $10,000 annual revenue. It treated conventional and Mobility Bus requirements together and explained that integrated operation can reduce the additional vehicle requirement during lower-demand periods. A scaled 9 a.m. to 3 p.m. version uses 624 annual vehicle-hours and is approximately $60,000–$75,000 gross and $55,000–$70,000 net after estimated fares.

All four routes every 30 minutes

Four conventional buses plus one Mobility Bus vehicle would provide the highest coverage and capacity at approximately $155,000–$185,000 gross and $150,000–$180,000 net after estimated fares. It is the highest-service and highest-cost option. The preferred hourly pilot provides citywide scheduled coverage while testing route-by-route demand before this level of frequency is considered.

Common advancement rules and public reporting

Every phase runs for 12 months across all seasons. The first three months are a ridership-development period; the final six months form the formal advancement calculation. Collect data monthly and publish results quarterly. The decision categories are:

8 or more conventional boardings per revenue vehicle-hour: strong off-peak performance.
6 to 7.9: developing off-peak performance that supports continued operation and refinement.
Below 6: review schedules, route design, promotion, and integrated on-demand alternatives before further expansion.

Every advancement also requires at least 98% of scheduled service-hours delivered, at least 85% on-time performance, operation within the Council-approved budget, and at least 55% support for the next phase in a representative citywide survey that states the actual cost per household. On-time means no more than one minute early or five minutes late. The 55% threshold is a proposed campaign decision rule; Council would consider it with ridership, accessibility, reliability, cost, and resident needs, and publish results separately for current riders, potential riders, residents with disabilities, and other residents.

Measure conventional productivity as conventional passenger boardings divided by conventional revenue vehicle-hours. Mobility Transit receives a separate accessibility report covering requested and completed trips, unfulfilled or capacity-constrained requests, missed trips, on-time pickups, rider feedback, cost, and vehicle-hours. Do not apply a conventional passenger-per-hour quota to the lower-volume specialized service.

Quarterly reporting should include conventional boardings by route, day, and time block; conventional revenue vehicle-hours; boardings per vehicle-hour; fare and pass revenue; gross and net operating cost; cost per passenger boarding; scheduled hours delivered; missed and incomplete runs; on-time performance; breakdowns and substitutions; Mobility Transit results; resident survey results; and rider feedback.

How these estimates were calculated

The canonical calculation in scripts/calculate_sunday_transit_cost.js uses 52 weeks, 52 Sundays, six Sunday hours, a consistent 10,000-household denominator, and contract-derived planning rates of approximately $98.48–$118.18 per vehicle-hour. It calculates conventional and specialized vehicle-hours separately, then adds the planning costs.

Marginal conventional fare contribution is planned at $1.50–$2 per added boarding. This is conservative because cash fares, discounted products, passes, transfers, and additional pass sales produce different marginal revenue. Fare revenue equals estimated conventional boardings multiplied by that range; net cost subtracts the high fare case from the low gross case and the low fare case from the high gross case. Specialized-transit revenue is excluded pending reliable data.

The corrected phase totals are 16,640, 20,384, 38,272, and 46,750 cumulative conventional boardings. The corresponding cumulative fare ranges are $24,960–$33,280, $30,576–$40,768, $57,408–$76,544, and $70,125–$93,500. Gross figures remain preliminary planning estimates before fares and grants and require quotations for staffing, fleet, maintenance, dispatch, insurance, accessibility, and contract terms.

Primary evidence includes the Owen Sound Route Optimization Final Report, the Staff Report OP-22-024, and the reported latest Owen Sound transit results. Performance standards draw on the Sarnia, Guelph, and Jasper transit standards.

Reliable buses and a local fleet transition

Owen Sound should use the upcoming transit contract decision to gain greater control over fleet reliability. The sequence is: establish the current facts, preserve service through a bridge arrangement, test suitable vehicles in regular service, select the fleet with published evidence, complete acceptance testing, and develop local maintenance. This is a staged path toward City ownership, not an immediate takeover.

