  We report the confirmation and mass determination of three hot Jupiters
discovered by the Transiting Exoplanet Survey Satellite (TESS) mission: HIP
65Ab (TOI-129, TIC-201248411) is an ultra-short-period Jupiter orbiting a
bright (V=11.1 mag) K4-dwarf every 0.98 days. It is a massive 3.213 +/- 0.078
Mjup planet in a grazing transit configuration with an impact parameter of b =
1.17 +0.10/-0.08. As a result the radius is poorly constrained, 2.03
+0.61/-0.49 Rjup. The planet's distance to its host star is less than twice the
separation at which it would be destroyed by Roche lobe overflow. It is
expected to spiral into HIP 65A on a timescale ranging from 80 Myr to a few
gigayears, assuming a reduced tidal dissipation quality factor of Qs' = 10^7 -
10^9. We performed a full phase-curve analysis of the TESS data and detected
both illumination- and ellipsoidal variations as well as Doppler boosting. HIP
65A is part of a binary stellar system, with HIP 65B separated by 269 AU (3.95
arcsec on sky). TOI-157b (TIC 140691463) is a typical hot Jupiter with a mass
of 1.18 +/- 0.13 Mjup and a radius of 1.29 +/- 0.02 Rjup. It has a period of
2.08 days, which corresponds to a separation of just 0.03 AU. This makes
TOI-157 an interesting system, as the host star is an evolved G9 sub-giant star
(V=12.7). TOI-169b (TIC 183120439) is a bloated Jupiter orbiting a V=12.4
G-type star. It has a mass of 0.79 +/- 0.06 Mjup and a radius of 1.09
+0.08/-0.05 Rjup. Despite having the longest orbital period (P = 2.26 days) of
the three planets, TOI-169b receives the most irradiation and is situated on
the edge of the Neptune desert. All three host stars are metal rich with [Fe/H]
ranging from 0.18 - 0.24.
