Case study writing is hard to do honestly. The temptation is to describe every shoot as flawless, every decision as inspired, every result as a triumph. Most actual production days don't look like that. They're a series of small problems solved in sequence, with one or two real wins and one or two compromises you'd undo if you could.
This is a real one. The Ecowell Lulu PA-05 — a premium consumer beverage appliance, currently featured on our work page — is the kind of project that exercises most of what the studio is built for: motion control, controlled tabletop lighting, a product with surface detail that has to read, and a deliverable suite that runs across the brand's product page, paid social, and retail.
Here's what we did, why, and what we'd change.
The brief
Ecowell came to us with a defined product launch and an undefined creative approach. The product itself is premium — finish quality, mechanical action, surface materials that suggest higher-tier appliances than the consumer kitchen category usually delivers. The brief said "show that." The brief did not say how.
The deliverable list was concrete: one 30-second hero film for the product page and paid media, three 15-second cutdowns for paid social, two vertical edits for Reels and TikTok, and a stills package for the product detail page. One shoot day. Three-week turnaround from kickoff to final delivery.
The interesting constraint: the product itself is largely monochromatic in finish, and most of its visual story comes from form rather than color. That meant lighting was going to do most of the work — color grading and post-effects weren't going to save a shot that wasn't lit right on the day.
Why motion control was the right call
Three reasons specifically.
First, the deliverable suite included multiple cutdowns from the same hero footage. We'd be cutting one camera move into a 30-second spot, a 15-second cut, a 6-second bumper, and two vertical edits. Hand-held camera work would have made the edits feel like different shoots; motion control kept the visual signature consistent across every deliverable.
Second, the product has mechanical action — a moment in the shot where a component opens — that we wanted timed to the camera move. Without motion control, you can't sync that reliably across takes.
Third, the surface detail required tight macro work that wouldn't tolerate hand vibration. Macro lenses at the kind of focal lengths we were running amplify any operator instability. Motion control runs smoother than a human hand at that scale.
For this product specifically, we used AD2 — the Fairino FR3 collaborative arm. The 3kg payload was right for the camera and lens package, and the smaller footprint mattered because the lighting setup needed to live closer to the product than AD1's bigger reach would have allowed.
Pre-production: previz and storyboarding
Two weeks before the shoot, we did a half-day of previz work to lock the motion-control move and the lighting plan together. The camera path was a slow orbit starting at low-front angle, arcing over the top of the product, and ending at three-quarter back — a move that would let us see the front face, the top profile, and the rear detail in one continuous take.
The previz software let us simulate the move with a 3D placeholder of the product, then export the timing as a starting point for the arm's actual programming on shoot day. By the time the crew arrived on set, we had the move's rough shape, the lighting positions, and the lens choice already decided.
The storyboard was lighter — six frames covering the key beats of the camera move plus a separate three-frame board for the mechanical action sequence. Storyboards on motion-control shoots tend to be less granular than on lifestyle shoots because the camera move itself defines so much of the shot composition automatically.
The set build
Black sweep, no horizon line. The product was placed on a small platform that elevated it just enough to allow the camera path to dip beneath the front edge without the platform being visible in frame. A small turntable was rigged under the product in case we needed to rotate it for any of the cutdowns, though we ended up not using it.
Lighting was three points: a strong key from camera-left at roughly 45° above the product, a softer fill from the opposite side at low intensity, and a dedicated back rim light that defined the silhouette and gave the product the suggestion of being lit from within. The key was a 600W HMI through a 4x4 silk diffuser; the fill was a 300W LED panel set warm; the rim was a small focused LED on a clamp arm. Plus black flags on either side to deepen the contour edges of the product.
The light test took roughly 90 minutes — longer than usual because the surface finish on the product is reflective enough that small lighting changes caused noticeable shifts in how the form read. Most of that 90 minutes was the gaffer adjusting flag positions a quarter-inch at a time.
Programming the arm
The previz exported a starting position for the move, but actual arm programming always happens on set with the real product in the real lighting. The starting frame had to be dialed by eye — close enough to the previz that the move's shape was right, exact enough that the product was centered in the lens at the moment we wanted it centered.
