Animation Details
Build a low-position character passage around a brief upper-body lift. The preview shows one character on one knee, with the other foot forward and the hands held near the torso. Both forearms rise toward shoulder height as the body straightens, bringing a green hand-linked guide from a downward angle to a nearly horizontal position. The character then folds forward and lowers the hands toward the raised knee. Small head dips and torso shifts surround this larger lift-and-lower phrase. No other actor or physical cover object appears in the preview.
 
Technical Specifications
The listing identifies FBX and names Sit in the cover and attacing to others_3.zip as the download. FBX is the stated animation format; the archive contents and clip count have not been independently inspected here. Frame rate, duration, skeleton details, looping and root-motion behavior remain unverified.
 
Compatibility and Production Workflows
Use an import and retargeting route supported by your animation tools; compatibility is untested. Review knee and foot placement, torso height and hand spacing on your character. Check any separately supplied prop against the changing hand positions. Prepare scene transitions and ground alignment within your own animation setup.
 
Suitable Uses
Consider this motion for fictional, nongraphic action choreography, a cinematic character shot or scene previsualization. The rise and return provide a visible change of posture while the character remains low. Camera framing can emphasize the hand movement or the relationship between the lowered head and lifting shoulders.
 
What's Included
The named ZIP is the listing’s download, with FBX identified as its animation format. The preview character, green guide, weapon model, cover object, environment and effects are not verified as included. Review the delivered archive before planning additional scene assets around the animation.
 
Tags
kneeling character, upper-body lift, lowered posture, hand movement, torso shift, fictional action, character previsualization