Symmetric TESS fits put the 2024 TOI-2010 b transit 2.8 minutes after the clock from two earlier events

We measure the August 2024 transit of the known giant planet TOI-2010 b in public TESS Sector 82 data. We fit this event and the earlier events in Sectors 15 and 56 with one symmetric transit model and separate local baselines. The later center is 2460556.14971 BJD TDB with a working error of 0.79 minute. It is 2.79 minutes after the clock set by the two earlier TESS events. Residual block tests and 24 usable artificial transit tests give a working error of 1.30 minutes for this departure. This is 2.14 times the error scale and does not establish a physical timing change. Ten alternate transit fits give departures from 2.78 to 3.29 minutes. A separate trapezoid fit gives 3.24 minutes. The errors are working scales, not calibrated confidence intervals. The earlier events also differ from the published joint clock, so the main test uses our own early measurements. We provide the unmodified source files, provenance, code, results, figures, and an offline reproduction check. The result supplies a later transit time and a uniform timing dataset; it does not show a new planet or provide a secure long-term forecast.

TOI-2010 b · TESS · transit timing · public data · reproducible research · artificial transit tests