Roughly two hours from arm power-on to lockable move. The slowest part was tuning the ease curve at the end of the move — the camera decelerates into the final frame, and the rate of that deceleration changes how the shot feels emotionally. Too sharp and the shot lands abruptly; too smooth and it feels like it's still moving when it should be stopped. We ran the move a dozen times at different ease values before locking it.
Shoot day: pass by pass
Once the move was locked, the actual shooting was fast.
Hero pass. Product alone, camera move at full speed. 12 takes, of which 8 were usable. The variation between takes wasn't camera move (that was identical) but the subtle differences in how the product sat on the platform — even a millimeter of tilt changed how the rim light caught the surface. We rebuilt the placement between every fourth take.
Effect pass. Same camera move, product in the configuration that would show the mechanical action. 6 takes. The action itself happens off-screen and is timed to land at a specific frame in the camera move; the trigger is a small mechanism the assistant operates manually, cued by a click track playing on a small monitor next to the arm. Three of the six takes landed the timing within an acceptable window.
Plate pass. Same camera move, no product. Two takes. We use plate passes to give the colorist clean reference of the lighting environment without the product in frame, which makes color matching across cutdowns much faster in post.
Total shoot time for the motion-control sequence: about three hours. The remaining shoot day was dedicated to detail shots, B-roll, and the stills package — all on the same set with adjusted lighting.
Post-production: composite, color, deliverables
Post-production ran four days from raw footage to first delivery.
The hero film cut starts with a static product establish, transitions into the motion-control move, lands on the mechanical action moment, and exits to a brand title card. The cut itself is straightforward — the motion-control move is the spine, and the surrounding shots are paced around it.
Color grading was where the post pipeline got specific. The product's monochromatic finish meant that small color shifts in the grade became visible across the whole frame. We graded a slightly cooler base, lifted the highlights to read as luminous rather than blown, and crushed the shadows just enough to give the form definition without losing surface detail. Three passes of color before lock.
Sound design was minimal — a low-pulse music bed under the camera move, a discrete mechanical-action sound effect cued to the on-screen moment, and a brand audio mark on the title card. Cut down for vertical, we removed the music bed and let the sound effect carry the shorter cut.
Cutdowns came out of the same timeline. Once the 30-second hero was locked, the 15-second versions were re-cuts of the same footage with different in and out points. The vertical edits required some reframing work — the original camera move is composed for 16:9, so the vertical reframe centers on the product within a 9:16 crop window. Manageable, but it's the cutdown that took longest because the framing decisions were new.
What we'd do differently
Two things, honestly.
One: we'd build more time into pre-production for the lighting test. The 90 minutes we spent on day-of refinement could have been collapsed by 30 minutes if we'd done a lighting pre-test the previous day with the actual product on hand. It's a small inefficiency on a single shoot, but it's the kind of thing that adds up when you're running multiple shoots a month.
Two: we'd shoot more plate passes. We ended up with two clean plates, which was enough for the deliverables we'd planned, but we ran into a moment in post where a third plate would have given the editor more flexibility on a transition we ended up reworking. Plate passes are cheap to shoot and expensive to wish you had — always shoot more than you think you need.
The final deliverable suite
What landed at delivery:
- One 30-second hero film, 1080p, 16:9 — for product page and paid media
- Two 15-second cutdowns, 16:9 — for YouTube pre-roll and paid social
- One 6-second bumper, 16:9 — for connected TV
- Two vertical edits, 1080×1920, 9:16 — for Reels and TikTok
- One looping product detail edit, 1080×1080, 1:1 — for Instagram feed
- Six product stills with multiple crops — for product page detail
- The plate passes and source footage, archived and delivered to the client for any future internal cutdowns
One shoot day, 13 final assets, delivered in three weeks. That's roughly what a well-planned motion-control shoot day should yield — and a useful benchmark if you're evaluating whether a quote you've received is realistic.
If you've got a product launch or a hero film coming up and you want to talk through whether motion control is the right approach — send us the brief. We'll be honest about whether the rig adds enough value to justify the spend on your specific project, and we'll walk you through what a comparable shoot day might look like for your product.