1. Current reliability problem and independent audit

City records describe five permanent 2023 ARBOC Spirit of Freedom low-floor ramp-equipped buses. City reporting has also identified reduced fleet availability. Residents report that older substitute vehicles commonly appear and that GPS, stop announcements, stop-request equipment, heating, or accessibility equipment can be unavailable when substitutes operate. These are resident reports requiring verification, not a claim that the ARBOC design caused the failures.

An independent fleet, maintenance, parts, and contract-performance review should establish the role of vehicle age and condition, preventative-maintenance completion, road calls and breakdowns, regular versus substitute use, kilometres travelled, suspension and component failures, GPS and accessibility-equipment availability, contract requirements, and road conditions.

Publish available information for every regular and substitute vehicle: days available and unavailable; model year and fleet number; ownership arrangement; kilometres; maintenance history; road calls; substitution days; lift, ramp, kneeling, heating, and accessibility-equipment failures; parts delays; installed accessibility and passenger-information equipment; contractor and City responsibilities; and penalties or remedies under the agreement.

Winter Traction and Severe-Snowfall Resilience

Owen Sound’s snowfall creates a genuine operating requirement. The City reports approximately 330 centimetres of average annual snowfall, maintains approximately 282 lane kilometres of roads, and operates winter control around the clock. In the 2024–2025 winter, the City reported more than 400 centimetres by March 2, or 122% of the annual average. During intense or continuing snowfall, temporary accumulation can affect streets before every route is cleared.

Public Works operates continuously during winter, while buses still need to handle temporary accumulation, steep streets, packed snow, slush, and changing conditions. An AWD drivetrain may improve traction and service resilience, but it does not solve mechanical failures. The review should distinguish traction incidents such as wheel spin, stalled climbs, getting stuck, sliding, or weather-related route delays from mechanical failures involving engines, transmissions, suspension, electrical systems, heating, ramps, doors, or other equipment.

Use the City’s 24/7 winter-control report, excess-snow report, and snow-clearing plan as the operating context. Vehicle design, maintenance, parts, inspections, and duty cycle still determine mechanical reliability.

2. Apparent August 2027 contract decision

The official Staff Report OP-22-024 records the first year of the Voyago conventional and specialized transit contract beginning August 27, 2022 and publishes a five-year base-period cost schedule. The City’s 2024 terminal lease report, CR-24-005, says the related lease ends on August 26, 2027 to match the existing operating agreement. These records make August 2027 the apparent decision point.

The public reports reviewed here do not reproduce the executed agreement’s extension options, renewal provisions, or notice deadlines. Council and staff should confirm those clauses before making a renewal or bridge commitment. The campaign treats August 2027 as an apparent timeline, not a verified claim that the agreement automatically ends on that date.

3. Bridge-contract requirements

Before the apparent decision, Council should complete the audit and market investigation. Negotiating objectives for a bridge arrangement include:

a short initial term with six-month extension options where needed;
reasonable early-termination and fleet-transition provisions;
permission for City-owned and leased pilot buses to enter service;
full access to operating, passenger-count, maintenance, road-call, and availability data;
measurable availability and missed-service standards;
transparent separation of driver, maintenance, vehicle, administration, and profit costs;
co-operation with demonstrations and winter pilots; and
orderly transfer or recruitment opportunities for qualified local drivers.

These are negotiating objectives, not claims about what the current agreement permits.

4. Vehicle RFI, demonstrations, and comparative winter leases

Issue an open request for information to Canadian-qualified suppliers of low-floor accessible minibuses suitable for Owen Sound’s hills, winter, route lengths, passenger loads, Mobility service, and maintenance capacity. The RFI should explicitly invite any supplier able to provide a true low-floor AWD accessible minibus for Canadian municipal transit: factory or professionally integrated AWD or four-wheel drive, a simple accessible ramp, approximately 12 to 18 passenger spaces depending on wheelchair configuration, Transport Canada compliance, Ontario municipal-transit eligibility, established Canadian warranty and parts support, current production, and credible supplier continuity.

The preliminary market review found AWD accessible vans and two-wheel-drive low-floor minibuses, while a clearly supported Canadian-market vehicle combining AWD, true low-floor access, and fixed-route capacity has yet to be identified. This is a preliminary finding, not a closed market conclusion; the open RFI gives manufacturers and dealers an opportunity to identify a qualifying vehicle.

