We present a two-stage noncollinear optical parametric chirped-pulse amplification system that generates $7.9\mathrm{fs}$ pulses containing $130\mathrm{mJ}$ of energy at an $805\mathrm{nm}$ central wavelength and $10\mathrm{Hz}$ repetition rate. These $16\mathrm{TW}$ light pulses are compressed to within 5% of their Fourier limit and are carefully characterized by the use of home-built pulse diagnostics. The contrast ratio before the main pulse has been measured as ${10}^{-4}$ , ${10}^{-8}$ , and ${10}^{-11}$ at $t=-3.3\mathrm{ps}$ , $t=-5\mathrm{ps}$ , and $t=-30\mathrm{ps}$ , respectively. This source allows for experiments in a regime of relativistic light–matter interactions and attosecond science.