We have developed a new microscopy design that can achieve wide field-of-view (FOV) imaging and yet possesses resolution that is comparable to a conventional microscope. In our design, the sample is illuminated by a holographically projected light-spot grid. We acquire images by translating the sample across the grid and detecting the transmissions. We have built a prototype system with an FOV of $6\mathrm{mm}\times 5\mathrm{mm}$ and acquisition time of $2.5\mathrm{s}$ . The resolution is fundamentally limited by the spot size—our demonstrated average FWHM spot diameter was $0.74\mathrm{\mu m}$ . We demonstrate the prototype by imaging a U.S. Air Force target and a lily anther. This technology is scalable and represents a cost-effective way to implement wide FOV microscopy systems.