An electro-optic, EO, sensor (100,200), comprising an objective optical system (20,102) that forms an image within a field of view, FOV, from incident optical radiation, the image being formed at an image plane (18,105); a light modulator (22,172,106,172) positioned at or near the image plane configured to alternately direct the incident optical radiation in the FOV to a primary optical channel and to a multi-filtered optical channel to time multiplex the FOV; said primary optical channel comprising a relay optic configured to relay the image of the FOV at the image plane onto a detector configured to convert optical radiation into a first electrical signal, the multi-filtered optical channel (26,80,108) comprising: an optic configured to substantially collimate the incident optical radiation in the FOV; a field directing array (84,126,184) having a plurality of tilt cells (86a,86b,128) configured to spatially sample the collimated optical radiation of the image over the FOV, each tilt cell comprising first and second optical tilt elements (88,130,188) that tilt the sampled optical radiation by different first and second tilt angles, respectively, to map the sampled FOV to first and second spatially separated optical sub-channels (90,136); first and second optical filters (92,138,192) positioned in said first and second optical sub-channels (90,136,190), respectively, to filter the optical radiation of the sub-sampled image, said first and second optical filters having different spectral bands, polarisation, amplitude or phase; a detector (96,140,196) that converts the respective filtered incident optical radiation into a second electrical signal. an objective optical system (20,102) that forms an image within a field of view, FOV, from incident optical radiation, the image being formed at an image plane (18,105); a light modulator (22,172,106,172) positioned at or near the image plane configured to alternately direct the incident optical radiation in the FOV to a primary optical channel and to a multi-filtered optical channel to time multiplex the FOV; said primary optical channel comprising a relay optic configured to relay the image of the FOV at the image plane onto a detector configured to convert optical radiation into a first electrical signal, the multi-filtered optical channel (26,80,108) comprising: an optic configured to substantially collimate the incident optical radiation in the FOV; a field directing array (84,126,184) having a plurality of tilt cells (86a,86b,128) configured to spatially sample the collimated optical radiation of the image over the FOV, each tilt cell comprising first and second optical tilt elements (88,130,188) that tilt the sampled optical radiation by different first and second tilt angles, respectively, to map the sampled FOV to first and second spatially separated optical sub-channels (90,136); first and second optical filters (92,138,192) positioned in said first and second optical sub-channels (90,136,190), respectively, to filter the optical radiation of the sub-sampled image, said first and second optical filters having different spectral bands, polarisation, amplitude or phase; a detector (96,140,196) that converts the respective filtered incident optical radiation into a second electrical signal. an optic configured to substantially collimate the incident optical radiation in the FOV; a field directing array (84,126,184) having a plurality of tilt cells (86a,86b,128) configured to spatially sample the collimated optical radiation of the image over the FOV, each tilt cell comprising first and second optical tilt elements (88,130,188) that tilt the sampled optical radiation by different first and second tilt angles, respectively, to map the sampled FOV to first and second spatially separated optical sub-channels (90,136); first and second optical filters (92,138,192) positioned in said first and second optical sub-channels (90,136,190), respectively, to filter the optical radiation of the sub-sampled image, said first and second optical filters having different spectral bands, polarisation, amplitude or phase; a detector (96,140,196) that converts the respective filtered incident optical radiation into a second electrical signal.