Information requested from true-low-floor AWD submissions

Vehicle length, width, height, ground clearance, gross vehicle weight rating, and axle ratings.
Passenger and wheelchair configurations, ramp type and slope, and accessible boarding details.
Drivetrain and traction-control design, loaded gradeability, winter operating references, corrosion protection, heating, and defrosting capacity.
Fuel or energy use, maintenance access, service manuals, diagnostic access, Canadian dealer and parts network, usual and worst-case parts lead times, and warranty terms.
Altoona or equivalent test results, Canadian municipal references, and purchase, demonstration, lease, and lease-to-own pricing.

Invite demonstrations with dry-road and full-load hill starts and braking, accessibility boarding and securement, turning and stop alignment, driver and mechanic inspections, heating and defrosting, ground clearance, drivetrain protection, and basic fuel or energy measurements.

Use automatic passenger counts to measure peak simultaneous passenger loads by route and time period. Vehicle capacity should follow the maximum passengers aboard, not total boardings per hour.

Lease or obtain lease-to-own access to the top two or three vehicles for comparative winter testing. Where supplier availability permits, operate finalists in overlapping periods from November 2027 through April 2028; otherwise use sequential trials of approximately six to eight weeks per vehicle. Rotate vehicles through Brooke, Core, Crosstown, East Bayshore, and Mobility service where vehicle and operating rules allow. Regular passenger service through winter, rather than a short demonstration alone, supplies the evidence for selection.

The winter comparison should include the existing ARBOC Spirit of Freedom buses as the operating baseline, the Frontrunner compact true-low-floor petrol candidate, the Forest River Gamechanger AWD high-floor lift-equipped candidate, the Karsan e-JEST where range and charging permit, and any qualifying true-low-floor AWD vehicle identified through the RFI. The final shortlist may contain fewer vehicles where capacity, compliance, support, or safety limitations are clear.

Use comparable commercial winter tires, passenger or ballast loads representing peak operation, route assignments, weather and road-condition records, driver training, and measurement standards. Test the steepest safe portions of regular routes during genuine winter conditions. The operator retains authority to suspend or alter service when conditions exceed safe operating limits.

5. Common vehicle scorecard

Proposed measures for comparing each minibus pilot
Measure	Publish
Availability and service completion	Scheduled service-hours available, missed or incomplete runs, substitutions, and legally required inspections.
Reliability and maintenance	Kilometres between chargeable road calls, maintenance labour hours per 1,000 kilometres, parts delays, and vendor intervention.
Accessibility and winter performance	Lift, ramp, securement, heating, defrosting, stop announcements, GPS, live information, electric range with heat, and rider feedback.
Winter traction and severe-snow resilience	Successful full-load hill starts, wheel-slip and traction-control events, stalled climbs, weather-related delays, towing or assistance, braking on packed snow and slush, steering and stability in rutted snow, ground-clearance problems, snow and salt intrusion, door, ramp or lift operation in snow and ice, cabin heating, windshield defrosting, accessible boarding time, and availability during and after major snowfalls.
Capacity and value	Peak passenger capacity, route fit, fuel or electricity cost per kilometre, driver and mechanic feedback, and estimated ten-year lifecycle cost.

A proposed procurement standard is at least 98% fleet availability during scheduled service and 100% completion of legally required inspections, subject to refinement through the RFI. Accessibility, safety, cost, and service results all matter.

Initial market examples for investigation

These examples are not endorsements or a closed shortlist. The RFI should remain open to Canadian-compliant low-floor accessible minibuses with approximately 14 to 20 passenger spaces and established Canadian parts and service support. Suppliers with serious unresolved continuity, receivership, or going-concern risks should proceed only if updated evidence establishes dependable support.

Frontrunner low-floor minibus

The Frontrunner is a potential petrol candidate: approximately 6.9 metres long, built on a Ram ProMaster 3500 platform, front-wheel drive, low-floor ramp, common North American powertrain, galvanized and composite body construction, and configurations such as 12 passengers plus one wheelchair, 10 plus two, or eight plus three. Overland Custom Coach identifies Canadian availability. Capacity must be checked against Owen Sound’s peak simultaneous loads. See the Frontrunner resources and Altoona Bus Test listing.

