AssCream Sundae [Passthrough] 8K VR with Octavia Red

AssCream Sundae [Passthrough] stars Octavia Red with an unnamed male POV partner in a passthrough VR setting. This 3D 180° scene uses blonde styling, stockings and high heels, with a 41:03 runtime and a direct first-person format.

The scene and setting

The presentation begins with Red as a blonde performer in stockings and high heels. That costume-led opening gives the scene a clear role-play tone before it moves into close-up sexual contact. The passthrough environment keeps the format grounded in a male POV perspective throughout.

The listed activity includes blowjob, handjob, titty fuck and breast-focused contact. The scene also includes missionary, cowgirl, reverse cowgirl and doggystyle positions, along with vaginal sex and cumshots. Its structure stays focused on the performer, the first-person viewpoint and a broad range of adult positions.

Octavia Red and the POV format

Octavia Red is the named performer. Her blonde styling, stockings and high heels establish the visual setup, while the unnamed male POV partner supplies the viewer's first-person perspective.

That viewpoint separates the video from a conventional third-person presentation. Fans choosing this title for its Passthrough format get a defined combination of Octavia Red, male POV, costume styling and 3D 180° VR. The same setup carries across the full 41:03 duration.

The scene's tone is direct and close-up. It uses role-play styling without shifting away from its central male-POV presentation, making the perspective as important to the format as the position changes and breast-focused contact.

VR technical details

AssCream Sundae [Passthrough] is made for VR playback. It uses 3D video with 180° projection, 8K resolution and a 60 fps frame rate. The runtime is 41:03, equal to 2,463 seconds.

The release date is October 26, 2026. This scene suits viewers looking for male-POV passthrough VR with Octavia Red, blonde costume styling, stockings, high heels, close-up contact and multiple adult positions in a 3D 180° presentation.