Service Department · Automation
A Robot Tire Tech Just Showed Up to the Service Drive.
Here’s what dealers should actually take from it — an AutoIntelligence brief on Automated Tire’s SmartBay, and the labor math underneath the headlines.
By Stephen Fasano · Reading time: 9 min · Filed under: Robotics · Labor · CapEx
A Boston startup called Automated Tire, Inc. (ATI) came out of stealth this month with SmartBay, a robotic platform it claims is the first AI-driven tire-change and wheel-balancing system built for production service bays. The headlines have leaned on a simple framing: a $4,900-a-month robot versus a $17-an-hour tire tech. The reality, for anyone running a service department, is more interesting — and more complicated.
Here’s what was actually announced, what’s verifiable, and what dealers should be watching.
What SmartBay Does
SmartBay changes tires without removing the wheel from the vehicle. The car is lifted on what functions as a conventional lift, but instead of pulling lug nuts, dismounting on a separate machine, and rebalancing on a third machine, SmartBay approaches the vehicle from underneath and dismounts the tire from the rim while the rim stays bolted to the car. The machine handles two tires at a time, front or rear.
After mounting the new tire, the system performs balancing using what ATI calls Real Force Balance — a proprietary process the company says measures the full rotating wheel-end assembly rather than just the bare wheel. The system can also dispense wheel weights in increments as small as 0.1 ounce, meaningful for both balance accuracy and material waste.
This is a first-generation product, and ATI has been candid about that. An operator still needs to connect the air line to inflate the tire and place the balance weights at the indicated positions. CEO Andy Chalofsky has told The Robot Report that future versions may fully automate those steps, but the initial deployment is semi-automated by design.
The footprint fits inside a standard 12-foot service bay. The unit is offered exclusively on a lease, at $4,900 per month — roughly $59,000 a year.
By the Numbers
- $4,900/mo — Lease price per bay
- 30–45 min — Four-tire mount & balance time
- 24/hr — Tires per hour, one operator
- 14–24 in — Compatible wheel range
The Throughput Math
ATI’s central productivity claim is this: a four-tire mount-and-balance job that typically takes 75 minutes today can be completed in 30 to 45 minutes, and a single operator can run two or three SmartBays in parallel. The company estimates one operator handling 24 tires an hour against roughly four tires per 75 minutes in a conventional bay.
If those numbers hold up in production, the implication for a tire-heavy store is significant. A franchised dealer running three SmartBays under one operator would, on paper, be doing the throughput of a six- to eight-person tire crew. That is the pitch.
The cost comparison ATI makes against a single technician — $59,000 a year lease versus a tire tech earning $35,000 to $50,000 — only works if you load the tech side with benefits, training, recruiting, and turnover. Fully loaded, the actual carrying cost is closer to the lease number. But it is not automatically cheaper at the unit level. The economics turn on throughput, not headcount.
The technician shortage is structural, the EV tire-wear curve is real, and the service drive is one of the last parts of the dealership operating model that has not been touched by meaningful automation.
— AutoIntelligence Assessment
Why the Timing Is Defensible
The labor backdrop is the part of this story dealers should not dismiss. NADA has estimated roughly 56,000 unfilled technician positions across franchised dealerships. The Bureau of Labor Statistics projects an annual shortage of about 68,000 auto technicians for the next decade. TechForce Foundation’s most recent supply-and-demand work, while revised downward from earlier projections, still forecasts a need for hundreds of thousands of new entrants through 2027 to keep up with both growth and attrition.
Layered on top of that is the EV tire-wear tailwind ATI cites: battery-electric vehicles wear through tires up to 30 percent faster than comparable internal-combustion vehicles, a function of instant torque and curb weight. As the EV parc grows, tire-service volume grows with it. ATI is essentially betting that demand will keep rising while the labor pool keeps shrinking — a defensible pair of assumptions.
The RoboTire Precedent
This is the part of the story most coverage has left out. A Michigan-based startup called RoboTire raised $7.5 million in Series A funding in 2022 with a similar pitch and filed for bankruptcy in 2024. The technology worked in production, including at Discount Tire locations in Arizona, but unit economics and the pace of dealer adoption did not get the company to scale fast enough.
Chalofsky has acknowledged the failure publicly and argues SmartBay’s wheel-on architecture, two-tire-at-once design, and AI-adaptive layer materially differentiate it. That may be true. But the category has buried one company already, and that history matters.
Who’s Behind It
ATI’s leadership is the part of the announcement that probably deserves the most weight. It is not a group that needs to be told what a service department actually looks like at 8:30 on a Saturday morning. They have lived the tire-distribution and tire-retail side, and they have lived the deploying-robots-at-scale side.
Andy Chalofsky — CEO & Co-Founder
Fourth-generation tire-industry operator. Co-founder of SimpleTire, a technology-enabled national tire retailer that exited successfully.
Josh Chalofsky — Go-to-Market
SimpleTire co-founder. Leads commercial strategy and the dealer-network rollout for ATI.
Eran Frenkel — President & COO
Came out of Kiva Systems — which became Amazon Robotics — and two other warehouse-robotics companies since.
Faron Schonfeld — CFO
Previously Managing Director at Accenture; held COO roles at Citadel. Brings the institutional-finance discipline.
The Open Questions
Four things ATI hasn’t yet answered.
1. Compatibility Limits. SmartBay handles wheels from 14 to 24 inches. For a Toyota or Subaru store, irrelevant. For a CDJR store with aftermarket-lift clientele, a real exclusion.
2. Low-Profile & Run-Flats. Not addressed publicly. These are the tires where balance precision matters most and where conventional shops most often get callbacks.
3. Single-Point-of-Failure. One operator runs three bays. When that operator calls out, three bays are idle. $14,700 a month in fixed cost runs whether they show up or not.
4. Lease-Only Terms. No purchase option. The dealer never owns the asset, never builds equity, and is exposed to lease-rate increases at renewal. The closest analog is DMS contracts.
What Dealers Should Do With This
For most stores, the right posture in the next 12 months is informed watching, not buying. A few things to track over the coming production deployments:
1. First commercial deployments. Where is ATI placing them, and what does same-store throughput look like 90 and 180 days in?
2. Fully-loaded labor math. Lease cost against actual labor cost — wage plus recruiting, training, workers’ comp, and the opportunity cost of an unfilled position.
3. Customer experience. Does a 30-minute promised window deliver? Does the rebalance hold up across the next 5,000 miles?
4. Uptime & service guarantee. Does ATI build the dealer-network coverage needed to justify $14,700/mo in fixed cost across three bays?
The honest answer: something in this category is going to land eventually. SmartBay may be that something, or it may be the next RoboTire. Chalofsky has acknowledged as much. The dealers who win will be the ones tracking the data closely enough to know which is which before their competitors do.
AutoIntelligence is the automotive intelligence and advisory practice of Synergy Media.