Forest River Gamechanger

The Gamechanger is built on the Ford Transit platform, with factory Intelligent AWD available, a 3.5-litre petrol V6 Ford powertrain, a transit-style passenger door, a rear curbside wheelchair lift, and flexible passenger and wheelchair layouts. Crestline’s Canadian lineup and MobilityTrans’ vehicle information describe its sales, service, parts, lift, and layout support. Its Ford platform offers a conventional Ford parts and diagnostic path, subject to confirming Gamechanger-specific components and Canadian support. It is a high-floor, lift-equipped accessible transit van, not a true low-floor ramp-equipped bus. Its strongest possible roles are an AWD Mobility Transit pilot, severe-weather support vehicle, or emergency fixed-route substitute where capacity and accessibility requirements are met. It also provides a comparator for the benefits and trade-offs of AWD versus low-floor boarding; passenger capacity, lift reliability, accessibility, and winter performance must be tested before any route assignment.

Karsan e-JEST

The Karsan e-JEST is approximately 5.8 metres long, fully electric, low floor, compact, and has one wheelchair position. Each Owen Sound route is approximately 10.5 to 12 kilometres per half-hour loop; continuous present-weekday duty could cover roughly 242 to 276 kilometres before deadheading. Its published North American range of approximately 210 kilometres means that all-day service may require midday charging, a vehicle swap, or a later model with independently verified winter range. It may fit off-peak, Mobility, or split-shift work better. See Karsan specifications, the Saint John lease-to-own example, and the Owen Sound route study.

Existing ARBOC fleet as a baseline

Include the current ARBOC buses in the same scorecard. Stronger maintenance, parts stocking, warranty support, or contract enforcement may produce acceptable reliability. The independent audit should decide whether correction is economical before replacement.

Conventional and School-Bus-Style Alternatives Considered

Modern Ford E-450 or GM commercial cutaway buses can offer familiar petrol engines, widespread parts, mechanics familiar with the underlying chassis, potentially durable body construction, and lower initial prices in some configurations. Their high entrance steps, hydraulic wheelchair lifts, slower fixed-route boarding, additional lift inspection and maintenance, and reduced ease of use for seniors, walkers, strollers, and passengers with limited balance make them less suitable for frequent fixed-route stops.

Ontario accessibility rules permit compliant lifts, ramps, or bridge plates. A true low floor remains the preferred service-quality standard because it improves boarding for nearly every passenger. Used school buses remain outside the preferred fleet plan and could be investigated only as temporary emergency equipment after condition, corrosion, accessibility, insurance, inspection, remaining-life, and operating-cost review.

The Gillig 29-foot Low Floor and Hometown Urban 29-foot are larger-capacity low-floor comparisons for Canadian compliance, support, price, and operating-cost verification.

6. Procurement and acceptance testing

After winter testing, publish the scorecard, compare ten-year lifecycle costs, select the preferred vehicle family or compatible families, and authorize procurement only if the published standards are met. Prepare facilities, tools, diagnostics, lifts, chargers where required, initial spare parts, insurance, licensing, accessibility procedures, and driver and mechanic training. Complete full-load route, accessibility, reliability, winter, and vehicle-acceptance testing before City service.

City ownership and local maintenance

A unified family of accessible vehicles could reduce unrelated vehicle types, parts inventories, diagnostic systems, and training requirements. The preliminary operational minimum is six vehicles, all accessible, while the final mix depends on the winter trials and the vehicle market.

Preferred standardized outcome

four true-low-floor fixed-route vehicles;
one Mobility Transit vehicle; and
one shared spare, with common drivetrain, accessibility equipment, parts, tools, and training across the fleet.

Mixed-fleet outcome

four true-low-floor fixed-route buses;
one AWD accessible Mobility vehicle; and
one accessible shared spare selected according to capacity and reliability.

A seventh vehicle could be considered as service hours, winter resilience, kilometres, and ridership grow. Accessible conventional buses do not replace origin-to-destination Mobility service for eligible riders who cannot safely reach or use a fixed stop, cannot tolerate the fixed-route journey, need additional boarding assistance, or use equipment requiring specialized accommodation. An AWD Mobility vehicle would continue serving booked passengers; its use as a fixed-route substitute depends on Mobility obligations, capacity, and another suitable specialized-service vehicle being available. The fleet plan should not rely on one vehicle for two simultaneous assignments.

