Gravity is the most problematic interaction of modern science. Our current understanding of gravitation as a spacetime curvature needs the introduction of both Dark Matter and Dark Energy accounting for 95\% of the energy of the universe. Questioning the very foundations of gravity might be the key to understanding it better since its description changed over time. Newton described it as a force, Einstein described it as a spacetime curvature and this paper shows how gravity can be described as a force able to bend spacetime instead. Based on a physical interpretation of the Schwarzschild metric, this approach yields the same predictions as General Relativity such as Mercury’s Perihelion Precession, Light Bending, Time Dilation and Gravitational Waves as well as predicted testable deviations from General Relativity. Applying this description of gravity to cosmology accounts for the accelerating expanding universe with no need for Dark Energy. Described as a spacetime bending force, gravity becomes quantizable as a force in a curved spacetime which is compatible with the Standard Model of particle physics. Therefore, one could adapt the Lagrangian of the Standard Model to this theory to achieve Quantum Gravity.