빗자루 추격전 FIFA 월드컵

First-person POV flying on a broomstick in a fast cinematic one-take chase through the Santiago Bernabéu Stadium during a live FIFA World Cup match. Follow a continuous flight path as the camera route. A small golden glowing football stays ahead as the object being chased, moving naturally across the frame instead of staying locked in the centre — let it shift left, right, higher, and lower during the sequence so the pursuit feels dynamic and real. Only show the front of the broom, both gloved hands, and team jersey sleeves from the rider. Do not show the rider's face at any point. The chase should travel in one unbroken continuous motion: launch from pitch level weaving low between the two competing teams mid-match, banking hard left as the crowd roars on both sides, accelerate upward through the open retractable roof gap with the steel canopy frame rushing past overhead, spiral around the outer rim of the upper tier with the full Madrid skyline visible beyond the stadium bowl, dive back down through the floodlight towers with blinding broadcast light streaking across the lens, skim low across the emerald pitch surface inches above the turf with players scattering, bank through the tunnel arch beneath the lower stand, burst out the other side into the open air above the Paseo de the Castellana with Madrid skyscrapers flanking both sides, curve back toward the stadium in a wide banking turn with the full Bernabéu exterior in view, re-enter through the roof opening in a steep dive, and end with a final acceleration toward the golden football for the catch above the centre circle as 85,000 fans erupt below. Keep the motion smooth and continuous with no cuts. Do not show guide lines, arrows, extra characters, broken broom parts, duplicate body parts, or any face reflections. Cinematic motion blur on fast turns, volumetric light shafts from the floodlights, photorealistic crowd density, ultra-realistic stadium architecture, FIFA World Cup atmosphere, first-person immersive sports fantasy, Unreal Engine 5, 8K.