Preferred Direction: Municipally Owned, Locally Maintained Buses

The City should move toward owning approximately six right-sized, fully accessible buses selected for reliability, winter performance, common components, parts availability, diagnostic access, and ease of repair. Qualified municipal workers or a locally governed non-profit or worker co-operative could maintain the fleet through a transparent procurement process. An open-book study would establish acquisition costs, lifecycle costs, staffing, facilities, maintenance arrangements, timing, and the most practical transition path. Ownership is a preferred direction, not a promise of automatic savings.

Future procurement should consider full accessibility for every regular and spare vehicle; reliable GPS and live Transit App integration; visual and audible stop announcements; accessible stop-request controls; standardized components; service manuals and diagnostic access; parts availability; winter durability; lifecycle cost; repairability scoring; local technician training; warranty terms; City access to operating data; and appropriate bicycle racks.

Local maintenance and economic capacity

Secure reliable vehicles with Canadian parts and warranty support.
Train local mechanics during the pilot and warranty periods.
Stock high-use parts locally and share tools, diagnostics, and maintenance knowledge.
Establish municipal or locally governed maintenance capacity.
Consider a non-profit or worker co-operative after workload, facility, insurance, and financial models are established.
Use makerspace capacity for specialized tools, fixtures, documentation, and suitable non-safety-critical parts where lawful and technically appropriate.

Local mechanics, tradespeople, manufacturers, co-operatives, and makerspaces could develop tooling, jigs, fixtures, protective covers, interior components, and other suitable non-safety-critical parts. Brakes, steering, suspension, structural systems, restraint systems, accessibility securements, and regulated components require approved parts and qualified inspection procedures under Ontario’s bus inspection requirements. Grey Bruce Makers could be one qualified participant among others; Andrii Zvorygin serves as its Treasurer. Any municipal work requires an open, transparent, competitive, legally permitted process with conflict disclosure and recusal where applicable.

Preliminary fleet cost context

Public comparisons suggest approximately US$186,700 for an ARBOC Freedom and US$194,300 for a Frontrunner in an Iowa FY2026 procurement. Using the Bank of Canada exchange rate available during this research, those are approximately C$259,000 and C$270,000. Saint John’s e-JEST purchase-option exercise was approximately C$277,019 per vehicle in 2024. An initial planning allowance of approximately C$260,000 to C$320,000 per fully equipped vehicle gives a six-vehicle context of roughly C$1.6 million to C$1.9 million before facilities, chargers, diagnostic equipment, spare parts, financing, and contingency. These are market context, not quotations; capital costs remain separate from annual operating costs.

Open-book comparison of operating and ownership models
Cost area	Current contracted service	City-owned with local or contracted operation	City-owned municipal operation
Fleet and capital	Unpack vehicle provision, capital replacement, residual value, and contractor obligations from the agreement.	City acquires the fleet, plans reserves, and retains data and residual value.	City acquires the fleet, plans reserves, and retains data and residual value.
Drivers and maintenance	Contracted labour, maintenance, parts, and repair capacity within the service price, separately disclosed.	Contracted or worker co-operative drivers; municipal or locally governed co-operative maintenance and repair capacity.	Municipal drivers, mechanics, relief staffing, parts, and specialist procurement where useful.
Operations and information	Identify dispatch, supervision, fuel, GPS, fare equipment, data access, overhead, and profit.	City sets data, accessibility, service, and maintenance requirements and pays transparent operating agreements.	City controls dispatch, data, supervision, facilities, and service standards.
Funding and accountability	Identify existing grants, City costs, contractor performance remedies, and renewal obligations.	Test capital grants and compare worker conditions, reliability, lifecycle cost, and public control.	Test capital grants and compare municipal staffing, reliability, lifecycle cost, and public control.

Connecting the whole journey

Streets and Shared Stewardship

Local Area residents could identify which potholes and minor street defects matter most locally. Local Representatives could organize priorities and bring them forward through the Participation plan and the Shared Stewardship proposal.

