A vehicle comprising a glass antenna, the glass antenna being of ungrounded-type and being configured to receive airwaves over an entire frequency bandwidth of the Band III of DAB standard for digital terrestrial radiobroadcast waves, the antenna comprising: core-wire-side and ground-side feeding points (6, 7) respectively connected to core and enveloping conductors of a coaxial cable, and aligned close to each other on a glass surface of a glass plate of a window of the vehicle near an opening of a metallic flange of the window; a ground-side element including a line extending from the ground-side feeding point toward a substantially central portion of the glass plate in a horizontal direction away from a portion of the metallic flange which is located closest to the ground-side feeding point; and a core-wire-side element including a core-wire-side first line extending from the core-wire-side feeding point substantially in parallel with the line of the ground-side element, and a core-wire-side second line extending in parallel with the core-wire-side first line from an orthogonal line, the orthogonal line extending in a direction orthogonal to the core-wire-side first line from an intermediate portion of the core-wire-side first line in a branched manner or directly from the core-wire-side feeding point, wherein a length from the core-wire-side feeding point to a tip of the core-wire-side first line and a length from the core-wire-side feeding point to a tip of the core-wire-side second line are set based on wavelengths of two separate resonance frequencies within the frequency bandwidth to cause a resonance at each of the two separate resonance frequencies, wherein the antenna is provided near a vertical edge of the opening of the metallic flange and near a corner of the opening, and the ground-side feeding point is located closer to the corner whereas the core-wire-side feeding point is located farther from the corner and near the vertical edge. core-wire-side and ground-side feeding points (6, 7) respectively connected to core and enveloping conductors of a coaxial cable, and aligned close to each other on a glass surface of a glass plate of a window of the vehicle near an opening of a metallic flange of the window; a ground-side element including a line extending from the ground-side feeding point toward a substantially central portion of the glass plate in a horizontal direction away from a portion of the metallic flange which is located closest to the ground-side feeding point; and a core-wire-side element including a core-wire-side first line extending from the core-wire-side feeding point substantially in parallel with the line of the ground-side element, and a core-wire-side second line extending in parallel with the core-wire-side first line from an orthogonal line, the orthogonal line extending in a direction orthogonal to the core-wire-side first line from an intermediate portion of the core-wire-side first line in a branched manner or directly from the core-wire-side feeding point, a core-wire-side first line extending from the core-wire-side feeding point substantially in parallel with the line of the ground-side element, and a core-wire-side second line extending in parallel with the core-wire-side first line from an orthogonal line, the orthogonal line extending in a direction orthogonal to the core-wire-side first line from an intermediate portion of the core-wire-side first line in a branched manner or directly from the core-wire-side feeding point, wherein a length from the core-wire-side feeding point to a tip of the core-wire-side first line and a length from the core-wire-side feeding point to a tip of the core-wire-side second line are set based on wavelengths of two separate resonance frequencies within the frequency bandwidth to cause a resonance at each of the two separate resonance frequencies, wherein the antenna is provided near a vertical edge of the opening of the metallic flange and near a corner of the opening, and the ground-side feeding point is located closer to the corner whereas the core-wire-side feeding point is located farther from the corner and near the vertical edge.