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Detroit is building pieces of an autonomous-vehicle and connected-mobility ecosystem, not operating a unified citywide driverless network. Its blueprint combines a local shuttle, permitted street-level technology pilots, a proposed I-94 connected corridor, electric-vehicle charging demonstrations, and public rules for safety and access. The distinction matters: published plans and pilot permits describe intended work, not necessarily service currently operating or benefits already measured.
What autonomous shuttle service is running in Detroit?
The Connect is the clearest example of a city shuttle designed to link important destinations. The City of Detroit’s June 18, 2025 announcement said free service would resume July 7, 2025, on a two-way route of 10.8 miles connecting Michigan Central, downtown, and the East Jefferson riverfront. The announcement described weekday service, peak-period frequency, revised stops and hours, and a four-week ramp-up. These are the City’s published plans; they do not establish the shuttle’s operating status, route, schedule, or onboard staffing on October 7, 2026.
The same announcement described a transition to autonomous operation in early August 2025 with a trained safety operator remaining onboard and behind the wheel. In this context, “autonomous” did not mean a driverless passenger service. The City also said a fifth vehicle was planned for fall 2025 and that ridership analysis was underway. The announcement does not provide results from that analysis.
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How the shuttle developed
At its August 2024 launch, The Connect was described as a free, fully electric, wheelchair-accessible pilot using four Ford E-Transit vehicles on a 10.8-mile route from Corktown through downtown to East Jefferson. A safety driver operated the vehicles while the City assessed the route and autonomous features. In June 2025, the City announced a restart and a plan to move toward autonomous operation while retaining an onboard safety operator. The City said a $1.67 million Michigan Department of Transportation grant supported the relaunch and expansion.
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The route illustrates how a shuttle could connect a mobility hub and downtown destinations with the riverfront. For a useful transit link, however, route maps alone are not enough: riders need dependable schedules, convenient transfers to DDOT and SMART, and clear information about service disruptions and accessible boarding. The announcements establish the proposed connection, not how well those links work in practice.
How would the I-94 connected vehicle corridor work?
MDOT describes an approximately 39-mile corridor concept between Ann Arbor-Saline Road and M-10 in Detroit, to be developed in segments. Its first substantial planned segment is between US-23 and Oakwood Boulevard. The concept repurposes an existing general-purpose lane as a technology-enabled express lane, with connected-vehicle infrastructure intended to support operations and provide drivers with information about the road ahead.
The documented pilot is much smaller than that regional vision: MDOT’s project page describes a three-mile westbound segment between Belleville and Rawsonville roads. For off-peak vehicle testing, flexible posts separated the lane; poles in the median carried radar, sensors, and wireless radios. The page gives Spring 2024 as the pilot’s start and December 2025 as its anticipated end. Because that anticipated end date has passed, the page does not establish whether the pilot was extended, completed, or closed.
Who could use the proposed express lane?
The initial lane concept is not an autonomous-vehicle-only lane. MDOT says it would begin open to all traffic; restricting it to connected and automated vehicles later would depend on study results and vehicle adoption. MDOT also says public transit vehicles could use the lane without charge. That is a design provision, not evidence that transit service is already using the lane or that travel times have improved.
MDOT describes an intended progression from connected buses and shared vehicles such as vans and shuttles to other vehicle classes. Its explanation of a technology-enabled express lane is: “A technology-enabled express lane uses physical and digital infrastructure to simplify operations for vehicles and to provide important information about the road ahead.” The practical value for Detroit residents will depend in part on whether the lane helps buses and shared rides connect people to destinations—not only whether equipped private vehicles can use it.
What street-level connected mobility tests are planned?
Detroit’s Transportation Innovation Zone (TIZ) provides a local permitting path for real-world mobility pilots, with the stated aim of supporting testing while maintaining safety and community engagement. Its permit listing describes bounded projects at specific locations and for stated periods; a permit should not be read as evidence of a permanent or citywide deployment.
ASX AeroNet communications pilot
The TIZ listing describes ASX AeroNet equipment along Michigan Avenue, the 15th Street Greenway Bridge, and the Michigan Central area. The project plan is to equip up to 40 vehicles with onboard communication devices and test communications among vehicles, roadside infrastructure, and aerial systems. The listed pilot period runs from February 23 through December 19, 2026. These are the project’s stated scope and goals, not reported results or confirmation that every planned component is in place.
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Emergency-vehicle signal priority
The same listing describes a Miovision and HAAS Alert project with the City and Detroit Fire Department. It is listed as a 90-day Summer 2026 pilot in Corktown to test communication between approaching emergency vehicles and traffic signals. The listing does not give measured response-time results. Signal priority may be useful if it safely helps emergency vehicles move through intersections, but its effect must be measured rather than assumed.
How does electric-vehicle charging fit into an autonomous network?
Electrification supports a different part of the mobility system: powering vehicles. It does not make a vehicle autonomous, provide a route, or establish that a shuttle service is running. MDOT says a public wireless-charging roadway at Michigan Central became operational in November 2023. The installation uses in-road coils and monitoring; a vehicle receiver kit takes energy from the roadway and transfers it to the battery. MDOT describes a Ford Transit shuttle as part of testing and the installation as a step in a future expansion plan.
This is a local charging demonstration, not proof that Detroit’s shuttle, street communications, and I-94 proposals are integrated into one operating network. A full service plan would also need to address where vehicles charge, how charging affects fleet availability, who maintains the equipment, and how charging costs fit the operating budget.
What would make an AV network accessible and safe for Detroit residents?
