AI tire management for passenger transit

Keep every route moving safely and on time.

Revvo turns supported pressure, temperature, and tread-wear data into focused TireIQ insights, helping transit teams prevent breakdowns, reduce operating costs, and protect the rider experience across buses, shuttles, vans, and paratransit vehicles.

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Passenger transit bus traveling through an urban route

Built for the people responsible for margin, maintenance, and motion.

Transit Operator

Need to keep buses running on schedule, improve rider satisfaction, and control costs without adding operational friction?

Bring service continuity and tire attention into one clearer operating view.

Safety Manager

Could an underinflated or overheated tire put passengers, drivers, service, or the agency's reputation at risk?

Review developing tire conditions earlier, before they become a failure or shutdown.

Maintenance Manager

Looking to reduce road calls, extend tire life, avoid surprises, and keep more vehicles available for service?

Move from reactive tire work toward condition-informed maintenance planning.

Reliability riders can feel

Tire intelligence built around the service day.

Passenger transit depends on reliable schedules and public trust. Revvo says its plug-and-play system can equip vehicles regardless of make or model, helping fleets of roughly 50–500 vehicles bring tire condition into predictive maintenance and fleet oversight before a flat, worn, or blown tire becomes a service disruption.

AI-driven insights

See more than a pressure reading.

TireIQ uses supported tire data to identify developing failures and tread-wear patterns, then brings forward the changes that could affect service.

Simple setup

Deploy across the vehicle mix.

Auto-detect sensor options require no special tools and support the buses, shuttles, and paratransit vans that make up a transit operation.

Reduced downtime

Catch problems before the road call.

Earlier condition context helps teams reduce blowout and breakdown risk so vehicles, passengers, and schedules can keep moving.

Designed to work alongside established fleet systems

  • Geotab
  • Lytx
  • Motive
  • Azuga
  • Samsara
  • Fleetio

What makes Revvo different

Less tire-system friction. More useful transit context.

Revvo combines deployment flexibility, TireIQ analysis, and supported fleet-system handoffs so tire condition can become part of the transit team's existing workflow.

Integration-friendly delivery

Connect available tire context with supported fleet platforms such as Samsara, Motive, or other telematics systems for a more consolidated vehicle and tire view.

Real-time alerts with temperature context

Receive available SMS or email notifications when a tire condition could threaten a schedule or safety, with temperature swings considered in the reading context.

Predictive analytics and tread forecasting

Project when tires may need rotation or replacement so maintenance can reduce road calls and keep more vehicles in service.

Flexible hardware management

Choose quick-install valve sensors or durable wheel-based options according to the buses, shuttles, and paratransit vehicles in the operation.

Auto-location technology

Identify supported tire positions without a separate manual registration process every time the fleet scales or tires move.

From data to insight

Move past the tire-monitoring headaches fleets already know.

Six out of ten fleets Revvo meets have tried some form of TPMS or tire monitoring, yet traditional tools can still leave transit teams with nonstop notifications, unclear savings, or complicated hardware.

Too many alerts

Repeated pressure notifications can arrive without enough context about urgency, root cause, or the next useful action.

Uncertain return

Raw, unorganized data makes real tire-related savings and downtime improvement difficult to calculate.

Overly complicated hardware

Complex installation and too few product options can add work before the transit fleet receives useful insight.

Revvo combines intelligent alerts that clarify what changed, when, why, and how with robust sensor options and integrated cost tracking.

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Tangible ROI

Balance operating budgets with safe, reliable service.

Transit agencies must weigh upfront tire costs, retreading programs, ongoing maintenance, and vehicle availability. TireIQ organizes available tire and downtime context in a single dashboard so teams can make more deliberate decisions from wherever they work.

Real-time ROI monitoring

Track available tire-related cost and downtime-improvement context inside the Revvo dashboard.

One operating view

Give transit leadership and maintenance teams a shared place to review tire condition, service response, and vehicle availability.

Evidence for the next decision

Use operating history to support tire-program, retread, replacement, and maintenance planning.

Simplified maintenance

Plan tire work around demanding transit duty cycles.

Frequent stops and starts, heavy passenger loads, and constant urban routes can accelerate tire wear. TireIQ helps teams review supported condition data so rotation, replacement, or retread work can happen at a more useful time.

Commercial truck tires being reviewed during fleet maintenance

Pressure and temperature

Use condition-aware alerts designed to provide more accurate, consistent readings across changing temperatures.

Tread-depth projections

Estimate how many safe miles may remain so retread or replacement work can be scheduled in advance.

Brake and alignment warning patterns

Review tire patterns that can suggest misalignment or potential brake issues and route them to a qualified maintenance inspection.

Reduce risk, increase safety

Bring attention forward in demanding urban service.

Transit vehicles face curb and road-hazard contact, heavy stop-and-go traffic, and frequent braking and turning. Those conditions can add sidewall damage, accelerate tread wear, and increase heat and tire stress. Revvo connects automated data collection with TireIQ analysis so smaller issues can be reviewed before they disrupt schedules or become costly incidents.

Earlier inflation context

Review conditions that can contribute to uneven wear, blowouts, reduced fuel efficiency, and safety risk.

Meaningful alert delivery

Carry supported tire insights through SMS, email, in-app views, or an available telematics integration.

Maintenance judgment stays central

Use TireIQ to prioritize review while keeping inspection and repair decisions with the transit maintenance team.

How it works

  1. 01
    Install the sensors

    Choose supported valve-based or wheel-based units and use auto-location where available.

  2. 02
    Sync to the dashboard

    Send supported data continuously to the Revvo portal or into an available telematics workflow.

  3. 03
    Act on insights

    Review meaningful SMS, email, or in-app alerts and schedule the appropriate maintenance response.

  4. 04
    Track the return

    Use available metrics to review tire longevity, downtime reduction, and cost-savings context over time.

Automated inventory

Plan tire replacement without disrupting service.

Without digital tracking, missed rotations, premature failures, and unnecessary costs can build across a transit fleet. TireIQ provides condition and service-window context to support proactive maintenance and inventory decisions.

Separate adjustment from replacement

Identify which tires may need a pressure correction and which deserve immediate replacement review.

Choose the service window

Use available condition history to schedule rotation or retread work without unnecessarily hampering operations.

Reduce unnecessary stock

Bring projected tire needs into purchasing decisions and look for opportunities to reduce avoidable storage cost.

Start your AI tire-management journey

Keep passengers safe and routes running on schedule.

Bring plug-and-play sensing, TireIQ analytics, and real-time fleet views into one tire-management workflow. Whether the operation runs buses, shuttles, or paratransit vehicles, Revvo helps teams control costs, improve safety, and protect service continuity day after day.

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