A voluntary, City-approved programme could let residents and qualified local participants complete suitable minor repairs with approved materials, training, tools, supervision, and traffic control. City staff or contractors retain high-speed and arterial roads, structural failures, underground problems, major pavement work, and technically complex repairs. Road-condition data remains a secondary tool for testing whether pavement correlates with bus failures; vehicle, maintenance, and service records establish the cause.

Frequency and route design

Higher frequency was selected by 47% of transit-survey respondents. A possible Hill Loop could connect Owen Sound District Secondary School → downtown transit terminal → Georgian College → Brightshores Hospital → 16th Street East shopping area → Heritage Place Mall → downtown → OSDSS. Two buses could operate opposite directions or travel in the same direction approximately 15 minutes apart; route pairing, recovery time, stops, and the best pattern require public and operational testing.

The current spare bus should support a limited test only when the reliability audit confirms adequate spare coverage. Increase an hourly period to half-hour service after at least 12 conventional boardings per revenue vehicle-hour for six consecutive months, evidence of crowding, missed connections, or suppressed demand, and a forecast of at least 8 boardings per hour after the added vehicle-hours. More vehicles can divide existing productivity, while a good frequency improvement can attract additional riders.

Cycling, school travel, and micromobility

The City should work with trustees, the Bluewater District School Board, the Bruce-Grey Catholic District School Board, schools, families, public health, road-safety partners, and cycling organizations. Municipal collaboration can provide resources, facilities, route information, and voluntary programming while respecting school and curriculum jurisdiction.

Teach bicycle handling, helmets, signals, visibility, lights, hazards, safer routes, hills, transit racks, locks, and the rules for bicycles, e-bikes, e-scooters, sidewalks, roads, and paths.
Use bicycle rodeos, supervised rides, route-planning workshops, and motorist education to help children and families travel independently and predictably.
Map school routes with students, parents, staff, crossing guards, Local Representatives, and nearby residents, identifying crossings, missing connections, steep sections, winter needs, traffic concerns, bicycle parking, and transit connections.
Inventory and improve secure, visible, convenient, well-lit bicycle parking at schools, parks, recreation facilities, the library, downtown, the terminal, shopping areas, Georgian College, Brightshores Hospital, and major destinations. Publish locations and support event parking or valet service.

Making Owen Sound a Bicycle Friendly Community

Use the Share the Road Bicycle Friendly Communities Award Program as a framework for an application group involving staff, Local Representatives, trustees, students, cycling organizations, public health, riders, businesses, tourism, and residents. The programme covers infrastructure, education, encouragement, equity and safety, and evaluation and planning. Nearby Collingwood, Saugeen Shores, and Wasaga Beach can provide relevant experience. The citywide designation is distinct from the Ontario By Bike Network, which focuses more on cycle tourism and bicycle-friendly businesses.

Ontario’s e-bike rules require operators to be at least 16, wear an approved bicycle or motorcycle helmet, use a vehicle meeting the legal definition and equipment requirements, and follow traffic laws. Education should distinguish ordinary bicycles, bicycle-style e-bikes, cargo e-bikes, electric mopeds, and other powered vehicles.

Ontario’s electric kick-scooter pilot runs until November 27, 2029. Riders must be at least 16, riders under 18 must wear a helmet, and a municipality must pass a by-law before e-scooters can operate legally on municipal roads. Published municipal records reviewed by the campaign have yet to identify an Owen Sound by-law opting into the pilot; the City Clerk should confirm the current status using the City’s by-laws and policies and Council records. Before any decision, survey users, pedestrians and people with disabilities, parents and youth, cyclists, motorists, police, by-law enforcement, public health, emergency services, businesses, school boards, trustees, and nearby residents about routes, speed, parking, sidewalks, enforcement, ownership models, reporting, accessibility, and a time-limited pilot.

Regional and visitor connections

Local transit should connect usefully with GOST, FlixBus, and other regional services at the transit terminal. Clear wayfinding can connect visitors with downtown, the waterfront, Harrison Park, museums, galleries, shopping, festivals, and other destinations. The City can map and coordinate information where it has authority, while regional operators and private providers control their own services.

