The paper introduces version 3 of FORM, a symbolic manipulation program for quantum field theory computations. It highlights new features inspired by recent developments in computational methods, including improved variable administration, dynamic buffer allocation, enhanced preprocessor capabilities, and support for symmetry properties. The paper also discusses the parallelization of FORM, which has been developed to achieve high degrees of parallelization for complex calculations. Additionally, it provides an overview of several packages included with FORM, such as Summer for harmonic sums, Harmpol for harmonic polylogarithms, Meltran for Mellin transforms, and Color for group invariants. These packages are designed to facilitate specific types of calculations in quantum field theory. The availability of FORM is noted, with a focus on its free distribution to the scientific community.The paper introduces version 3 of FORM, a symbolic manipulation program for quantum field theory computations. It highlights new features inspired by recent developments in computational methods, including improved variable administration, dynamic buffer allocation, enhanced preprocessor capabilities, and support for symmetry properties. The paper also discusses the parallelization of FORM, which has been developed to achieve high degrees of parallelization for complex calculations. Additionally, it provides an overview of several packages included with FORM, such as Summer for harmonic sums, Harmpol for harmonic polylogarithms, Meltran for Mellin transforms, and Color for group invariants. These packages are designed to facilitate specific types of calculations in quantum field theory. The availability of FORM is noted, with a focus on its free distribution to the scientific community.