Test product motion with one camera move
Use WAN for camera slides, slow orbits, hero reveals, and material movement where geometry and shadows need review.
AI Video Model
Use AuraTuner's WAN 2.7 Video setup when you want a controllable alternate path for product motion, source-image clips, or short video edits. Start with one camera move, then compare WAN against Kling, Seedance, or Veo before scaling.
Starter setup
Mode
Text to video
Length
5 seconds
Resolution
720p
Aspect
16:9 starter
Use AuraTuner's WAN 2.7 Video setup when you want a controllable alternate path for product motion, source-image clips, or short video edits. Start with one camera move, then compare WAN against Kling, Seedance, or Veo before scaling.
These are the practical jobs this setup helps you finish faster.
Use WAN for camera slides, slow orbits, hero reveals, and material movement where geometry and shadows need review.
Open text-to-video first, then switch in Studio when a product image or source clip should anchor the result.
Start at 720p when the question is motion and drift. Move to 1080p after the shot survives review.
Run the same brief against WAN, Kling, Seedance, or Veo when you need to choose the better production path.
Use this path before spending credits on variants or higher-quality runs.
Name the product, material, color, scale, lighting direction, and contact shadow before describing movement.
Use a camera slide, orbit, dolly, or source-video edit. Do not ask for product redesign and camera motion in the same first pass.
Check geometry, reflections, background drift, material changes, and whether the source clip limit fits the workflow.
Short answer
WAN 2.7 Video is a useful alternate path when you want text, image, or video input flexibility and a controllable first test. It is strongest as a comparison model for product motion, source-image clips, and short edits where drift is easy to spot.
Prompt source reference

Model notes
Use these notes to choose the right input type, first settings, and prompt constraints before spending credits.
Recent product-video research points to a repeatable source-photo workflow: lock product geometry, choose one camera move, generate a short clip, then QC material, shadows, and drift.
Product or furniture orbit tests, short video edits, 720p/1080p comparison passes, and source-video rewrite checks.
Run the same short brief through WAN, Kling, Seedance, or Veo when source fidelity, motion behavior, or edit handling is the decision. Keep the first run short so the comparison is cheap to judge.
Text-to-video, image-to-video, and video-to-video workflows where controllability and revision behavior matter.
Use this model when these jobs match your first run.
Camera slides, short orbits, hero shots, and controlled material movement.
Use video input for source clips that need a controlled rewrite within WAN's limits.
Compare against Kling, Seedance, or Veo before scaling.
Keep the first generation narrow and easy to grade.
Short enough to judge motion and artifact risk.
Use the lower-cost resolution before 1080p.
Start with product or scene motion, not heavy redesigns or multi-step transformations.
Avoid wasting credits by checking these constraints.
WAN video edit mode supports shorter source durations than text/image paths.
Inspect shiny products, glass, and contact shadows closely.
Avoid asking for product redesign and camera movement in the same first pass.
AuraTuner supports WAN 2.7 Video for text-to-video, image-to-video, and video-to-video style workflows. This page starts with text-to-video.
The starter setup uses a 5-second 720p run, 200 credits as of May 29, 2026 in AuraTuner.
Use WAN as an alternate model path when you want to compare motion behavior, video edit behavior, or 720p/1080p output before choosing the final workflow.