Accessibility has to be designed into the service, not inferred from the presence of an accessible vehicle. Riders need accessible boarding, usable booking and trip information, reliable connections, and a way to request help or report a problem. Detroit’s May 2025 update said the Accessibili-D accessible-shuttle pilot would complete its final ride on June 30, 2025, after a 12-month assessment period. The City said it would pursue a long-term contract and work with DDOT on interim paratransit support. The available information here does not establish whether a replacement accessible autonomous service is available on October 7, 2026.
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The Michigan Council on Future Mobility offers a broader policy checklist. The 21-member council, housed within MDOT, lists equitable access for economically disadvantaged people, people with disabilities, and older adults among its objectives, alongside community engagement, cybersecurity, risk management, insurance and product liability, and infrastructure needs. Those priorities are useful tests for Detroit projects; their presence in a state council’s objectives does not mean every concern is resolved in local pilots.
Questions a credible pilot should answer
- Who can use it? Publish fare rules, booking methods, service hours, accessible boarding details, and how riders without smartphones can get information or request service.
- Whom does it connect? Show how the route links to DDOT and SMART, jobs, health care, and neighborhood destinations, including transfer times and what happens when a connection is missed.
- How is safety overseen? Explain operator roles, incident reporting, emergency procedures, and the conditions under which testing pauses or changes.
- What data are collected? State what vehicle, passenger, and street data are gathered, who can access them, how long they are retained, and how cybersecurity incidents are handled.
- How will results be judged? Report measures such as service reliability, ridership, accessibility, safety incidents, emergency-response effects, and operating costs, with enough context for residents to interpret them.
How the pieces fit into a practical Detroit blueprint
A useful network would connect four layers rather than treating each pilot as a standalone technology project. The following describes a planning framework, not an assertion that the layers are already integrated.
1. Service: shuttles that connect to transit and destinations
Use fixed-route shuttles where they fill a specific connection gap, and coordinate their schedules, stops, and rider information with DDOT and SMART. The Connect’s announced route offers a local case study for linking Michigan Central, downtown, and East Jefferson. Before expanding service, publish its current operating details and evidence on who rides, whether connections are practical, and how accessible the trip is from end to end.
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2. Streets: signals and communications tested in bounded areas
Use TIZ permits to test technologies such as vehicle-to-infrastructure communications and emergency-vehicle signal priority at defined locations. Set clear test periods, safety oversight, privacy rules, community feedback channels, and public reporting before a pilot begins. Expand only when results show a resident benefit and the City can support maintenance beyond the test.
3. Corridors: highway technology that also serves transit
Develop the I-94 proposal in segments, with clear separation between what has been tested and what remains a concept. If connected buses and shared shuttles are part of the intended progression, evaluate whether the lane provides them a dependable advantage and connects meaningfully to local transit. Do not describe the regional concept as a delivered autonomous lane: the documented pilot is three miles, while the proposed corridor is approximately 39 miles.
4. Governance and access: public rules that apply across projects
Set common expectations for accessible service, affordability, resident engagement, safety reporting, cybersecurity, data privacy, liability, and the authority to pause or revise a pilot. A shared public reporting format would let residents compare projects without suggesting that different technologies or locations have already produced equivalent results.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How mature are Detroit’s different mobility efforts?
The initiatives are at different stages. Their published plans do not provide comparable measured outcomes, so they cannot be ranked as proven winners.
| Effort | Geographic scope | What the cited public information establishes | What it does not establish |
|---|---|---|---|
| The Connect | Announced 10.8-mile route linking Michigan Central, downtown, and East Jefferson | City launch and restart announcements, including a plan for an onboard safety operator during autonomous operation | Its operating status, current route and schedule, safety-operator arrangement, or measured outcomes on October 7, 2026 |
| TIZ street pilots | Named Detroit locations, including Michigan Avenue, the 15th Street Greenway Bridge, Michigan Central, and Corktown | Permit listings with planned equipment, test purposes, vehicle scope, and time periods | Completed deployment, citywide coverage, or measured communication and emergency-response benefits |
| I-94 CAV corridor | Three-mile westbound pilot segment within an approximately 39-mile corridor concept | MDOT’s described pilot design and a regional, segmented express-lane proposal | Whether the pilot continued after its anticipated December 2025 end, whether the broader lane is delivered, or whether transit performance improved |
| Michigan Central wireless charging | Roadway installation at Michigan Central | MDOT’s statement that the public installation became operational in November 2023 and was used for shuttle testing | Integration with Detroit’s AV pilots or network-wide charging coverage |
| Accessibili-D | Detroit accessible-shuttle pilot | The City’s May 2025 statement that the final ride was planned for June 30, 2025, and that it would pursue a long-term contract | Whether a successor service was procured or is currently available |
What should residents look for next?
For residents deciding whether these projects are becoming useful services, the most informative updates are operational and measurable, not just announcements of new equipment or future coverage.
- A current City status page for The Connect showing route, stops, hours, fares, accessibility, and whether a safety operator remains onboard.
- An MDOT update clarifying whether the I-94 pilot ended, was extended, or moved into a later phase, alongside its results and any effect on buses or shared vehicles.
- Published TIZ pilot reports showing what was installed, what was tested, what data were collected, and whether the work met its stated goals.
- A confirmed plan for accessible rides after Accessibili-D, including how those rides coordinate with DDOT paratransit support.
- Public reporting on reliability, ridership, safety, accessibility, privacy practices, costs, and resident feedback before any pilot is expanded.
Until those operating details and results are available, Detroit’s AV network is best understood as a set of promising but distinct mobility efforts and plans—not a single proven citywide service.
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