Tesla Robotaxi riders in Houston report long detours and unavailable pickups after expansion

Tesla’s Robotaxi service in Houston has expanded its coverage area to 229 square miles, but riders are reporting long detours, extended trip times, and pickup points that the app does not support. The issues highlight operational challenges as Tesla scales its autonomous ride-hailing service.

Tarun Mottlia

Editor, Lazyfounder

Published Oct 30, 20263 min read

Image: Prometheus on Unsplash via source

Expansion brings routing problems

Tesla’s Robotaxi service in Houston has expanded its coverage area to 229 square miles, shaping its boundaries like a rocket from northwest Harris County to downtown Houston and Bellaire. The expansion, reported earlier this week, aims to increase accessibility but has introduced significant routing issues for riders.

According to Ethan McKanna, operator of RobotaxiTracker and a former Tesla employee, the app has marked many locations within the expanded zone as unavailable for pickups. Riders attempting short trips in downtown Houston have received quotes for 40-minute routes, with the system routing cars through distant areas like Midtown and the Texas Medical Center before returning to the original location.

McKanna suspects the system may be avoiding downtown railway crossings, which could explain the inefficient routing.

Riders report delays and detours

Hy Luu, a content creator, shared his experience using the Robotaxi for his 13-mile commute. The trip took 80 minutes after the car arrived, nearly double the 45-minute duration of his usual drive in his own Tesla. Luu said most riders would likely avoid the service in its current state due to the delays and detours.

The challenges follow Tesla’s April launch of its Robotaxi service in Houston and Dallas, which initially operated without in-car safety monitors. During its first weekend, riders reported long wait times, navigation errors, and at least one instance where a remote operator had to intervene to guide a vehicle off a highway.

Tesla has not responded to requests for comment about the reported issues.

Tesla’s broader robotaxi ambitions

Tesla’s push to expand its Robotaxi service aligns with its long-term strategy to scale autonomous ride-hailing. Earlier reporting revealed that Tesla designed its Cybercab with a battery pack that includes space for future upgrades to cheaper lithium iron phosphate (LFP) cells, signaling a focus on cost efficiency and durability as it prepares to deploy its fleet at scale.

The company has also partnered with car rental platform Turo to promote Teslas equipped with its Full Self-Driving (Supervised) system, offering hosts a free one-month trial. This move aims to increase adoption of Tesla’s advanced driver-assistance technology among rental users, though it does not involve fully autonomous operation.

What this means

Lazyfounder analysis — our interpretation, not reported fact.

Tesla’s expansion of its Robotaxi service in Houston is a test of its ability to scale autonomous ride-hailing operations. The reported issues—long detours, unavailable pickup points, and inefficient routing—suggest that rapid growth can outpace the system’s current capabilities. For founders and operators in the autonomous vehicle space, this signals that scaling a robotaxi service requires not just geographic expansion but also robust routing algorithms, reliable infrastructure, and effective customer communication. Competitors like Waymo may see an opportunity to emphasize stability and predictability in their smaller, more established service areas.

Sources

The Next Web · 2026-10-29
Tesla Robotaxi riders report detours after Houston service expands

This story is an original summary drafted with AI by Lazyfounder from the reporting listed above and checked by automated validation. Facts are attributed to their original publishers; sections marked as analysis are Lazyfounder's. Where a source is in another language, facts were machine-translated and quotations are reported, not reproduced. Read the original coverage via the links, and see our AI policy and corrections policy.

About the author