Creative, Demonstrational 3D Sock Videos Creation
Budget: $250 – $750 USD
I have a 3D model and some images of a pair of socks. I want someone to turn them into a video that is 1 minute long, where the camera scans over the sock from different perspectives.
Key aspects to focus on are in the product description here:
https://nextwavesocks.com/products/socks-1?variant=49816933925128
Ideas for perspectives for video are here:
1 .Full Sock Overview (Side-to-Side Pan):
A slow panning shot from the toe to the heel, showing the full sock design from a side view. Focus on the overall shape and aesthetic of the sock.
2. Close-Up of Adaptive Grip Technology (Sole View):
A zoomed-in shot of the bottom of the sock, panning over the grip areas to highlight the Adaptive Grip Technology and how it covers the sole.
3. Wishbone Arch Support (Arch Focus):
A smooth pan across the midfoot from the side, focusing on the Wishbone Arch Support and how it contours to the foot, emphasizing the support structure.
4. Toe and Heel Reinforcement (Front and Back):
A panning shot over the reinforced toe and heel areas, showing the extra durability in high-wear zones. Start at the toe and finish at the heel, showcasing the stitching and thickness.
5. Breathable Mesh Panels (Top-Down View):
A top-down view that moves from the ankle to the toe, showcasing the breathable mesh zones and how they are integrated into the sock’s design for airflow.
6. Dynamic Foot Movement (Action Shot Simulation):
A dynamic panning shot simulating a foot flexing inside the sock. The camera should move with the foot, showing how the sock stretches and adapts with movement.
7. Elastic Cuff (Ankle View):
A focused pan around the elastic cuff at the top of the sock, showing its snug fit and flexibility while highlighting the stretch and durability around the ankle.
8. 360-Degree Rotation (Full Sock Rotation):
A slow, continuous 360-degree rotation of the sock to provide a complete view of the design from all angles. The camera should circle the sock, showcasing every detail.
9. Grip Technology in Action (Ground Contact Simulation):
A downward angle showing the sole of the sock in contact with the ground, panning over the grip zones to simulate traction. Highlight how the grip pads make contact with the surface.
10. Zoom on Quick-Dry Fabric (Texture Focus):
A close-up pan across the fabric, focusing on the texture and moisture-wicking properties. The camera should move slowly over the material, highlighting its breathability and smooth surface designed for quick drying.
Ideal candidates for this project should have experience in creating 3D modelling videos, particularly those that are demonstrational. Proficiency in using 3D modelling and video editing software is essential, as is an eye for detail and ability to showcase the design intricacies of the socks.
Key aspects to focus on are in the product description here:
https://nextwavesocks.com/products/socks-1?variant=49816933925128
Ideas for perspectives for video are here:
1 .Full Sock Overview (Side-to-Side Pan):
A slow panning shot from the toe to the heel, showing the full sock design from a side view. Focus on the overall shape and aesthetic of the sock.
2. Close-Up of Adaptive Grip Technology (Sole View):
A zoomed-in shot of the bottom of the sock, panning over the grip areas to highlight the Adaptive Grip Technology and how it covers the sole.
3. Wishbone Arch Support (Arch Focus):
A smooth pan across the midfoot from the side, focusing on the Wishbone Arch Support and how it contours to the foot, emphasizing the support structure.
4. Toe and Heel Reinforcement (Front and Back):
A panning shot over the reinforced toe and heel areas, showing the extra durability in high-wear zones. Start at the toe and finish at the heel, showcasing the stitching and thickness.
5. Breathable Mesh Panels (Top-Down View):
A top-down view that moves from the ankle to the toe, showcasing the breathable mesh zones and how they are integrated into the sock’s design for airflow.
6. Dynamic Foot Movement (Action Shot Simulation):
A dynamic panning shot simulating a foot flexing inside the sock. The camera should move with the foot, showing how the sock stretches and adapts with movement.
7. Elastic Cuff (Ankle View):
A focused pan around the elastic cuff at the top of the sock, showing its snug fit and flexibility while highlighting the stretch and durability around the ankle.
8. 360-Degree Rotation (Full Sock Rotation):
A slow, continuous 360-degree rotation of the sock to provide a complete view of the design from all angles. The camera should circle the sock, showcasing every detail.
9. Grip Technology in Action (Ground Contact Simulation):
A downward angle showing the sole of the sock in contact with the ground, panning over the grip zones to simulate traction. Highlight how the grip pads make contact with the surface.
10. Zoom on Quick-Dry Fabric (Texture Focus):
A close-up pan across the fabric, focusing on the texture and moisture-wicking properties. The camera should move slowly over the material, highlighting its breathability and smooth surface designed for quick drying.
Ideal candidates for this project should have experience in creating 3D modelling videos, particularly those that are demonstrational. Proficiency in using 3D modelling and video editing software is essential, as is an eye for detail and ability to showcase the design intricacies of the socks.