HgBa2Ca2Cu3Oy(Hg‐1223) films with a thickness of 1–2 &mgr;m andTc(zero)∼130 K have been fabricated by utilizing a spray pyrolysis technique. X‐ray diffraction indicates that the films consist of predominantly Hg‐1223 phase grains withc‐axis orientation. Moreover, the oscillation photograph taken by a Weissenberg camera confirms that the film grains are in‐plane aligned and epitaxially grown on SrTiO3. In electrical transport measurements, the as‐fabricated film exhibits aTc(zero) of 123 K, and a zero‐fieldJcof 3.7×105A/cm2at 77 K. Additional post‐annealing at 320 °C for 50 h in flowing oxygen has improved the transport properties asTc(zero)∼130 K andJc∼4.4×105A/cm2(77 K, 0 T). ©1996 American Institute of Physics.