SIRO-4330 — "First Time Shooting, Minato-Ku Girl X After Work, Lewd Behavior Of An Idol Employee. A Popular Minato-Ku Office Lady Shoots Her First Av After Work. Watch The Idol Face Turn Into Pleasure In The Main Story... A... On The Internet": Mgs Video <Prestige Group> Adult Video Distribution Site

The subject of today's first shoot is Miu, 23, who works at a design company in Minato-ku, Tokyo. She finished work early today and came to work here. She has a cute appearance reminiscent of a certain celebrity, and her voice seems to be somewhat similar. She answers the interview in a soft tone, giving us a glimpse of her personality that seems to be weak to pressure. When the man asks her for a favor soon after the conversation, she shows off a naughty kiss with her tongue entangled, revealing her beautiful skin through her office casual clothes. As he stimulates her beautiful, jiggling breasts and attacks her sensitive parts, her idol face gradually changes to pleasure. He carefully observes the private parts of her protruding buttocks, and an unknown pleasure hits her in a place that has never been licked in her life. She starts letting out obscene sighs, and seems to be so excited that she is stretching her lustful threads from there. When the man's caresses focus on her lower body, she continues to writhe in a cute voice, and when he fingers her, she leaks lewd juice. ``Is it okay if I lick you...? " Miu stimulates the cock in her mouth with a snappy rhythm. She looks up at you with her cute eyes and continues to suck the cock with all her might. Her seductive expression makes the man's cock stiff and ready for battle. The big cock slides smoothly into her already moist pussy, and her sensual voice echoes in the closed room. The beautiful office lady squirms as the pleasure reaches the depths of her vagina while her breasts shake. The big cock pistons into her seductive pose, and her beautiful face is covered in pleasure. Her pure white skin heats up, and her body cannot resist the stimulation, and the sound of water increases.