  Uniquely in Cu2OSeO3, the Skyrmions, which are topologically protected
magnetic spin vortex-like objects, display a magnetoelectric coupling and can
be manipulated by externally applied electric (E) fields. Here, we explore the
E-field coupling to the magnetoelectric Skyrmion lattice phase, and study the
response using neutron scattering. Giant E-field induced rotations of the
Skyrmion lattice are achieved that span a range of $\sim$25$^{\circ}$.
Supporting calculations show that an E-field-induced Skyrmion distortion lies
behind the lattice rotation. Overall, we present a new approach to Skyrmion
control that makes no use of spin-transfer torques due to currents of either
electrons or magnons.
