  In many moduli stabilization schemes in string theory, the scale of inflation
appears to be of the same order as the scale of supersymmetry breaking. For
low-scale supersymmetry breaking, therefore, the scale of inflation should also
be low, unless this correlation is avoided in specific models. We explore such
a low-scale inflationary scenario in a racetrack model with a single modulus in
type IIB string theory. Inflation occurs near a point of inflection in the
K\"ahler modulus potential. Obtaining acceptable cosmological density
perturbations leads to the introduction of magnetized D7-branes sourcing
non-perturbative superpotentials. The gravitino mass, m_{3/2}, is chosen to be
around 30 TeV, so that gravitinos that are produced in the inflaton decay do
not affect big-bang nucleosynthesis. Supersymmetry is communicated to the
visible sector by a mixture of anomaly and modulus mediation. We find that the
two sources contribute equally to the gaugino masses, while scalar masses are
decided mainly by anomaly contribution. This happens as a result of the low
scale of inflation and can be probed at the LHC.