Council can review local licensing, insurance, fees, pickup rules, and other barriers affecting taxis and rideshare providers, then engage potential providers. The arrival of any particular private company remains outside municipal control.

Feedback and sources

Residents can share feedback with the campaign about service hours, reliability, City ownership, accessibility, cycling, local maintenance, or relevant experience as a rider, driver, mechanic, fleet manager, accessibility advocate, or supplier.

For the concise, flyer-compatible summary, see the transportation section of the platform. For Andrii’s preparation and current policy work, see the candidate page.

Sources and Supporting Analysis

City of Owen Sound adopted 2026 Mayor’s Budget, Public Transit division.
Owen Sound Route Optimization Final Report, including Table 9’s Sunday on-demand model and rider engagement.
Owen Sound Route Optimization Technical Report, including 2019 boardings per vehicle-hour and requests for evening and Sunday service.
Reported latest Owen Sound transit results, citing the City’s annual report for just over 200,000 trips and approximately $412,000 in fare and pass revenue.
2022 Staff Report OP-22-024, Transit Service Delivery, including the five-year Voyago award and contract cost schedule.
2022 Staff Report OP-22-032, Transit Service Delivery, including the August 27, 2022 commencement, interim fleet, planned five-bus fleet, and draft-contract context.
2024 Staff Report CR-24-005, Lease Agreement at the Owen Sound Transit Terminal, including the August 26, 2027 date set to match the existing transit operating agreement.
Sarnia Conventional Transit Master Plan, including its 8-passengers-per-revenue-vehicle-hour standard.
Guelph Transit Business Service Review, including off-peak and Sunday productivity standards.
Municipality of Jasper Transit Service Standards, including its 85% on-time and 98% reliability targets.
2023 Staff Report OP-23-008, Transit Service Delivery, including the planned five-bus ARBOC Spirit of Freedom fleet and Consat data system.
City of Owen Sound, “Owen Sound’s New Transit Buses More Accessible”, April 17, 2023.
City of Owen Sound, “Owen Sound Gears Up with 24/7 Winter Control”, including annual snowfall, road lane-kilometres, and winter-control operations.
City of Owen Sound, “City of Owen Sound Shifting to Overnight Excess Snow Removal Due to Safety Concerns”, including the 2024–2025 snowfall total reported by March 2.
City of Owen Sound Snow Clearing & Winter Maintenance, including road classifications and winter operations.
Frontrunner vehicle resources and the Altoona Bus Test listing, used for initial market investigation only.
Crestline Gamechanger transit van information, MobilityTrans Gamechanger information, and Ford Transit specifications, used to investigate an AWD, lift-equipped accessible candidate.
Karsan e-JEST specifications and Saint John’s e-JEST lease-to-own report, used as electric-minibus examples rather than endorsements.
Bank of Canada daily exchange rates, for the illustrative currency conversion in the fleet-cost context.
City of Owen Sound Public Transit information, including advertised Transit App features.
City Transit App release, including the distinction between live vehicle data and scheduled times when live data is unavailable.
Ontario Regulation 191/11: Integrated Accessibility Standards, including specialized transportation’s same-days-and-hours requirement.
City of Owen Sound Multi-Year Accessibility Plan 2024–2028, including transportation accessibility and consultation with the Grey County Joint Accessibility Advisory Committee.
Ontario bus inspection requirements, including under-vehicle and semi-annual inspection requirements.
Share the Road Cycling Coalition Bicycle Friendly Communities Award Program.
Share the Road Bicycle Friendly Communities frequently asked questions and application information.
Share the Road current Bicycle Friendly Community award winners.
Ontario By Bike Network, a complementary cycle-tourism and bicycle-friendly-business programme.
Ontario e-bike rules, including age, helmet, vehicle-definition, equipment, and traffic-law requirements.
Ontario electric kick-style scooter information, municipal guidelines, and Ontario Regulation 389/19.
City of Owen Sound By-laws and Policies and Traffic By-law 2009-075, reviewed for e-scooter authorization context.
Ontario 2026 Candidates’ Guide: Campaigning, including candidate responsibility identification.
Campaign GIS route modelling, integrated mobility findings, bicycle analysis, and cost scenarios are preliminary planning work and require operational testing and quotations.

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